42A03SE0026 - Geology Ontario
42A03SE0026 - Geology Ontario
42A03SE0026 - Geology Ontario
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s i 2-17489<br />
January 20, 1997<br />
ST"" i<br />
CAMECO CORPORATION<br />
& TRI-ORIGIN EXPLORATION LIMITED<br />
1996 DIAMOND DRILLING REPORT^ iV0)<br />
ENGLISH PROPERTY, ONTARlp<br />
English and Semple townships<br />
N.T.S. 42 A/3<br />
<strong>42A03SE0026</strong> 2 1 7489 ENGLISH<br />
n0<br />
Peter Chubb<br />
010
SUMMARY<br />
The southern portion of the English property consisting of 21 unpatented mining claims (336Ha) and<br />
referred to as the "C" block was the focus of a drilling program. The property is located 50km south of<br />
Timmins, <strong>Ontario</strong> within the English and Semple townships.<br />
The property lies within the Abitibi greenstone belt of the Superior Province, and is underlain by Archean<br />
mafic and felsic meta-volcanic and meta-sedimentary lithologies. The volcanic lithologies appear to be<br />
stratigraphically equivalent to the Tisdale and Deloro Groups, respectively of the Timmins-Porcupine<br />
Mining Camp. The property straddles the contact between the Deloro and Tisdale Groups, and includes<br />
dacitic quartz-feldspar porphyry flows intercalated with pyroclastic quartz feldspar phyric fragmentals and<br />
a sulphide- and oxide- rich iron formation. The felsic lithologies are overlain by spinifex and cumulate<br />
textured ultramafics and pillowed to massive Fe- and Mg-rich tholeiites of the Tisdale Group.<br />
Mapping and power stripping by Cameco (1995/1996) delineated the surficial extent of the various<br />
lithologies and structure within the property area. Based on this mapping, trenching and geochemical<br />
sampling, a diamond drill program was undertaken.<br />
The diamond drill program completed in November of 1996 consisted of 7 drill holes totalling 1354m that<br />
intersected favourable, highly altered and deformed geology with erratic anomalous gold values. Six of the<br />
seven holes display moderate to strong alteration characterized by sericite, chlorite and graphite in the felsic<br />
volcanics; dolomite, ankerite, fuchsite, serpentine and talc in the ultramafics; and, chlorite, calcite and quartz<br />
in the mafic volcanics. Weakly anomalous gold intervals in the 100's of ppb are present in six of the seven<br />
holes with spikes over Ig/t in holes ENG9602 and ENG9604. Anomalous gold is associated with felsic dike<br />
intrusions (up to 1989ppb Au over 1m) and fuchsite-carbonate-?graphite altered ultramafic volcanics (up<br />
to 1269ppb Au over 1m) in hole ENG9602.<br />
Trace element geochemistry indicates a weak positive correlation between gold and Mo, Ag, As, Pb and<br />
Zn for the different lithologies with the gold bearing graphitic sediments also containing weakly anomalous<br />
Sn.<br />
Based upon the presence of gold and consistently favourable geology and alteration, further work is<br />
recommended. The 1997 work program should include detailed examination of the mafic-ultramafic contact<br />
zone along strike from the diamond drill site near the fold nose of the large scale synform to the southwest,<br />
and to the property boundary to the northeast.<br />
English Project - 1996 Diamond Drill Program
SUMMARY<br />
1.0 Introduction<br />
l. l Purpose of Drill Program<br />
2.0 Property Location and Access<br />
3.0 Topography and Vegetation<br />
4.0 Property <strong>Geology</strong><br />
4.1 <strong>Geology</strong><br />
4.2 Structure<br />
5.0 1996 Diamond Drilling Program<br />
6.0 Geochemistry<br />
7.0 Conclusions<br />
8.0 Recommendations<br />
9.0 References<br />
Statement of Qualifications<br />
TABLE OF CONTENTS<br />
APPENDICES<br />
Appendix A Diamond Drill Logs<br />
Appendix B Major Oxide, ICP and Gold Assay Data Sheets<br />
Appendix C Maps<br />
English Project - 1996 Diamond Drill Program<br />
<strong>42A03SE0026</strong> 2.17489 ENGLISH<br />
Page<br />
l<br />
l<br />
l<br />
5<br />
5<br />
5<br />
6<br />
8<br />
21<br />
23<br />
24<br />
25<br />
010C
LIST OF FIGURES<br />
Page<br />
Figure l. Location map of the English Project 2<br />
Figure 2. Claim Map for the "C" Block 3<br />
FigureS. Generalized <strong>Geology</strong> Map of the "C" Block 7<br />
Figure 4. Schematic Section illustrating alteration disposition 12<br />
LIST OF MAPS<br />
Map l. General <strong>Geology</strong> Map of the English Property back pocket<br />
Map 2. Vertical Section for ENG9601-04 back pocket<br />
Map 3. Vertical Section for ENG9605-07 back pocket<br />
LIST OF TABLES<br />
Table l. Claim listing of the English Project 4<br />
Table 2. English Project Drill hole Collar Location 10<br />
Table 3. Summary of significant (Mg/t Au) Samples from Drilling 22<br />
Table 4. Average Trace Element Abundances for the Various Lithologies 23<br />
LIST OF PHOTOGRAPHS<br />
Plate 1: A37 NDS Drill at ENG9602 Collar Site<br />
Plate 2: Serpentinized and quartz-carbonate veined ultramafic 11<br />
Plate 3: Fuchsite and quartz-carbonate altered ultramafic 14<br />
Plate 4: Pyritized albitite dike 15<br />
Plate 5: Fault breccia with quartz-carbonate fragments in ultramafic 16<br />
Plate 6: Spinifex textured serpentine rich ultramafic 17<br />
Plate 7: K-feldspar altered tuff breccia 18<br />
Plate 8: Pyritic-graphitic argillite 20<br />
English Project - 1996 Diamond Drill Program
ENGLISH PROJECT<br />
1996 DIAMOND DRILLING REPORT<br />
1.0 Introduction<br />
This report documents the 1996 diamond drill program conducted on the English Project<br />
situated in the English township, N.T.S. 42 A/3, located 50 kilometres south of Timmins,<br />
<strong>Ontario</strong> (Figure 1). The program consisted of seven diamond drill holes totalling 1354m,<br />
728 gold assay and 728 ICPmultielement analyses obtained from core specimens. A contractor<br />
was used to conduct the diamond drilling (NDS drilling of Timmins) at all seven sites,<br />
with prospector Dan Brunne and geological technician Gregory Pigeau assisting with the<br />
sampling.<br />
1.1 Purpose of Drill Program<br />
Drilling was conducted at specific locations in order to test the spatial and temporal<br />
relationships between the geological environment and mineralization. The test was<br />
conducted in an attempt to establish the relative timing, spatial relationships and<br />
importance of events with respect to gold mineralization.<br />
2.0 Property Location and Access<br />
The portion of the English property covered by the drill program consists of 21<br />
unpatented claims set in the "C" block (Figure 2) situated in the English and Semple<br />
townships. The claims are currently under option by Cameco Corp. from Tri-Origin<br />
Exploration Ltd. The property lies within the M.N.R. administrative district of Sudbury<br />
and the Porcupine Mining Division.<br />
Access is provided to the property via Pine street (south of Timmins) or the Forks River<br />
road (south of South Porcupine) that intersect the east-west Matachewan road. A<br />
powerline road accessible from the Matachewan road provides access along the length of<br />
the "C" block. Numerous logging roads splay off from the main gravel roads providing<br />
good access to various parts of the property. The gravel roads are not maintained during<br />
the winter season thereby limiting access to the property during that time period.<br />
The portion of the property covered by this report consists of the "C" block straddling the<br />
English/Semple townships east-west boundary. The claim group layout for the area<br />
described in this report is illustrated in figure 2 and listed in Table l.<br />
English Project - 1996 Diamond Drill Program
MANITOBA<br />
Legend<br />
A Existing Project<br />
Cameco District Office<br />
100 200 300 400 500km<br />
Scale 1:8,000,000<br />
ONTARIO<br />
QUEBEC<br />
Property Location Map<br />
Compiled By Peler Chubb_____97/OI/H<br />
Droftcd By Cloyton Durbin<br />
Scale: 1:6.000.000<br />
N.T.S.:<br />
Datum:<br />
.Dispositions):<br />
O.o No.:ECG94007<br />
Figure 1
CLAIM MAP<br />
"C" Block<br />
Compied 8* Ptttf Chubb 97/01/H
Table 1. Claim Listing for the English Property "C" Block<br />
block<br />
C<br />
C<br />
C<br />
c c<br />
c<br />
c c<br />
c ccc<br />
c<br />
c c<br />
c<br />
c cc<br />
c c<br />
Claim #<br />
1 147258<br />
1147259<br />
1147260<br />
1147261<br />
1147262<br />
1147263<br />
1147264<br />
1 147265<br />
1 147266<br />
1147267<br />
1147268<br />
1147269<br />
1147270<br />
1147271<br />
1 147272<br />
1155886<br />
1155887<br />
1155888<br />
1155889<br />
1155890<br />
1155891<br />
Work Req.<br />
5400<br />
S400<br />
5400<br />
S400<br />
5400<br />
S400<br />
5400<br />
5400<br />
5400<br />
5400<br />
5400<br />
S400<br />
5400<br />
S400<br />
5400<br />
5400<br />
5400<br />
5400<br />
5400<br />
S400<br />
5400<br />
Claim Units<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
Work Req.<br />
S400<br />
S400<br />
S400<br />
5400<br />
S400<br />
5400<br />
S400<br />
S400<br />
5400<br />
S400<br />
5400<br />
S400<br />
5400<br />
S400<br />
5400<br />
5400<br />
5400<br />
5400<br />
5400<br />
5400<br />
5400<br />
Due date<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
16/07/99<br />
Township<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
Semple<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English<br />
English
3.0 Topography and Vegetation<br />
The property lies within the Hudson Bay watershed, approximately 70km north of the<br />
divide between the Great Lakes and Hudson Bay watersheds, with the Redstone Creek<br />
draining north into James Bay. The property displays low relief with both lithologic and<br />
esker controlled topographic highs. The region is covered by a thin to moderately thick<br />
veneer of glaciofluvial and glaciolacustrine sediments topped by eolian sands and gravels.<br />
An esker-fan complex (topographic high) in the area trends north-south and runs through<br />
the central portion of the English Township. Rock exposure is limited to approximately<br />
^o of the property with exposure decreasing towards the southeast.<br />
Vegetation consists of moderately sized cedar swamps (2xlkm in size) and forests in the<br />
topographic lows and cedar, jackpine, spruce, white and yellow birch, rock maple, poplar<br />
and balsam in the topographic highs.<br />
Logging activity in the area has resulted in deforestation of approximately 2007o of the<br />
property and continued activity in the southern portion of the English Township is<br />
providing improved access to the property. Winter clear cutting operations are slated for<br />
this year (1996/97).<br />
4.0 Property <strong>Geology</strong><br />
4.1 <strong>Geology</strong><br />
The property lies at the contact between the Deloro and Tisdale groups with the contact<br />
representing an important stratigraphic marker horizon in the Timmins-Porcupine mining<br />
camp. The Deloro Group consists mainly of felsic volcanics, while the Tisdale Group is<br />
composed mainly of mafic volcanics and ultramafics flows. For a more detailed regional<br />
geological overview the reader is referred to the 1996 assessment report for the English<br />
property (Chubba, 1996).<br />
"C" Block<br />
A detailed geological overview of the "C" block is presented in the 1996 trenching report<br />
(Chubbb, 1996) and mapping report (Chubbc, 1996). The "C" block mapping (Map 1)<br />
outlined a northeasterly plunging synform consisting of a similar stratigraphic section to<br />
that encountered in the "A" and "B" blocks (Chubba, 1996). The stratigraphy'consists of<br />
a basal felsic package of rhyodacite flows, tuffs, crystal tuffs and tuff breccia capped by<br />
oxide and sulphide-rich iron formation and a highly chloritized quartz-eye felsic volcanic.<br />
The felsic package is overlain by ultramafic volcanics belonging to the Tisdale Group.<br />
The ultramafic volcanics consist of spinifex, polysutured and cumulate textured fine to<br />
English Project - 1996 Diamond Drill Program 5
medium grained flows that display variable grainsize and alteration assemblages.<br />
Alteration in the "C" block is typified by pervasive carbonate (ankerite and dolomite),<br />
with discrete zones of fuchsite alteration present and also abundant quartz-carbonate<br />
veining. Grain size is variable and may be a result of carbonate replacement of the host<br />
rock mineralogy.<br />
The mafic volcanics overlying the ultramafics are poorly exposed. At the contact the two<br />
lithologies are difficult to distinguish due to shearing. The mafic volcanics at the contact<br />
are characterized by an intense foliation and chlorite-carbonate alteration (and may be<br />
ultramafic). The central and upper portions of the mafic volcanics consist of fine grained<br />
variably chloritized massive to pillowed flows reflecting cyclic changes from Fe-tholeiite<br />
to Mg-tholeiites magmas. The mafic package is intruded by a series of gabbroic sills and<br />
dikes.<br />
Later felsic (albitite) and intermediate dikes, some of which are temporally associated with<br />
nearby intrusive bodies intrude the stratigraphy. The albitite dikes have undergone<br />
deformation and are observed to be folded, stretched and disjointed by later deformation<br />
events (D2 8c D 3). The syenite dikes appear less deformed with the mafic dikes the least<br />
deformed.<br />
4.2 Structure<br />
Recent structural studies in the Timmins region (Bleeker, 1995; Heather, 1995) have<br />
identified pre-Timiskammg polyphase folds indicative of at least two early fold events (D0<br />
(fe D,). These predominantly "mushroom type" fold interference patterns were faulted,<br />
unroofed and truncated by a pre-Timiskaming unconformity which was subsequently<br />
tightly folded around upright axial planes with shallow to moderately plunging axes (30-<br />
40"). The youngest folding is related to strike-slip structures and is manifested by steeply<br />
plunging asymmetric S- and Z-folds.<br />
Map units on the OGS maps (ace. report 231; Bright, 1984) define large scale east- to<br />
east-northeast trending fold structures (deformed hooks, synforms and antiforms). To the<br />
east of the property area near West Nighthawk Lake and Kitchiming Lake, as well as<br />
south of English Lake, map patterns define closed, doubly plunging structures suggesting<br />
the presence of polyphase folding. The D, event responsible for thrust folding and the<br />
regional penetrative foliation was subsequently folded by the north trending D 2 event.<br />
Structural symbols shown on the OGS map suggest the dominant foliation (S,) is broadly<br />
conformable with the primary layering of the units (S 0), although around fold closures,<br />
two sets of foliation orientations are common. One foliation is conformable to the gross<br />
lithologic layering and a second foliation is broadly coincident with the interpreted axial<br />
English Project - 1996 Diamond Drill Program O
Plate 2 : Intensely altered ultramafic volcanic displaying serpentinization and abundant quartz-<br />
carbonate veining parallel and subparallel to the foliation. Pyrite mineralization is present as fine<br />
euhedral crystals upto 3 07o volume. Deformation can be observed by the folding of the quartz-<br />
carbonate veins. Interval from hole ENG9601 at a depth of 195m.
l<br />
Mafic metavolcanic Si gabbro<br />
Ultramafic metavolcanic<br />
Felsic metavolcanic<br />
D 1 thrust<br />
D 2 synform, antiform<br />
D 3 synform, antiform<br />
Ductile high strain zone<br />
Cameco<br />
250 500 750 10GO<br />
Scale 1:25,000<br />
ENGLISH<br />
PROPERTY<br />
Generalized Geological Sketch<br />
of the Area Underlying<br />
Blocks "B", "C" and "D"<br />
Bf Q. Thomoa 96/12/11<br />
By H, Q.<br />
Scdc 1:Z5.0QO<br />
Figure 3
surface trace of the folds.<br />
Previous mapping by Cameco shows the development of deformed quartz veins (Q,) in<br />
the mafic volcanics of the Janeway trench (Chubbb , 1996) that reflect an early episode of<br />
deformation (D0) which predates the D, thrusting and S, fabric development.<br />
A second set of quartz veins (Q 2) were emplaced prior to or during the regional<br />
penetrative foliation (D,) event. The quartz veins (Q2) were progressively transposed into<br />
a plane of flattening by the D 2 event that is also responsible for the development of the<br />
regional synform.<br />
A late set of north-northwest trending open folds (D 3) are superimposed on the northwest<br />
limb of the synform (D2).<br />
The feldspar phyric and aphyric felsic dikes and aphyric mafic dikes are overprinted by<br />
a S, fabric associated with D, but later deformed by D 2 (folding and boudinage features).<br />
5.0 1996 Diamond Drilling Program<br />
A 1354m drill program commenced on the 22rid^Octobj;rJj)96^and was completed on the<br />
7th November^ 1996. The drill program tested various aspects of the mafic volcanics,<br />
ultramafics and the felsic volcanics within the "C" block of the property as outlined in<br />
detail below and illustrated on Map 1.<br />
Hole ENG9601 was collared in the mafic volcanics 140m south of the mafic/ultramafic<br />
contact to test:<br />
1) Whether gold mineralization increases with depth.<br />
2) Whether the fuchsite alteration located within the ultramafics on surface persists at<br />
depth and its relationship to the mafic contact, dikes and mineralization.<br />
3) Whether the I.P. anomaly is an indication of mineralization along the contact.<br />
Hole ENG9602 was collared within the ultramafics to test:<br />
1) Whether gold mineralization increases with depth.<br />
2) Whether the fuchsite alteration located within the ultramafics on surface" persists at<br />
depth and its relationship to the felsic contact, dikes and mineralization.<br />
3) Whether the strong I.P. anomaly is an indication of gold mineralization at depth along<br />
the contact and its relationship to the iron formation.<br />
English Project - 1996 Diamond Drill Program
Hole ENG9603 was collared within the ultramafics near the felsic contact to test:<br />
1) Mineralization at the felsic/ultramafic contact at shallow depth.<br />
2) The change in direction of the felsic-ultramafic contact near surface.<br />
3) The strong I.P. anomaly unexposed at surface that is interpreted to be related to pyrite<br />
mineralization within the deformed tuff breccia and sulphide and oxide iron formation.<br />
Hole ENG9604 was collared within the felsic volcanics approximately 80m north of the<br />
felsic/mafic contact to test:<br />
1) Mineralization within the mafic volcanics and at the mafic/ultramafic contact at 100m<br />
depth.<br />
2) Mineralization within the ultramafics and felsic lithologies.<br />
Hole ENG9605 was collared in the felsic volcanics to test:<br />
1) The potential for gold associated with iron formation along strike from hole ENG9604:<br />
2) The strong I.P. anomaly unexposed at surface that is believed to be related to possible<br />
gold mineralization within the sulphide and oxide iron formation or structural feature.<br />
3) The ultramafic/mafic volcanic package at depth for possible mineralization or trace<br />
element changes indicating direction to more significant gold values.<br />
Hole ENG9606 was to be collared in a cedar swamp overlying the felsic volcanics and<br />
facing south towards the felsic/ultramafic contact but instead was collared in the mafic<br />
volcanics facing away from the area of interest and was therefore halted. The hole was<br />
supposed to test:<br />
1) The ultramafic/mafic volcanic package at depth for possible mineralization or trace<br />
element changes indicating direction to more significant gold values.<br />
Hole ENG9607 was collared in the mafic volcanics along strike from ENG9601 to test:<br />
1) The ultramafic/mafic volcanic package at 100m depth for possible mineralization and<br />
trace element changes that may indicate a direction leading to more significant gold values<br />
associated with an increase in alteration.<br />
English Project - 1996 Diamond Drill Program
Hole#<br />
ENG9601<br />
ENG9602<br />
ENG9603<br />
ENG9604<br />
ENG9605<br />
ENG9606<br />
ENG9607<br />
TOTAL<br />
Claim #<br />
1155889<br />
1155889<br />
1155891<br />
1155891<br />
1155888<br />
1147272<br />
1 147272<br />
Location<br />
L6E,<br />
L6E, 275N<br />
L6E,<br />
L6E,<br />
LIE, 2+85N<br />
LIE,<br />
130N<br />
535N<br />
688N<br />
1 + 10N<br />
L2E , BLO<br />
Bearing<br />
315-,<br />
315-,<br />
-45"<br />
315',<br />
-45"<br />
135",<br />
110",<br />
110',<br />
no 0 ,<br />
-45"<br />
-45 '<br />
-45"<br />
-50'<br />
-50"<br />
Table 2. English Project 1996 Drill Collar Locations on the "C" Grid<br />
Depth (m)<br />
222<br />
349<br />
154<br />
116<br />
304<br />
34<br />
175<br />
1354m<br />
Overall results from the drill program suggest that there is continuiancy of the various<br />
lithologies with depth. Alteration is pervasive and strong with the development of<br />
large alteration zones temporally associated with regional and local deformation (D 3)<br />
and the emplacement of felsic-intermediate dikes.<br />
The two cross sections based upon drilling on L6E and a composite based on drilling<br />
on L2E and LIE illustrate the interpretation for the development of intense fuchsite<br />
alteration. The cross sections for LIE and L6E indicate that the fuchsite alteration is<br />
constrained to tight isoclinal folds temporally associated with the D 3 deformation and<br />
further intensified by the emplacement of felsic and intermediate dikes. The overall<br />
shape of the alteration can best be described as a subvertically oriented curviplanar<br />
(see figure 4) block that on the cross section is illustrated as a curvilinear sigmoidal<br />
feature across the section.<br />
Sulphide mineralization is widespread and locally enriched mineralized zones are<br />
observed along the margins of intruding dikes and within intensely altered zones.<br />
The following is a summary of the highlights of the individual diamond drill holes<br />
with the sections for hole ENG9601-04 presented on Map 2 and the remaining sections<br />
on Map 3:<br />
DDH ENG9601 tested the mafic volcanics and ultramafic contact at 100m depth as well<br />
as a weak IP anomaly interpreted as the contact between the mafic and ultramafic<br />
volcanics. The mafic volcanics consist of a series of massive flows and tuffaceous units<br />
English Project - 1996 Diamond Drill Program 10
Felsic<br />
Volcanics<br />
Legend<br />
Ultramafic<br />
Volcanics<br />
/^~^\^,^ D 1 thrust<br />
J/ _ to Do synform<br />
^ z y<br />
I -+. 0 3 antiform<br />
Mafic Volcanics<br />
r*<br />
Cameco<br />
ENGLISH<br />
PROJECT<br />
Schematic of the Curviplanar<br />
Distribution of Fuchsite Alteration<br />
within the Ultramafic Volcanics<br />
Compiled Bf P eter Chubb 97/01/22 D.g No.:ENC9700l<br />
Drafted B Y- Cloyton Ourbin<br />
Scole: not to scole<br />
N.T.S.: Ootu m:<br />
J)i3po5ilion(s): ^ .<br />
Figure 4.
that have undergone variable degrees of recrystallization and for the most part are very<br />
weakly foliated. The mafic volcanics display variable alteration dominated by chlorite<br />
and calcite with epidote and hematite restricted to the quartz veins (Q,). Quartz veining<br />
is prevalent (up to 5 07o of the rock volume), with disrupted and highly folded (Q,) veins<br />
and later less altered and deformed quartz veins (Q2). Mineralization in the mafics<br />
consists of thin intervals of finely disseminated to coarse pyrite up to P/o volume.<br />
The ultramafic volcanics are massive to spinifex textured and are pervasively carbonatized<br />
(dolomite and ankerite), talcose and serpentinized with minor fuchsite present in the<br />
quartz-carbonate veins (Q2). Mineralization within the ultramafics is sporadic and consists<br />
of trace to \ 0A pyrite and minor pyrrhotite. The stratigraphy is intruded by a series of<br />
grey to pink thin syenite dikes that display quartz veining (Q 2) and f-2% pyrite<br />
mineralization. One assay of 139ppb over 1m was obtained within a mafic pyroclastic.<br />
DDH ENG9602 tested the ultramafic volcanics at depth. The ultramafic volcanics consist<br />
of massive to spinifex textured flows that display strong and pervasive carbonate alteration<br />
with the other alteration assemblages consisting of serpentine, silica (Q2), talc and<br />
fuchsite. Barren quartz-carbonate veining (Q2 and/or Q,?) is present as subparallel to<br />
parallel cm wide veins.<br />
The ultramafic volcanics are intruded by a series of albitite dikes up to 40m in width and<br />
thin syenite (l-3m wide) and mafic dikes. The felsic and intermediate dikes are well<br />
mineralized with up to 5*^o finely disseminated pyrite. Sporadic weakly anomalous values<br />
in the lOOppb range were obtained from the ultramafic volcanics. Weakly anomalous<br />
gold values in the lOOppb range, were obtained over 3-4m intervals in all of the<br />
lithologies present with a high of 1989 ppb over 1m in a felsic dike, and 1269ppb in a<br />
fuchsitic and ?graphitic ultramafic volcanic.<br />
DDH ENG9603 tested the ultramafics at the felsic contact but due to folding did not<br />
penetrate the contact. The ultramafic volcanics consist of massive to spinifex textured that<br />
display variable degrees of alteration dominated by serpentine-talc-carbonate-silica to<br />
fuchsite-carbonate-silica. Carbonate alteration consists of dolomite and ankerite with silica<br />
alteration developed as thin zones of quartz flooding or discrete carbonate-quartz veins<br />
(Q2). Sulphide mineralization is variable with pyrite and pyrrhotite present in f-2%<br />
abundances. The ultramafic volcanics are intruded by numerous felsic to intermediate<br />
dikes that also contain pyrite mineralization. Weakly anomalous gold assays in the 100<br />
of ppb's are present in both the ultramafic volcanics and dikes.<br />
English Project - 1996 Diamond Drill Program 13
ENTIMETRES<br />
Plate 3: Fuchsite and quartz-carbonate altered ultramafic flow with J-2% finely disseminated<br />
pyrite mineralization. This interval is located along the margin of a felsic (albitite) dike.Two<br />
series of quartz-carbonate veining are present with the later veining subparallel to the foliation<br />
and older quartz-carbonate veins. This interval is from hole HNG9602 at a depth of 37m.
l t- 3 4 b 6 7<br />
CENTIMETRES<br />
Plate 4: F ine grained felsic (albitite) dike containing 2-3 07o finely disseminated pyrite and limited<br />
quartz-carbonate veining. The albitites are massive and appear undeformed yel on surface can<br />
be seen to be folded and/or disjointed. This interval is from hole ENG9602 at a depth of 38m.
Plate 5 : Fault breccia set within a serpentinized and quartz-carbonate rich ultramafic flow.<br />
Fragments consist mainly of the quartz-carbonate vein material while the host serpentinized<br />
ultramafic forms a soft fine grained matrix. Interval from hole ENG9602 at a depth of 74m
Plate 6: Spinifex textured ultramafic flow displaying increased pyrite mineralization along the<br />
margin ol" a syenite dike. The ultramafics are highly carbonatized with minor serpentinization.<br />
Pyrite mineralization decreases sharply away from dike. Interval from hole ENG9602 at a depth<br />
of 98m.
Plate 7 : K-feldspar altered tuff breccia (Deloro Group). The fragment contacts are diffuse as<br />
a result of interaction with hydrothermal fluids passing through the porous matrix. Interval from<br />
hole ENG9604 at a depth of 55m.
DDH ENG9604 tested the felsic-ultramafic contact at depth. The felsic volcanics consist<br />
of intercalated tuff, lapilli tuff and tuff breccia with minor argillaceous components.<br />
Alteration is dominated by sericite with minor chlorite, blue qtz-eyes and kfeldspar<br />
concentrated within the matrix. Fragments are for the most part sericitized with minor<br />
kfeldspar present. The contact with the overlying ultramafic volcanics is sharp and<br />
unmineralized:<br />
The ultramafics volcanics consist of massive to spinifex textured that are variably altered<br />
to serpentine-talc-carbonate and fuchsite-carbonate with minor silica (Q,?). Alteration is<br />
intensified towards the margins of the intruding dikes. Sulphide mineralization in the<br />
ultramafic volcanics consists of pyrite and pyrrhotite developed as fine disseminations that<br />
display an intensification towards the dike margins. The entire stratigraphy is intruded<br />
by abundant felsic-intermediate dikes that are all mineralized with finely disseminated<br />
pyrite.<br />
Gold assays from this drill hole display weakly anomalous values in the 100's of ppbs in<br />
the felsic-intermediate dikes, with a high of 1026ppb over 30cm from a fuchsitic<br />
ultramafic volcanic adjacent to a syenite dike.<br />
DDH ENG9605 tested the felsic-ultramafic contact at depth. The felsic volcanics consist<br />
of a highly strained package of tuff, lapilli tuff and tuff breccias intercalated with thin<br />
intervals of fine sediments capped by a massive sulphide iron formation and graphitic<br />
argillite horizon. Alteration is dominated by sericite and quartz with minor chlorite and<br />
thin intervals of kfeldspar and graphite (rare).<br />
Sulphide mineralization consists of finely disseminated, coarse euhedral pyrite set within<br />
fractures or along the margins of fragments. Framboidal and botryoidal pyrite is present<br />
within the graphite horizon.<br />
The ultramafics consist of massive to spinifex textured ultramafics that are dominated by<br />
serpentine and carbonate (dolomite and ankerite) with minor silica, talc and fuchsite.<br />
Sulphide mineralization is dominated by pyrite with minor pyrrhotite present as fine<br />
disseminations up to 2 07o volume.<br />
The stratigraphy is intruded by a series of albitite and syenite dikes that contain up to 207o<br />
pyrite as fine disseminations. Gold assays over lOOppb are erratic but are present in all<br />
of the lithologies with a high of 370ppb obtained from the graphitic sediments.<br />
English Project - 1996 Diamond Drill Program
Plate 8: Py rite-graphitic argillite (Deloro Group) set within the Sulphide rich iron formation.<br />
Some of the pyrite appears framboidal while other sections appear to be sulphide fragments.<br />
Interval is from hole ENG9605 at a depth of 94m.
DDH ENG9606 was expected to test the flesic/ultramafic contact at shallow depth, but<br />
was collared in the mafic volcanics facing away from the area of interest and therefore<br />
terminated at a depth of 34m. The geology of the hole consisted of massive mafic<br />
volcanics with chlorite alteration and minor quartz-calcite veining present.<br />
DDH ENG9607 tested the mafic-ultramafic contact at 80m depth. The mafic volcanics<br />
are dominated by chlorite and calcite alteration with variable quartz-calcite veining.<br />
Sulphides are restricted to finely disseminated pyrite at ^"/o abundance within narrow<br />
intervals. The contact between the ultramafics and mafic volcanics is sharp and<br />
dominated by serpentine with trace coarse pyrite present.<br />
The ultramafics are massive to spinifex textured with alteration dominated by serpentine,<br />
talc, dolomite and minor ankerite and silica. Fuchsite is also spatially associated with the<br />
abundant quartz-carbonate veins (Q 2).<br />
Sulphides are present as finely disseminated pyrite within narrow intervals associated with<br />
the altered and fuchsite rich margins of intruding felsic-intermediate dikes. The only gold<br />
assay over lOOppb was obtained from a 1.2m section of syenite dike that ran 353ppb.<br />
6.0 Geochemistry<br />
A total of 728 gold assay and 728 ICPmultie iement analyses for drill core samples were<br />
obtained during the 1996 diamond drill program on the English project. Samples were<br />
analyzed by Swastika Laboratories in Swastika, <strong>Ontario</strong> using Fire Assay l AA method for<br />
gold assay and ICPmu |tielement scan for 30 trace elements.<br />
Gold anomalies MOOppb are present in the mafic, ultramafic and felsic volcanics<br />
associated with highly altered lithologies or in the presence of iron formation. Gold<br />
anomalies are also present within the felsic and intermediate dikes. Gold mineralization<br />
is spatially associated with the felsic-intermediate dike emplacement within the ultramafic<br />
volcanics.<br />
English Project - 1996 Diamond Drill Program 21
Hole#<br />
ENG9602<br />
ENG9602<br />
ENG9604<br />
Rock Type Interval Width (m)<br />
Felsic/Int. 41.8-42.8 1<br />
Dike<br />
Ultramafic 321.3-322.3 1<br />
Ultramafic- 107.2-107.5 0.3<br />
Syenite<br />
contact<br />
Au (g/t) Alteration<br />
1.989 Ag, Pb, Mo, Zn,<br />
Pe, Cu, As, Si,<br />
Ca<br />
1.269 Fe, Carb, ?Fsch,<br />
Ag, As, Cu, Zn<br />
1.029 Sil, Kfelds, Carb,<br />
Mg, Pb,<br />
Fsch<br />
Table 3. Summary of Significant ^Ig/t) Gold Intersections obtained from the Drill Program<br />
Trace element geochemistry indicates that there are a number of positive but weak<br />
correlations (Table 3) between gold mineralization and Ag, As, Cu. Mo, Zn, Pb, Ca,<br />
and Mg. The trace element geochemistry in conjunction with field observations and<br />
surface major element geochemistry indicates that large scale hydrothermal activity in<br />
the area has taken place, resulting in the formation of extensive carbonate alteration<br />
zones (calcite in mafics, and ankerite-dolomite in ultramafic volcanics) and smaller<br />
more distinct zones including fuchsite (ultramafic volcanics), kfeldspar (sediments),<br />
silica (mafic, ultramafic and felsic volcanics).<br />
Average trace element abundances are illustrated in Table 4. The presence of spot<br />
highs that affect the overall STD for all of the rock types is indicative of massive<br />
chemical transfer between the different rock types. This transfer of fluid through the<br />
various lithologies deposits specific elements within micro-environments conducive to<br />
precipitation.<br />
English Project - 1996 Diamond Drill Program 22
Table 4. Average Trace Element Abundances for the Various Lithologies<br />
graphitic sed.<br />
felsic/int. dike<br />
felsic vole.<br />
albitite<br />
iron formation<br />
int. dike<br />
mafic vole.<br />
syenite<br />
ultramafic<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
avg<br />
std<br />
Au ppb<br />
178<br />
95<br />
538<br />
629<br />
16<br />
29<br />
94<br />
90<br />
209<br />
79<br />
41<br />
69<br />
9<br />
12<br />
47<br />
113<br />
31<br />
108<br />
Ag<br />
1.00<br />
0.93<br />
0.57<br />
1.05<br />
0.09<br />
0.37<br />
0.02<br />
0.13<br />
3.33<br />
0.47<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.04<br />
0.23<br />
0.20<br />
1.99<br />
Al<br />
1.07<br />
0.65<br />
0.48<br />
0.11<br />
1.92<br />
0.91<br />
0.38<br />
0.35<br />
0.58<br />
0.25<br />
1.21<br />
0.95<br />
3.25<br />
0.64<br />
1.59<br />
0.90<br />
1.83<br />
0.71<br />
As<br />
25.7<br />
16.8<br />
3.6<br />
4.4<br />
4.3<br />
6.8<br />
1.2<br />
3.2<br />
33.3<br />
4.7<br />
3.6<br />
6.1<br />
7.5<br />
9.2<br />
3.5<br />
5.9<br />
2.8<br />
5.4<br />
Ba<br />
10.7<br />
12.2<br />
8.1<br />
4.8<br />
15.1<br />
12.9<br />
42.7<br />
47.0<br />
0.0<br />
0.0<br />
147.9<br />
204.2<br />
26.3<br />
36.8<br />
173.8<br />
207.8<br />
48.9<br />
79.4<br />
Bi<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.04<br />
0.46<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.03<br />
0.56<br />
Ca<br />
1.25<br />
1.16<br />
4.29<br />
0.81<br />
3.07<br />
1.09<br />
2.13<br />
1.22<br />
0.20<br />
0.08<br />
5.09<br />
1.13<br />
4.43<br />
2.22<br />
4.05<br />
1.22<br />
5.07<br />
1.74<br />
Co<br />
37.1<br />
16.5<br />
39.3<br />
5.9<br />
17.7<br />
6.7<br />
14.5<br />
6.4<br />
52.7<br />
4.5<br />
36.8<br />
25.0<br />
40.3<br />
16.6<br />
* note gold in ppb with the rest of the trace elements in pprn except Al, Ca, Fe, Mg, and Na that are in "/o.<br />
* a positive correlation exists between Au and Ag, As, Cu, Pb, and Zn<br />
29.3<br />
8.2<br />
46.2<br />
14.6<br />
Cr<br />
491<br />
394<br />
112<br />
38<br />
90<br />
53<br />
154<br />
62<br />
150<br />
H<br />
394<br />
469<br />
131<br />
89<br />
261<br />
222<br />
749<br />
385<br />
Cu<br />
257<br />
283<br />
183<br />
70<br />
30<br />
19<br />
19<br />
19<br />
35<br />
6<br />
50<br />
30<br />
151<br />
128<br />
54<br />
36<br />
52<br />
32<br />
Fe<br />
11.19<br />
7.42<br />
6.60<br />
0.50<br />
7.27<br />
3.01<br />
1.97<br />
1.06<br />
19.33<br />
0.47<br />
4.56<br />
1.60<br />
5.92<br />
1.59<br />
3.79<br />
0.85<br />
4.52<br />
1.24<br />
Mg<br />
1.24<br />
0.74<br />
2.03<br />
0.10<br />
1.35<br />
0.38<br />
0.98<br />
0.57<br />
0.42<br />
0.04<br />
2.04<br />
0.31<br />
1.78<br />
0.27<br />
2.00<br />
0.32<br />
2.35<br />
0.23<br />
Mn<br />
693<br />
504<br />
1007<br />
63<br />
2496<br />
884<br />
365<br />
234<br />
760<br />
196<br />
1141<br />
718<br />
1113<br />
346<br />
701<br />
212<br />
960<br />
323<br />
Mo<br />
10.0<br />
10.1<br />
2.3<br />
2.7<br />
1.8<br />
6.1<br />
0.7<br />
2 t<br />
4.7<br />
0.9<br />
0.3<br />
1.0<br />
0.3<br />
1.9<br />
0.3<br />
1.1<br />
0.1<br />
0.5<br />
Na<br />
0.00<br />
0.00<br />
0.03<br />
0.01<br />
0.03<br />
0.02<br />
0.04<br />
0.02<br />
0.02<br />
0.00<br />
0.01<br />
0.01<br />
0.02<br />
0.01<br />
0.02<br />
0.02<br />
0.00<br />
0.01<br />
Ni<br />
251<br />
262<br />
76<br />
H<br />
28<br />
17<br />
30<br />
40<br />
80<br />
5<br />
137<br />
213<br />
125<br />
115<br />
146<br />
112<br />
438<br />
214<br />
P<br />
289<br />
230<br />
416<br />
332<br />
479<br />
219<br />
1138<br />
497<br />
350<br />
37<br />
1261<br />
726<br />
256<br />
265<br />
1521<br />
516<br />
288<br />
421<br />
1'b<br />
32.1<br />
25.0<br />
1.9<br />
2.0<br />
0.8<br />
3.0<br />
2.5<br />
7.1<br />
82.0<br />
8.6<br />
1.4<br />
3.0<br />
0.0<br />
0.0<br />
0.9<br />
3.6<br />
0.1<br />
0.7<br />
Sb<br />
0.71<br />
1.75<br />
0.00<br />
0.00<br />
0.07<br />
0.57<br />
0.00<br />
0.00<br />
3.33<br />
2.36<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
0.00<br />
Se<br />
4.29<br />
3.69<br />
15.14<br />
3.52<br />
4.57<br />
2.57<br />
1.64<br />
2.22<br />
0.33<br />
0.47<br />
9.86<br />
5.51<br />
15.09<br />
7.76<br />
9.43<br />
6.05<br />
14.29<br />
3.50<br />
Sn<br />
12.9<br />
24.3<br />
0.0<br />
0.0<br />
0.0<br />
00<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
0.0<br />
Sr<br />
40.9<br />
28.1<br />
106.9<br />
37.2<br />
75.8<br />
82.4<br />
233.3<br />
148.7<br />
12.7<br />
2.5<br />
410.0<br />
213.5<br />
58.7<br />
34.0<br />
228.5<br />
128.7<br />
224.1<br />
114.7<br />
Ti<br />
13.9<br />
9.6<br />
4.0<br />
2.0<br />
18.8<br />
13.6<br />
18.8<br />
10.2<br />
6.0<br />
28<br />
25.1<br />
12.6<br />
874.2<br />
745.3<br />
112.2<br />
247.3<br />
54.5<br />
130.2<br />
V<br />
23.7<br />
21.3<br />
19.9<br />
4.2<br />
20.9<br />
15.0<br />
4.6<br />
3.4<br />
2.7<br />
3.8<br />
24.6<br />
29.4<br />
113.8<br />
38.1<br />
41.3<br />
42.7<br />
48.2<br />
32.8<br />
Y<br />
2.00<br />
0.93<br />
3.00<br />
1.31<br />
2.91<br />
1.18<br />
4.15<br />
2.11<br />
1 33<br />
0.94<br />
6.36<br />
269<br />
6.47<br />
3.09<br />
7.09<br />
2.30<br />
3.35<br />
1.74<br />
Zn<br />
95.7<br />
43.4<br />
59.3<br />
6.9<br />
134.4<br />
147.3<br />
24.9<br />
14.3<br />
38.0<br />
8.6<br />
57.4<br />
39.3<br />
85.5<br />
69.8<br />
51.4<br />
20.6<br />
42.0<br />
23.5<br />
Zr<br />
12.0<br />
4.8<br />
9.9<br />
3.5<br />
9.2<br />
3.1<br />
6.0<br />
4,5<br />
9.3<br />
4.1<br />
7.1<br />
2.5<br />
8.3<br />
4.3<br />
5.8<br />
4.5<br />
7.5<br />
2.9
7.0 Conclusions<br />
The 1996 diamond drilling program on English has shown that:<br />
1) The stratigraphy observed at surface continues to depth but the thickness of the<br />
various lithologies does vary due to deformation. The oxide- and sulphide-iron<br />
formation is developed as discontinuous lenses up against the felsic ultramafic contact.<br />
2) The felsic volcanics are pervasively sericitized with minor Kfeldspar-chlorite and<br />
calcite present. Alteration is pervasive within the ultramafics but displays variable<br />
mineral assemblages with either serpentine-talc-carbonate-quartz or fuchsite-carbonate-<br />
quartz present. The fuchsite alteration appears to be spatially related to areas intruded<br />
by numerous felsic-intermediate dikes and intense quartz-carbonate veining within<br />
highly deformed zones. The mafic volcanics are recrystallized and chlorite-calcite rich<br />
with quartz-epidote-chlorite and minor hematite developed within veins.<br />
3) Elevated gold values obtained from the iron formation and graphitic argillaceous<br />
sediments are not directly correlative to the sulphide content. Gold in the felsic-<br />
intermediate dikes and intensely altered dike/host rock margins display a weak<br />
association with pyrite.<br />
4) Trace element geochemistry of samples obtained from the core display positive<br />
correlations between Ag, Au, As, Mo, Pb, Zn, and Ca. The graphitic sediments as<br />
well as having similar trace element anomalies like the other lithologies also have<br />
weak Sn anomalies.<br />
5) The timing of gold mineralization can be related to two separate events: The first<br />
event is remobilization/redeposition of gold related to the D 2 and D 3 deformation<br />
episodes that allowed massive fluid flow through the various rock types. The second<br />
event represents a syn- or post gold remobilization/introduction associated temporally<br />
with the emplacement of felsic-intermediate dikes and the formation of associated<br />
contact aureoles.<br />
English Project - 1996 Diamond Drill Program 24
8.0 Recommendations<br />
The following recommendations based on drilling and previous work for this part of<br />
the property:<br />
1) Prospecting, detailed mapping and trenching are warranted to the southwest<br />
(foldnose and limb area) and northeast of the drill sites to determine the local<br />
structural complexities, alteration and mineralization.<br />
English Project - 1996 Diamond Drill Program 25
9.0 References<br />
Bleeker, W. 1995. Surface geology of the Porcupine Camp; in Tectonics and<br />
metallogeny of the Archean Crust in the Abitibi-Kapuskasing-Wawa region,<br />
ed. Heather, K.B. et al., Geological Survey of Canada Open File 3141, 148p.<br />
Bright, E.G. 1984. <strong>Geology</strong> of the Ferrier Lake-Canoeshed Lake Area, District of<br />
Sudbury; <strong>Ontario</strong> Geological Survey Report 231, 60p. Ace. Maps 2289, 2290,<br />
2291<br />
Chubba, P.C., Panagapko, D., and Thomas D. 1996. 1996 Assessment Report of the<br />
English Property, English and Zavitz townships, N.T.S. 42 A/3; Cameco<br />
Corp. 32p.<br />
Chubbb, P.C., Faber, A., and Thomas D. 1996. 1 996 Trenching Report - English<br />
Property, English and Semple townships, N.T.S. 42 A/3; Cameco Corp.<br />
27p.<br />
Chubbc, P.C., Panagapko, D., Turcotte, M., Faber, A., Brunne, D. 1 996 Geological<br />
Mapping Report "C" Block - English Property, English and Semple<br />
townships, N.T.S. 42 A/3; Cameco Corp. 25p.<br />
Heather, K.B., Percival, J.A., Moser, D. 8z Bleeker, W. 1995. Tectonics and<br />
metallogeny of the Archean crust in the Abitibi-Kapuskasing-Wawa<br />
Region, ed. Heather, K.B. et al., Geological Survey of Canada Open File<br />
3141, 148p.<br />
Matthews, R. and Simard, J. 1996. 1 996 Assessment Report - A Technical Report<br />
on Geophysical Work (Induced Polarization Survey) on the English<br />
Project, English Township, <strong>Ontario</strong>. SAGAX and Cameco Corp.<br />
Pyke, D.R. 1978. <strong>Geology</strong> of the PeterLong Lake Area, Districts of Timiskaming<br />
and Sudbury; <strong>Ontario</strong> Geological Survey Report 171, 53p. Ace. Map 2345<br />
Pyke, D.R. 1982. G eology of the Timmins Area, District of Cochrane; <strong>Ontario</strong><br />
Geological Survey Report 219, 141p. Ace. Map 2455<br />
Smith, J.P., Spooner, E.T.C., Broughton, D.W., and Ploeger, F.R. 1993. Archean Au<br />
-Ag-(W) Quartz Vein/Disseminated Mineralisation within the Larder Lake<br />
-Cadillac Break, Kerr Addison -Chesterville System, North East .<strong>Ontario</strong>,<br />
Canada, <strong>Ontario</strong> Geoscience Research Grant Program, Grant No. 364;<br />
<strong>Ontario</strong> Geological Survey, Open File Report 5831, 31 Op.<br />
English Project - 1996 Diamond Drill Program 26
CERTIFICATE<br />
I, Peter Chubb, of Apt# 201, 1490 Kelly Lake Rd., Sudbury, <strong>Ontario</strong>, P3E 4L9, do hereby certify<br />
that:<br />
I am currently employed as a Geologist by Cameco Corporation,<br />
1349 Kelly Lake Road, Unit #6, Sudbury, <strong>Ontario</strong>, P3E 5P5<br />
I graduated from Carleton University in 1989 with a Bachelor<br />
of Science degree (honours) in <strong>Geology</strong>, and Laurentian<br />
University in 1994 with a Masters of Science degree (1st<br />
Class) in <strong>Geology</strong>. I have been practicing my profession<br />
continuously since graduation.<br />
I am a member in good standing of the Geological Association<br />
of Canada and the Sudbury Geological Discussion Group.<br />
I am directly responsible for the work outlined in this report<br />
and was present on the property when the work was being<br />
carried out.<br />
Signed at Sudbury, <strong>Ontario</strong>, this 10th day of January, 1997.<br />
Peter T.A. Chubb<br />
Geologist, M.Sc.
APPENDIX A<br />
Diamond Drill Logs<br />
for<br />
English Property 1996 Drill Program
PROPERTY: English<br />
HOLE No.: ENG9601<br />
Collar Eastings:<br />
Collar Northings:<br />
Collar Elevation:<br />
483399.00<br />
5319531.00<br />
O . 00<br />
Contractor was NDS Drilling of Timmins, Ont.<br />
FROM TO<br />
0.0 15.0<br />
LITHOLOGICAL DESCRIPTION<br />
CASING IN OVERBURDEN (Ob)<br />
TISDALE GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
15.0 22.8 MAFIC VOLCANICS (lp?-c) The mafic volcanics are composed<br />
of a series of fine grained dark green tuffaceous layers<br />
intercalated with fine to medium grained massive flows<br />
and pillowed mafic volcanics. Quartz-carbonate veins are<br />
usually less than 5mm wide and barren. There are three<br />
types of quartz veins present: type l is the oldest<br />
quartz vein type and appears to be strongly disrupted and<br />
contains less than 10V chlorite; type 2 are generally<br />
less than 1mm wide, folded and weakly disrupted and are<br />
at a high angle to the foliation; and, type 3 are white<br />
translucent and parallel to the foliation with fracture<br />
density up to 5%. Alteration in this section is<br />
dominated by chlorite, lesser amounts of calcite and<br />
minor quartz veining up to S \ volume. Alteration haloes<br />
are preserved about some of the quartz carbonate veins<br />
extending up to 20mm and consisting of finely<br />
disseminated pyrite up to 104, calcite up to I0 !i,<br />
chlorite up to 31 and sericite up to Sir. Mineralization<br />
is characterized by fine to coarsely disseminated pyrite<br />
within type l quartz veins and thin chlorite veinlets.<br />
Collar Inclination: -45.00 .<br />
Grid Bearing: 315.00<br />
Final Depth: 222.00 metres<br />
Hole collared in claim # 1155889<br />
SAMPLE No. FROM<br />
96001<br />
96002<br />
96003<br />
19.20<br />
20. 75<br />
21. 75<br />
Logged by: Peter Chubb<br />
Date: 22/10/96-25/10/96<br />
Down-hole Survey: acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
19. 70<br />
21.75<br />
22 . 75<br />
0. 50<br />
l . 00<br />
1. 00<br />
39<br />
NIL<br />
2<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: Engli sh<br />
HOLE No.: ENG9601 Page 2<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
Patchy disseminations and clots of pyrite up to 2 \ volume<br />
are also present along fractures and fragment boundaries.<br />
Section is moderately soft and nonmagnetic. Magnetic<br />
susceptibility readings are as follows: 5:0.96 at 1 5m.<br />
22.S 5 5.5 MAFIC VOLCANICS PYROCLASTIC (lac) Similar to the above<br />
unit but no pillowed volcanics and more homogenous<br />
looking. Various lapilli tuff horizons are up to 3m<br />
thick. Section is intruded by thin intermediate dikes up<br />
to 20cm in width at 50 degrees c.a. that make up 14 of<br />
the total volume. Alteration is similar except for<br />
a 10cm wide quartz carbonate vein that displays spotty<br />
fuchsite alteration at the 23.1m section. This section<br />
appears coarser grained in general with larger tuffaceous<br />
fragments. Alteration continues to be dominated by<br />
chlorite and calcite with quartz veining also present.<br />
Quartz veins appear to be discontinuous and folded or<br />
disrupted. Sulphide mineralization is present in trace<br />
amounts as fine disseminations of pyrite with lesser<br />
chalcopyrite. Clots of pyrite are also developed but are<br />
rare up to 14 volume. The core is soft and is variably<br />
magnetic. Magnetic susceptibility readings are as<br />
follows: 5:0.69 at 27m, 5:0.65 at 32m, 5:0.77 at<br />
36m, 5:0.98 at 39m, 5:0.77 at 42m, 5:0.53 at 45m, 5:0.96<br />
at 48m, 5:3.36 at 51m, 5:24.0 at 52.5m.<br />
55.5 68.4 MAFIC VOLCANIC/INTRUSIVE (Sa/lac) Similar to the<br />
previous section except that leucoxene is more prevalent<br />
SAMPLE No. FROM<br />
96004<br />
96005<br />
96006<br />
96007<br />
24.00<br />
25.00<br />
39.00<br />
40.00<br />
96008 59.30<br />
TO<br />
25.00<br />
26.00<br />
40.00<br />
41. 00<br />
59.80<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
1.00<br />
1.00<br />
1. 00<br />
1.00<br />
0.50<br />
3<br />
3<br />
26<br />
NIL<br />
15<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
and grain size is finer. This section maybe a fine<br />
grained gabbro. Some of the quartz carbonate veins<br />
display brecciation features with fragments of wallrock<br />
included. Sulphides are limited to finely disseminated<br />
pyrite along fractures and in association with quartz-<br />
carbonate veins. Magnetic susceptibility readings are as<br />
follows: 5:1.0 at 54m, 5:8.58 at 60m, 5:0.98 at 63m.<br />
68.4 68.6 FAULT ZONK (f.z.) Highly chloritic blocky<br />
zone with fragmented quartz veins but no mineralization.<br />
Dry fault no cementing fluids.<br />
68.6 95.6 MAFIC VOLCANIC/INTRUSIVE (Sa/lac) Similar to<br />
the previous section except that leucoxene is more<br />
prevalent and grain size is finer. This section maybe a<br />
fine grained gabbro. Some of the quartz carbonate veins<br />
display brecciation features with fragments of wallrock<br />
included. Sulphides are present in trace amounts and<br />
limited to finely disseminated pyrite along fractures and<br />
within quartz-carbonate veins. Limited sections of core<br />
less than 1m wide contain coarser pyrite up to 2%<br />
abundance. Magnetic susceptibility readings are as<br />
follows: 5:1.04 at 66m, 5:0.71 at 69m, 5:0.73 at 72m,<br />
5:0.79 at 75m, 5:0.75 at 78m.<br />
95.6 101.0 MAFIC PYROCLASTIC (lac) Tuffaceous fine grained<br />
and dark green in colour this mafic volcanic. Sulphides<br />
are present in trace amounts and limited to finely<br />
SAMPLE No. FROM TO<br />
96009<br />
96010<br />
96011<br />
68 . 00<br />
78 .60<br />
87.00<br />
69.00<br />
79.60<br />
88.00<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
l .00<br />
1.00<br />
1.00<br />
14<br />
2<br />
NIL<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 4<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
disseminated pyrite along fractures and within quartz-<br />
carbonate veins. Limited sections of core less than 1m<br />
wide contain coarser pyrite up to 2% abundance. Magnetic<br />
susceptibility readings are as follows: 5:1.04 at 66m,<br />
5:0.71 at 69m, 5:0.73 at 72m, 5:0.79 at 75m, 5:0.75 at<br />
78m, 5.061 at 84m, 5:0.73 at 87m, 5:0.53 at 90m, 5:0.63<br />
at 93m, 5:0.63 at 96m, 5:0.77 at 99m.<br />
100.0 115.0 FAULT ZONE (f. z.) Blocky chlorite mafic<br />
volcanics within a series of 1m wide faults consisting<br />
of blocky fragments of strongly foliated vein and rock<br />
material. The faults are separated by strongly foliated<br />
chlorite tuffs and lapilli tuffs. Sulphide<br />
mineralization is pervasive and consists of finely<br />
disseminated pyrite along fractures and foliation planes<br />
up to 2*. Magnetic susceptibility readings are as<br />
follows: 5:0.77 at 102m, 5:0.75 at 105m, 5:0.55 at 108m,<br />
5.049 at 114m.<br />
115.0 147.0 MAFIC PYROCLASTIC (lac) Tuffaceous fine<br />
grained and dark green in colour this mafic volcanic is<br />
intruded by thin medium grained mafic dikes. Thin<br />
mineralized quartz vein related albitized, feldspar<br />
altered syenite dikes are abundant below 141m depth. M<br />
type folds are evident within the core as displayed by<br />
the deformed quartz veins. Quartz-carbonate vein are<br />
folded and deformed and usually less than 4mm wide and<br />
have irregular contacts. Chlorite veinlets are also<br />
SAMPLE NO. FROM TO<br />
96012<br />
96013<br />
96014<br />
96015<br />
96016<br />
96017<br />
96018<br />
96019<br />
96020<br />
96021<br />
96022<br />
96023<br />
96024<br />
101. .00<br />
102. 00<br />
103. 00<br />
104 , 00<br />
105. .00<br />
106. .00<br />
107. .00<br />
108. .00<br />
109. . 00<br />
110 .00<br />
125 .00<br />
126 .00<br />
143 .50<br />
102. 00<br />
103 . 00<br />
104. 00<br />
105. 00<br />
106. .00<br />
107, .00<br />
108. .00<br />
109. .00<br />
110. .00<br />
Ill .00<br />
126 .00<br />
126 .50<br />
144 .50<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
1 . 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. .00<br />
1. 00<br />
1. 00<br />
1. .00<br />
1. .00<br />
1. .00<br />
0 .50<br />
1 .00<br />
24<br />
3<br />
9<br />
22<br />
5<br />
2<br />
5<br />
14<br />
3<br />
NIL<br />
48<br />
7<br />
139<br />
HOLE NO: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM TO<br />
present up to 3mm in width and are discontinuous.<br />
Alteration continues to be dominated by chlorite and<br />
calcite, with minor quartz and leucoxene. Sulphides are<br />
present in trace amounts and limited to finely<br />
disseminated pyrite and small clots less than 2mm in<br />
diameter along fractures and within quartz-carbonate<br />
veins. Vein at 126m is characterized by first appearance<br />
of epidote alteration. Core appears massive, competent<br />
and moderately hard. Magnetic susceptibility readings are<br />
as follows: 5:0.71 at 115m and 5:0.73 at 117m, 5:0.67 at<br />
121m, 5:0.57 at 129m, 5:0.61 at 132m, 5:0.82 at 138m,<br />
5:0.73 at 141m, 5:0.34 at 144m, 5:0.75 at 147m.<br />
147.0 149.5 MAFIC PYROCLASTIC (lac) Lapilli tuff to<br />
tuffaceous fine grained and light grey to dark green in<br />
colour. This section is the contact zone between the<br />
mafic and ultramafic lithologies and is characterized by<br />
intense chlorite alteration. The quartz carbonate<br />
veining is more abundant and has an associated albite and<br />
quartz halo that is usually mineralized. The core is<br />
relatively hard and non-magnetic. Magnetic<br />
susceptibility readings are as follows: 5:10.1 at 147.5m,<br />
5:0.84 at 148m, 5:1.00 at 149m.<br />
149.5 150.6 GREY SYENITE DIKE (9e) Fine grained medium grey<br />
massive lithology with elongate and rounded chloritic and<br />
felsic fragments less than lcm in diameter. The average<br />
size is less than 2mm diameter. Sulphide banding is<br />
96025<br />
96026<br />
96027<br />
96028<br />
147.10<br />
148.10<br />
149.10<br />
149.60<br />
148.10<br />
149.10<br />
149.60<br />
150.00<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
1.00<br />
1.00<br />
0.50<br />
0.40<br />
22<br />
7<br />
5<br />
NIL<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 6<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
developed over a 5cm interval associated with disrupted<br />
quartz bands.<br />
150.6 151.7 ULTRAMAFIC VOLCANICS (4a) Fine grained and<br />
dark grey highly foliated ultramafic? with 2%<br />
disseminated 1mm euhedral and clotty pyrite. This unit<br />
is homogenous and contains limited quartz veining less<br />
than Ifc. Alteration is dominated by chlorite, with minor<br />
serpentine and calcite. The core is soft and weakly<br />
magnetic. Magnetic susceptibility readings are as<br />
follows: 5:2.84 at 151.5m<br />
151.7 152.2 ULTRAMAFIC VOLCANICS (4e) Weakly serpentinized<br />
fine grained mafic or ultramafic lithology. This section<br />
is grey to apple green in colour and is highly foliated.<br />
Mineralization is pervasive with l-2% disseminated and<br />
clotty pyrite throughout. Alteration is dominated by<br />
chlorite, serpentine and minor calcite and quartz. Quartz<br />
veining is limited to l!r abundance consisting of the<br />
three quartz vein types. Some of the mineralization is<br />
associated with the quartz veins as clotty pyrite along<br />
the edges of the vein. Magnetic susceptibility readings<br />
are as follows: 5:0.59 at 152m.<br />
152.2 160.6 ULTRAMAFIC VOLCANICS (4b) Massive highly<br />
foliated dark grey to black ultramafic volcanics with<br />
spinifex and cumulate textures. This section contains<br />
minor talc, and lots of quartz + m inor carbonate veining<br />
SAMPLE No.<br />
96029<br />
96030<br />
FROM<br />
150.00<br />
150.90<br />
TO<br />
150.90<br />
151.40<br />
96031 151.40 152.20<br />
96032<br />
96033<br />
152.20<br />
153.00<br />
153.00<br />
154.00<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
0.90<br />
0.50<br />
0.80<br />
0.80<br />
1.00<br />
12<br />
3<br />
3<br />
NIL<br />
HOLE No: ENG9601
PROPERTY: English<br />
HOLE No.: ENG9601<br />
FROM TO LITHOLOGICAL, DESCRIPTION<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
up to 3(H. The veins are generally parallel to the<br />
foliation with older vein types also present. Alteration<br />
is dominated by silica flooding with trace calcite and<br />
fuchsite. Fuchsite is limited to trace amounts within<br />
some of the quartz veins. Sulphide mineralization is<br />
limited to trace amounts heterogeneously distributed core<br />
is relatively soft and non-magnetic. Magnetic<br />
susceptibility readings are as follows: 5:0.65 at 152.5m,<br />
5:0.67 at 153.5m, 5:0.61 at 156m, 5:0.59 at 159m.<br />
160.6 161.7 SYENITE DIKE (9e) Fine grained with variable<br />
K-feldspar content and sulphide mineralization.<br />
K-feldspar alteration is intensified about irregular<br />
quartz veins intruding dark red syenite. Pyrite<br />
mineralization is prominent near the margins of the<br />
quartz veins as fine to coarse disseminated euhedral<br />
crystals up to 2% abundance. Core is hard and strongly<br />
magnetic with magnetic susceptibility readings as<br />
follows: 5:15.0 at 160.7m and 5:20.0 at 161.5m.<br />
161.7 172.1 ULTRAMAFIC VOLCANICS (4b) Similar to previous<br />
ultramafic volcanic description. Magnetic susceptibility<br />
readings are as follows: 5:0.61 at 162m, 5:1.55 at 165m,<br />
5:1.47 at 167.1m, 5:7.54 at 168m, 5:10.6 at 171m.<br />
172.1 172.6 SYENITE DIKE (9e) Fine grained moderately<br />
foliated dark red syenite with biotite and felsic<br />
inclusions similar to section at 149.5m. Contact at 58<br />
SAMPLE No. FROM TO<br />
96034<br />
96035<br />
159.70<br />
160.80<br />
160.80<br />
161.70<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
1.10<br />
0.90<br />
2<br />
29<br />
Page 7<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 8<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
degrees c. a. Core is hard and weakly magnetic. Magnetic<br />
susceptibility readings are as follows: 5:2.43 at<br />
172.3m.<br />
172.6 178.3 ULTRAMAFIC VOLCANICS (4b) Similar to previous<br />
section of ultramafic volcanics. Spinifex textures<br />
observed at 177m depth. Sulphide mineralization is<br />
limited to trace coarse euhedral pyrite associated with<br />
the quartz carbonate vein stockwork. Magnetic<br />
susceptibility readings are as follows: 5:1.66 at 174m,<br />
178.3 179.3 SYENITE DIKE (9e) Similar to previous<br />
fragment/inclusion rich syenite, dark red in colour and<br />
medium grained. Contact at 60 degrees c .a. Sulphide<br />
mineralization is developed as concentrations of<br />
disseminated pyrite at the contacts and as fine<br />
disseminations heterogeneously distributed within the<br />
dike. The syenite is foliated and is hard and strongly<br />
magnetic. Magnetic susceptibility readings are as<br />
follows: 5:43.8 at 178.4m, 5:46.0 at 179.0m.<br />
179.3 180.9 ULTRAMAFIC VOLCANICS (4b) Similar to previous<br />
ultramafic section. Core is moderately hard and non<br />
magnetic. Magnetic susceptibility readings are as<br />
follows: 5:0.55 at 179.5m.<br />
180.9 183.0 MAFIC DIKE (Ile) Fine grained mafic to<br />
intermediate dike intruded by numerous quartz-carbonate<br />
SAMPLE No. FROM TO<br />
96036<br />
96037<br />
172.30<br />
176.40<br />
173.30<br />
177.40<br />
96038 178.30 179.20<br />
96039<br />
96040<br />
180.90<br />
181.90<br />
181.90<br />
182.40<br />
ASSAYS<br />
WIDTH Au (ppb)<br />
1.00<br />
1. 00<br />
O. 3 0<br />
1. 00<br />
0.50<br />
NIL<br />
NIL<br />
l<br />
12<br />
HOLE No: ENG9601
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9601 Page 9<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
veins with a K-feldspar or hematite component. Quartz<br />
veining makes up ID-20% volume. Sulphides consist of<br />
fine grained disseminated pyrite associated with the<br />
margins of the quartz veins. Dike is weakly foliated and<br />
has a magnetic susceptibility of 5:17.4 at 181m.<br />
183.0 222.0 ULTRAMAFIC VOLCANICS (4b) Similar to<br />
previous sections with spinifex textures prevalent at<br />
200m and 220m depth. Quartz veins are typical to<br />
previous sections and are oriented in all directions to<br />
the core axis and make up to ID-15% of the volume. Core<br />
is variably hard and variably magnetic. Magnetic<br />
susceptibility readings are as follows: 5:1.16 at 186m,<br />
5:4.44 at 192m, 5:0.77 at 195m, 5:0.69 at 19Bm, 5:10.5 at<br />
201m, 5:0.67 at 204m, 0.71 at 207m, 1.51 at 213m, .10.7 at<br />
: 216m, 0.67 at 219m, 32.1 at 222m.<br />
222.0 END OF HOLE<br />
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION BEARING<br />
100.00 -46.00 315.00<br />
.222.00 -45.00 3^5 QO<br />
SAMPLE No. FROM<br />
96041 182.40 183.00<br />
96042<br />
96043<br />
96044<br />
96045<br />
96046<br />
96047<br />
96048<br />
183.00<br />
200.60<br />
201. 70<br />
202.70<br />
207.80<br />
217.60<br />
221.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
184.00<br />
201. 70<br />
202. 70<br />
203. 70<br />
208.80<br />
218.60<br />
222 . 00<br />
0.60 NIL<br />
1 . 00<br />
1 .10<br />
1.00<br />
1 . 00<br />
1. 00<br />
1. 00<br />
1 . 00<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
HOLE No: ENG9601
PROPERTY: English<br />
HOLE No.: ENG9602<br />
Collar Eastings: 483292.00<br />
Collar Northings: 5319641.00<br />
Collar Elevation: 0.00<br />
Contractor was NDS Drilling of Timmins, Ont.<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
0.0 1.0 CASING ON BEDROCK (Ob)<br />
TISDALE GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
1.0 1.1 ULTRAMAFIC VOLCANICS (4d) Fuchsite rich fine to medium<br />
grained ultramafic volcanics. This section displays<br />
cumulate textures and recrystallization of the<br />
ultramafics package. The ultramafics are intruded by<br />
numerous quartz-carbonate veins. Core i s relatively hard<br />
but competent with only minor fracturing. Magnetic<br />
susceptibility readings are as follows: 5:0.43 at O.lm.<br />
i 1.1 1.2 ALBITITE DIKE (lOcq) This dike is a fine grained cream<br />
white to beige coloured massive lithology that contains<br />
l-2% finely disseminated pyrite. Albitite has been<br />
intruded by quartz veins that appear barren. Magnetic<br />
susceptibility reading is 5:0.36 at 1m.<br />
1.2 5.2 ULTRAMAFICS VOLCANICS (4d) Fuchsite rich, fine to<br />
coarse grained ultramafic volcanics. This section<br />
displays cumulate textures and recrystallization<br />
of the ultramafics package. Main intense fuchsite<br />
alteration zone is in the top 2.5m of this section. The<br />
ultramafics are intruded by numerous quartz-carbonate<br />
Collar Inclination: -45.00<br />
Grid Bearing: 315.00<br />
Final Depth: 349.00 metres<br />
Hole was collared in claimtt 1155889<br />
SAMPLE No. FROM<br />
96049<br />
96050<br />
96051<br />
0.60<br />
1.30<br />
2.00<br />
Logged by: Peter Chubb<br />
Date: 26/10/96-27/10/96<br />
Down-hole Survey: acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
1.30<br />
2. 00<br />
2. 50<br />
0.70<br />
O. 70<br />
0. 50<br />
5<br />
9<br />
34<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 2<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
veins. Fuchsite alteration becomes less apparent with<br />
depth with fuchsite restricted to the quartz-carbonate<br />
veins and associated alteration haloes at the bottom of<br />
the section. Magnetic susceptibility readings are as<br />
follows: 5:0.55 at 1.3m, 5:0.71 at 3.5m, 5:0.55 at 4m,<br />
5:1.39 at 4.5m, 5:0.65 at 5m.<br />
5.2 7.3 INTERMEDIATE DIKE (9) Medium grey medium to fine<br />
grained with 2% specular hematite. This section has a<br />
sharp contact with the host lithologies and is weakly<br />
foliated. Quartz-carbonate vein at 6.5m is fuchsite<br />
altered. Magnetic susceptibility readings are as<br />
follows: 2.37 at 5.5m, 2.19 at 6m, 1.06 at 7m.<br />
7.3 20.4 ULTRAMAFIC VOLCANICS (4a-d) Medium to dark grey<br />
coarse grained recrystallized ultramafic volcanic.<br />
This section is intruded by numerous quartz veins at<br />
variable core angle that also possess a chlorite halo.<br />
Fuchsite alteration is variable with a 1m section up to<br />
St but the rest is n.% or less, but observed in quartz-<br />
carbonate veins. Magnetic susceptibility readings are as<br />
follows: 5:1.57 at 8.5m, 5:1.53 a t 1 0m, 5:0.59 at 12.6m,<br />
5:0.94 at 13m, 5:0.77 at 16m, 5:0.69 at 19m.<br />
20.4 MAFIC DIKE (11) Very fine grained, medium grey coloured<br />
dike. Core is hard and silicified. Magnetic<br />
susceptibility reading is 5:0.49 at 20.6m.<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96052 5 .20 6.20 1.00<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
20.8 32.0 ULTRAMAFIC VOLCANICS (4a) Similar to previous<br />
ultramafic section has both a fine and coarse grain<br />
component and is medium grey in colour. This section has<br />
lots of quartz-carbonate veining up to J.5% volume with<br />
minor fuchsite and chlorite alteration. Core appears<br />
bleached and is moderately hard. Magnetic susceptibility<br />
readings are as follows: 5:2.48 at 22m, 5:1.18 at 25m,<br />
5:3.32 at 28m, 5:2.33 at 31m, 5:2.31 at 34m.<br />
32.0 34.2 ULTRAMAFIC VOLCANICS (4a) This section is very fine<br />
grained and light grey in colour with gradational<br />
contacts with surrounding rocks types as well as<br />
overlapping alteration. The base of this unit is<br />
fuchsite altered up to Sfc while the top is chlorite<br />
altered. Quartz veins constitute only a minor portion of<br />
this section up to 2* volume.<br />
34.2 37.7 ULTRAMAFIC VOLCANICS (4d) Greyish, medium t o c oarse<br />
grained ultramafic flows that are fuchsite altered up to<br />
1(^ and intruded by up to 10% volume of quartz carbonate<br />
veins. Trace disseminated pyrite is present associated<br />
with quartz-carbonate veins. Core is hard and<br />
non-magnetic. Magnetic susceptibility readings are as<br />
follows: 5:0.86 at 35m, 5:0.57 at 37m.<br />
37.7 45.9 ALBITITE DIKE (lOcq) Fine grained cream white<br />
coloured albitite dike. This dike has sharp contacts<br />
with the host lithologies at 67 degrees c.a.. This unit<br />
SAMPLE No.<br />
96063<br />
FROM<br />
96053 35. 00<br />
96054<br />
96055<br />
96056<br />
22.80 23.80<br />
37. 80<br />
38.80<br />
39. 80<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
36.00<br />
38.80<br />
39.80<br />
40.80<br />
l .00 NIL<br />
1.00 41<br />
1.00<br />
l .00<br />
1.00<br />
163<br />
197<br />
646<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
FROM TO LITHOLOOICAL DESCRIPTION SAMPLE No. FROM<br />
is variably mineralized with J.% finely disseminated<br />
pyrite throughout and up to 104 in quartz veins. Unit is<br />
massive and weakly foliated. The albitite is crosscut by<br />
a few variably sized quartz-carbonate veins that appear<br />
to concentrate the sulphides within a few centimetres of<br />
their contact. Magnetic susceptibility measurements are<br />
as follows: 5:0.86 at 38m, 5:0.49 at 40m, 5:0.63 at 43m,<br />
5:0.86 at 45.5m.<br />
45.9 46.1 ULTRAMAFIC CONTACT AUREOLE (4a) Fine grained, well<br />
foliated and chlorite rich contact aureole with<br />
fracture related pyrite and possibly chalcopyrite<br />
mineralization. Magnetic susceptibility measurements are<br />
as follows: 5:0.67<br />
46.1 50.2 ULTRAMAFIC VOLCANICS (4d) Similar to previous section<br />
of ultramafic volcanics, with fuchsite alteration<br />
at 20% volume. Quart z-carbonate veins are abundant at 15V<br />
volume. Fuchsite alteration declines in intensity<br />
sharply as fault zone is approached. This section is well<br />
foliated and the core is competent and moderately hard.<br />
Magnetic susceptibility are as follows: 0.59 at 47.5m,<br />
0.55 at 49m.<br />
50.2 50.4 FAULT ZONE (f.z.) Chlorite rich ultramafic and<br />
quartz breccia zone. Fault contact is at 45 degrees<br />
c.a. and is sharp. The fault consists of a fault gouge<br />
and larger quartz dominated angular fragments less than<br />
96057<br />
96058<br />
96059<br />
96060<br />
41 . 80<br />
42 . 80<br />
43. 80<br />
44 . 80<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
42.80<br />
43.80<br />
44 . 80<br />
45.80<br />
1.00<br />
1. 00<br />
1.00<br />
1.00<br />
1989<br />
583<br />
79<br />
110<br />
96061 45 . 90 46.10 0.20 17<br />
96062 46 . 10 47.10 1.00 15<br />
Page 4<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
50.4 50.6<br />
50.6<br />
3cm in length. Alteration is dominated by chlorite and<br />
serpentine with minor quartz and carbonate assemblages.<br />
This section is non-magnetic, highly friable and<br />
extremely soft. Magnetic susceptibility readings are as<br />
follows: 5:0.24 at 50.3m.<br />
ULTRAMAFIC VOLCANICS (4d) Similar to previous<br />
ultramafic section except that the fuchsite is gradually<br />
declining in intensity with depth. Contact at base of<br />
this section is sharp and is alteration dependant with a<br />
sharp change from fuchsite to chlorite dominated.<br />
Alteration is dominated by carbonate, silica and fuchsite<br />
with minor chlorite. This section is med grey-green in<br />
colour and contains S-10% quartz-carbonate veining<br />
generally less than 5mm wide. Magnetic susceptibility<br />
readings are as follows: 5:0.43 at 50.5m.<br />
ULTRAMAFIC VOLCANICS (4a) Typical dark green to<br />
black serpentinized and chloritic ultramafic flows.<br />
The flows contain variable amounts of quartz carbonate<br />
veining forming stockworks up to 154 volume. Alteration<br />
is dominated by carbonate, talc, quartz, serpentine, with<br />
lesser chlorite. Talc is developed throughout the core<br />
section and within some of the veinlets. Carbonate<br />
flooding and replacement is variable but up to 30-404<br />
volume. ' Areas of decreased vein intensity usually<br />
display carbonate flooding with an associated lightening<br />
in colour. Complex M type folds and fragment rich<br />
SAMPLE No. FROM<br />
96064<br />
96065<br />
96066<br />
96067<br />
52.00<br />
58.00<br />
59. 00<br />
60. 00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
53 .00<br />
59.00<br />
60. 00<br />
61 . 00<br />
1.00<br />
1.00<br />
1.00<br />
1. 00<br />
NIL<br />
NIL<br />
14<br />
2<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 6<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
veining is present throughout this section. Core is<br />
soft, well veined and competent. Magnetic susceptibility<br />
readings are as follows: 5:0.59 at 52mm, 5:0.59 at 55m,<br />
5:14.1 at 58m, 5:13.3 at 61m, 5:13.0 at 64m, 5:13.0 at<br />
64.3m, 5:23.0 at 65.6m.<br />
66.7 SYENITE DIKE (9e) Dark reddish grey, medium to fine<br />
grained homogenous syenite, with abundant micro veinlets<br />
of quartz and chlorite up to 2% of rock volume. This<br />
section is weakly foliated at 50 degrees c.a. at<br />
65.9m. Core is moderately hard, competent and magnetic.<br />
Magnetic susceptibility readings are as follows: 5:36.9<br />
at 65.9m.<br />
66.7 89.9 ULTRAMAFIC VOLCANIC FAULT BRECCIA ZONE (4a,f.z.)<br />
Same as previous ultramafic volcanic section<br />
except for the presence of metre to 3 metre wide<br />
ultramafic fault breccias and fault gouges. Relict<br />
spinifex textures present at 86m depth. Alteration is<br />
dominated by quartz, carbonate, chlorite, serpentine and<br />
talc with silicification more prominent than previous<br />
sections. Silicification is intense in the last 1m of<br />
this section. Foliation measurements are highly variable<br />
with folds observed. Sulphides are limited with trace<br />
pyrite occurring in small 30cm sections. Magnetic<br />
susceptibility readings are as follows: 5:5.24 at 70m,<br />
8.42 at 73m, 3.87 at 75m, 5:4.24 at 79m, 3.38 at 82m,<br />
0.88 at 85m, 8.77 at 88m, 0.49 at 89.8m. High magnetic<br />
SAMPLE No.<br />
96068<br />
96069<br />
96070<br />
96071<br />
96072<br />
96073<br />
96074<br />
96075<br />
FROM<br />
65.80<br />
66 .70<br />
73 .00<br />
74 .00<br />
75.00<br />
76.00<br />
87.00<br />
88.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
66. 70 0.90 NIL<br />
67.70<br />
74 . 00<br />
75.00<br />
76.00<br />
77.00<br />
88.00<br />
89.00<br />
1.00<br />
1.00<br />
1.00<br />
1.00<br />
1.00<br />
1.00<br />
1.00<br />
3<br />
10<br />
NIL<br />
NIL<br />
NIL<br />
3<br />
2<br />
HOLE No: ENG9602
PROPERTY:<br />
HOLE No.:<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
English<br />
ENG9602 Page 7<br />
FROM TO LITHOLOGICAi DESCRIPTION<br />
features are related to the fault breccias and<br />
intensification of serpentine alteration.<br />
89.9 90.3 GREY SYENITE (9e) Dark greyish red fine grained<br />
syenite with 1C^ disseminated pyrite mineralization.<br />
Mineralogy is dominated by feldspar and chlorite<br />
and minor quartz. Massive and highly altered<br />
more like a contact aureole than a true syenite dike.<br />
Magnetic susceptibility reading of 5:0.28 at 90.0m.<br />
88.9 92.8 ULTRAMAFIC VOLCANIC FAULT BRECCIA ZONE (4a,f.z.)<br />
Similar to previous section but has undergone<br />
intense alteration with a sharp contrasts between<br />
chlorite and serpentine altered zones and silicified<br />
zones. It appears that the chlorite and serpentine rich<br />
alteration is vein related. Quartz-carbonate veins are<br />
abundant and make up 1C^ of the rock volume. Sulphides<br />
are abundant up to 14 as fine to coarse euhedral<br />
disseminations of pyrite in association with quartz-<br />
carbonate veins and massive serpentine zones. Magnetic<br />
susceptibility readings are as follows: 5:0.47 at 91m,<br />
5:O.34 at 92.7m.<br />
92.8 96.5 SYENITE DIKE (9e) The syenite dike contact consists<br />
of a fine grained grey section that is highly<br />
mineralized with fine disseminations of pyrite up to 10%<br />
volume. The syenite becomes more reddish in colour with<br />
depth. The syenite is fractured with veins consisting of<br />
SAMPLE No.<br />
96076<br />
96077<br />
96078<br />
96079<br />
96080<br />
96081<br />
96082<br />
96083<br />
FROM<br />
89.00<br />
90.00<br />
91.00<br />
92 . 00<br />
92.80<br />
93 .80<br />
94.80<br />
95.80<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
90.00<br />
91.00<br />
92 . 00<br />
92. 80<br />
93.80<br />
94.80<br />
95. 80<br />
96 . 50<br />
. 00<br />
1. 00<br />
l . 00<br />
0.80<br />
1.00<br />
1.00<br />
1.00<br />
0. 70<br />
24<br />
72<br />
NIL<br />
NIL<br />
34<br />
53<br />
98<br />
63<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 8<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
serpentine, talc and quartz. The down hole contact is a<br />
fault related and is 10cm wide. Quartz veins make up<br />
less than 2% of the rock volume. Sulphide mineralization<br />
is homogenous with some coarser pyrite clots associated<br />
with the veins. The core is relatively hard and<br />
competent. Magnetic susceptibility readings are as<br />
follows: 5:0.45 at 93m, 5:0.47 at 94.5m, 5:0.31 at 96m.<br />
96.5 96.6 FAULT ZONE (f.z.) Ultramafic fault breccia with<br />
relict spinifex textured and quartz vein fragments.<br />
Quartz veins are less than 2% volume. Matrix is<br />
serpentine rich.<br />
96.5 98.6 ULTRAMAFIC SPINIFEX TEXTURED VOLCANIC (4c) Classic<br />
spinifex textured ultramafic volcanics pale cream<br />
green in colour intruded by only a few quartz-carbonate<br />
veins less than H volume. Magnetic susceptibility<br />
readings are as follows: 5:0.75 at 97m, 5:1.23 at 98.4m.<br />
98.6 101.6 INTERMEDIATE DIKE/SILICIFIED MASSIVE ULTRAMAFIC (9/43)<br />
Homogenous fine to medium grained creme green to white<br />
lithology. This section displays a relatively sharp<br />
contact with the overlying spinifex textured lithology.<br />
Quartz veins are present at 2?r volume levels and appear<br />
to brecciated the host rock. Alteration haloes about<br />
quartz veins are not present. Magnetic susceptibility<br />
measurements are as follows: 4.55 at 98.5m, 0.95 at<br />
99.5m, 0.57 at 101m.<br />
SAMPLE No. FROM<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96084 96.50 97. 50 1.00<br />
96085 100.50 101.50 1. 00 NIL<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 9<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No.<br />
101.6 102.1 SYENITE DIKE (9e) Dark red fine grained syenite<br />
with contact aureoles associated with the contact<br />
areas. The contact aureole is within the syenite and is<br />
darker and more mineralized than the main body of<br />
syenite. Sulphide mineralization at the contacts is up<br />
to 2% finely disseminated pyrite, intensified at vein<br />
margins. Syenite contains chloritic fragments that<br />
display alteration along the margins. Magnetic<br />
susceptibility readings are as follows: 5:0.43 at 102m.<br />
102.1 102.4 INTERMEDIATE DIKE/SILICIFIED MASSIVE ULTRAMAFIC (9/43)<br />
Similar to previous intermediate/ ultramafic section.<br />
Magnetic susceptibility reading of 5:0.43 at 102.2m.<br />
102.4 102.9 SYENITE DIKE (9e) Similar to previous syenite<br />
dike section at 102m. 2-3cm clot of pyrite associated<br />
with quartz-chlorite-serpentine veins. Magnetic<br />
susceptibility reading of 5:0.51 at 102.6m.<br />
102.9 103.6 S ILICIFIED ULTRAMAFIC VOLCANIC ( 4a) M edium to<br />
coarse grained massive ultramafic. Alteration is<br />
dominated by silicification and carbonate minerals.<br />
Magnetic susceptibility reading of 5:0.82 at 103m.<br />
103.6 104.7 SYENITE DIKE (9e) Similar to previous syenite<br />
dike. This section contains a 1m zone of 3% coarse<br />
pyrite mineralization. Specular hematite is developed as<br />
ASSAYS<br />
FROM TO WIDTH Au (ppb)<br />
96086 101.50 102.00 0.50 38<br />
96087 102.00 102.30 0.30 NIL<br />
96088 102.30 102.90 0.60 14<br />
96089 102.90 103.80 0.90 NIL<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
fine dissemination throughout this section at li<br />
abundance. Magnetic susceptibility readings as follows:<br />
0.3 at 103.7m, 0.51 at 104m, 0.58 at 104.7m.<br />
104.7 108.1 INTERMEDIATE DIKE/SILICTFIED MASSIVE ULTRAMAFIC (9/43)<br />
Similar to previous sections of intermediate/ultramafic<br />
zone. This section contains clots of chalcopyrite at<br />
H; volume of the quart z-carbonate veins. Minor fuchsite<br />
alteration is also developed within the larger quartz<br />
veins but at low concentrations J.% abundance. Magnetic<br />
susceptibility readings are as follows: 5:0.53 at 106m,<br />
5:1.76 at 107m.<br />
108.1 108.5 SYENITE DIKE (9e) Similar to previous syenite dike.<br />
Finely disseminated pyrite at 14; volume. Specular<br />
hematite is developed a s f ine dissemination throughout<br />
this section at J.% abundance. Magnetic susceptibility<br />
readings as follows: 5:0.71 at 108.3m.<br />
108.5 110.1 INTERMEDIATE DIKE/SILICIFIED MASSIVE ULTRAMAFIC (9/43)<br />
Similar to previous sections of intermediate/ultramafic<br />
zone. This section contains clots of specular hematite<br />
at 5% volume of the quartz-carbonate veins. Minor<br />
fuchsite alteration is also developed within the<br />
larger quartz veins but at low concentrations J.%<br />
abundance. Magnetic susceptibility reading of 5:1.25 at<br />
109m.<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96090 103.80 104.80 1.00 81<br />
96091 104.80 105.80 1.00 33<br />
96092 105.80 106.80 1.00 NIL<br />
96093 106.80 107.80 1.00 NIL<br />
96094 107.80 108.10 0.30 5<br />
96095 108.10<br />
96096<br />
96097<br />
108.50<br />
109.10<br />
108.50<br />
109.10<br />
110.10<br />
0.40 26<br />
0.60<br />
1.00<br />
NIL<br />
77<br />
Page 10<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
110.1 111.2 SYENITE DIKE (9e) Similar to previous syenite<br />
dikes with up to 2% fine to coarse pyrite mineralization.<br />
This section is crosscut by S-5% quartz serpentine-<br />
chlorite veins. Mineralization is concentrated along<br />
some of the veins. Magnetic susceptibility readings are<br />
as follows: 5:055 at 111m.<br />
111.1<br />
118. 5<br />
118.6 ULTRAMAFIC VOLCANICS (4a) Similar to previous<br />
ultramafic volcanics observed higher up in the section.<br />
This section contains abundant quartz-carbonate veins up<br />
to 15% volume. Bottom part of this section is highly<br />
silicified up to SO 1!; and spinifex textured. Minor<br />
specular hematite disseminated in core at trace amounts.<br />
Veins indicate that the ultramafics have undergone<br />
polyphase folding. Magnetic susceptibility readings as<br />
follows: 5:1.9 at 112m, 5:2.29 at 115.5m, 5:0.41 at 118m.<br />
SYENITE DIKE (9e) Similar to previous syenite<br />
dikes, highly fractured. Fractures infilled by quartz,<br />
chlorite and serpentine. Magnetic susceptibility<br />
readings as follows: 5:0.38 at 119m.<br />
126.8 ULTRAMAFIC SPINIFEX TEXTURED VOLCANICS (4cd)<br />
Fuchsite altered spinifex textured ultramafics that<br />
contain abundant quartz-carbonate veining as in previous<br />
ultramafic sections. Fuchsite alteration is limited to<br />
less than il.% within the quartz veins and along foliation<br />
planes, with local concentrations reaching 101 abundance<br />
SAMPLE No.<br />
96098<br />
96099<br />
96100<br />
96101<br />
96102<br />
96103<br />
96104<br />
96105<br />
96106<br />
96107<br />
96108<br />
96109<br />
FROM<br />
110.10 111.20<br />
111.20 112.20<br />
112.20 113.30<br />
116.60 117.60<br />
117.60 118.60<br />
118.60 119.20<br />
119 .20<br />
121.00<br />
122.00<br />
123 .00<br />
124 .00<br />
125.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
120. 10<br />
122. 00<br />
123.00<br />
124. 00<br />
125. 00<br />
125. 90<br />
1.10 74<br />
1.00<br />
1.10<br />
1.00<br />
1.00<br />
0.60<br />
0.90<br />
1.00<br />
1.00<br />
1.00<br />
1. 00<br />
0. 90<br />
NIL<br />
NIL<br />
7<br />
NIL<br />
26<br />
147<br />
NIL<br />
2<br />
2<br />
3<br />
9<br />
Page 11<br />
HOLE NO: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
130.2<br />
over 5cm. Magnetic susceptibility readings as follows:<br />
5:3.15 at 121m, 5:0.38 at 124m, 5:51.5 at 26m.<br />
127.8 FAULT ZONE (f.z.) Ultramafic fault breccia with<br />
relict spinifex textured and quartz vein fragments.<br />
Quartz veins are less than 2% volume. Matrix is<br />
serpentine rich. Magnetic susceptibility reading is<br />
5:0.32 at 127.2m.<br />
130.2<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
ULTRAMAFIC VOLCANICS (4ad) Fuchsite altered<br />
massive ultramafic. Fine to coarse grained with limited<br />
fuchsite alteration along fracture planes and within<br />
quartz-carbonate veins. Similar to previous ultramafic<br />
volcanics except colour is medium grey. Alteration is<br />
dominated by carbonates, quartz, fuchsite and serpentine.<br />
Quartz-carbonate veins are abundant up to 30% volume and<br />
are highly folded and for the most part follow the<br />
foliation. Pyrite mineralization is limited to trace<br />
amounts of finely disseminated and coarse euhedral pyrite<br />
in close proximity to the quartz-carbonate veins.<br />
Magnetic susceptibility readings are as follows: 5:0.51<br />
at 128.2m, 5:0.65 at 130m.<br />
SYENITE DIKE (9e) Similar to previous syenite<br />
dikes. This syenite is pinkish red and contains I'i<br />
coarse pyrite mineralization. Core is hard and massive.<br />
Magnetic susceptibility reading is 5:0.57 at 130.3m.<br />
ASSAYS<br />
SAMPLE No. FROM TO WIDTH Au (ppb)<br />
96110 125.90 126.80 0.90<br />
96111 126.80 127.80 1.00<br />
96112 127.80 128.80<br />
96113 128.80 129.80<br />
96114<br />
96115<br />
129.80<br />
130.30<br />
130.30<br />
130.80<br />
1.00<br />
1.00<br />
123<br />
NIL<br />
2<br />
0.50 NIL<br />
0.50 3<br />
Page 12<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
131.4<br />
Cameco Corporation<br />
131.4 ULTRAMAFIC VOLCANICS (4a) Serpentine altered<br />
massive ultramafic. Fine to coarse grained with limited<br />
serpentine alteration along fracture planes and within<br />
quartz-carbonate veins. Similar to previous ultramafic<br />
volcanics. Alteration is dominated by carbonates,<br />
quartz, serpentine. Quartz-carbonate veins are abundant<br />
up to 3(H volume and are highly folded and for the most<br />
part follow the foliation. Pyrite mineralization is<br />
limited to trace amounts of finely disseminated and<br />
coarse euhedral pyrite in close proximity to the<br />
quartz-carbonate veins. Magnetic susceptibility reading<br />
of 5:0.41 at 131m.<br />
DIAMOND DRILL LOG<br />
SYENITE DIKE (9e) Similar to previous syenite dike.<br />
Colour i s p inkish red and contains 5% chloritic fragments<br />
and 14 coarse and fine pyrite mineralization. Magnetic<br />
susceptibility reading is 5:0.32 at 131.7m.<br />
134.1 ULTRAMAFIC VOLCANICS (4a) Similar to previous<br />
ultramafic volcanic sections. Quartz-carbonate veins are<br />
highly folded and display M-type folds. Magnetic<br />
susceptibility readings as follows: 5:0.79 at 133m.<br />
134.1 135.7 INTERMEDIATE DIKE (9) Fuchsite altered mafic<br />
dike with small lathes of muscovite and fuchsite. Dike<br />
is fine'grained and porphyritic. Dike contains<br />
inclusions of syenite. Minor ?arsenopyrite or pyrite at<br />
contact with syenite up to 2%. Magnetic susceptibility<br />
SAMPLE No. FROM<br />
96116 130.80 131.40<br />
96117 131.40 131.80<br />
96118 131.80 132.40<br />
96119 132.40 133.10<br />
96120 133.10 134.10<br />
96121<br />
96122<br />
134.10<br />
135.10<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
135.10<br />
135.70<br />
0.60<br />
0.40<br />
0.60<br />
0. 70<br />
1. 00<br />
1. 00<br />
0.60<br />
NIL<br />
2<br />
31<br />
NIL<br />
NIL<br />
7<br />
Page 13<br />
HOLE NO: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
reading of 5:0.38 at 135m.<br />
135.7 138.2 SYENITE DIKE (9e) Similar to previous syenite<br />
dikes with chloritic fragments and silicified<br />
fragment of ultramafic rock enclosed. Sulphides are<br />
pervasive and up to 1 \ f inely disseminated and coarse<br />
pyrite. Magnetic susceptibility readings as follows:<br />
5:0.69 at 136m, 5:5.43 at 138.2m.<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
138.2 148.4 DIORITE OR GREY SYENITE DIKE (9e) Coarse grained<br />
intrusive mafic syenite, medium grey with a touch<br />
of pink but variable in colour and grain size. This<br />
section contains fragments of other syenite dikes and<br />
ultramafic lithologies. Ultramafic fragments are<br />
strongly serpentinized and contain abundant quartzcarbonate<br />
veins up to 20% volume. Syenite fragments are<br />
well mineralized and contain up to 2% disseminated<br />
pyrite. Sulphides are present as disseminated and clotty<br />
pyrite associated with fractures, margins of fragments<br />
and K-feldspar rich sections. Core is hard and non<br />
magnetic. Magnetic susceptibility readings are as<br />
follows: 5:0.69 at 142m, 5:0.67 at 145m, 5:0.51 at 148m.<br />
148.4 150.7 ULTRAMAFIC VOLCANIC (4a) Similar to previous<br />
ultramafic volcanics. Quartz-carbonate veining accounts<br />
for 35% 'Of the volume with disseminated and clotty pyrite<br />
observed up to trace amounts. Alteration is dominated by<br />
quartz and carbonate with serpentine and ?fuchsite<br />
SAMPLE No.<br />
96123<br />
96124<br />
96125<br />
96126<br />
96127<br />
96128<br />
96129<br />
96130<br />
96131<br />
96132<br />
96133<br />
FROM<br />
135. 70<br />
136. 70<br />
137. .70<br />
138. 20<br />
142. 00<br />
143 . 00<br />
144 . 00<br />
145. .00<br />
146 . .00<br />
147 . .00<br />
148. .00<br />
ASSAYS<br />
TO<br />
136. 70<br />
137. 70<br />
138. 20<br />
139. 20<br />
143. 00<br />
144 . 00<br />
145. 00<br />
146. 00<br />
147. 00<br />
148. . 00<br />
148. . 40<br />
WIDTH Au<br />
1 . 00<br />
1. 00<br />
0. .50<br />
1 . 00<br />
1 . .00<br />
1. .00<br />
1. .00<br />
1. . 00<br />
1. .00<br />
1 . . 00<br />
0. .40<br />
96134 149.70 150.70 1.00<br />
(ppb)<br />
101<br />
19<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
7<br />
3<br />
NIL<br />
43<br />
Page 14<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 15<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
present. Magnetic susceptibility reading of 5:0.63.<br />
150.7 161.8 SYENITE DIKE (9e) Fine to medium grained pinkish<br />
to grey intrusive syenite containing chloritized<br />
fragments of host lithologies up to 4cm in size. The<br />
chloritized fragments also possess alteration haloes<br />
indicating that some assimilation of the fragments took<br />
place during transport. Sulphide mineralization is<br />
developed as fine disseminations throughout the core and<br />
as clots along the margins of quartz veins. Quartzcarbonate<br />
veins constitute up to 2% of the rock volume<br />
and are less than 10mm thick. This section shows<br />
variable colour and grain size changes locally, and a<br />
contact aureole with the underlying ultramafic rock that<br />
is approximately 20cm wide. The contact aureole is dark<br />
grey green and contains 24 fine to coarse pyrite. The<br />
syenite is fractured with chlorite infilling and is also<br />
weakly foliated. Lower contact is sharp and is at 59<br />
degrees c. a. Core is hard with magnetic susceptibility<br />
readings as follows: 5:0.41 at 151m, 5:0.38 at 154m,<br />
5:0.53 at 157m, 5:0.41 at 160m.<br />
161.8 166.2 ULTRAMAFIC VOLCANICS (4a) Similar to previous<br />
section of ultramafic volcanics. Spinifex textures<br />
occurs at 164m depth. Alteration is dominated by quartz-<br />
carbonate, minor chlorite, serpentine and trace fuchsite.<br />
Core is folded with M-type, S-type and Z-type folds<br />
present. Lower contact is irregular and trends 36<br />
SAMPLE No.<br />
96135<br />
96136<br />
96137<br />
96138<br />
96139<br />
96140<br />
96141<br />
96142<br />
96143<br />
96144<br />
96145<br />
96146<br />
96147<br />
96148<br />
96149<br />
FROM<br />
150. .70<br />
151. .70<br />
152. 70<br />
153 . 80<br />
154 . 90<br />
156. 00<br />
157 . 00<br />
158. 00<br />
159. 00<br />
160. 00<br />
161. 00<br />
161. 70<br />
162 . 70<br />
163. 70<br />
164 . .70<br />
ASSAYS<br />
TO<br />
151. 70<br />
152. 70<br />
153. 80<br />
154. 90<br />
156. 00<br />
157. 00<br />
158, 00<br />
159. 00<br />
160, 00<br />
161. 00<br />
161. 70<br />
162. 70<br />
163. 70<br />
164. 70<br />
165. .70<br />
WIDTH Au<br />
1 . .00<br />
1. .00<br />
1. .10<br />
1. .10<br />
1. .10<br />
1 . 00<br />
1 . .00<br />
1. .00<br />
1 . .00<br />
1. 00<br />
0. . 70<br />
1 .00<br />
1 , .00<br />
1 .00<br />
1. .00<br />
(ppb)<br />
51<br />
209<br />
41<br />
93<br />
10<br />
21<br />
7<br />
26<br />
84<br />
21<br />
120<br />
7<br />
2<br />
9<br />
5<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 16<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
degrees to c.a. Sulphides are observed as trace finely<br />
disseminated pyrite. Magnetic susceptibility reading of<br />
5:0.43 at 163m, 5:0.71 at 166m.<br />
166.2 171.7 BRECCIATED INTERMEDIATE DIKE/ULTRAMAFIC VOLCANIC (9/43)<br />
This dike is light to medium grey in colour and<br />
may represent a highly silicified disrupted ultramafic<br />
volcanic that contains brecciated sections of<br />
syenite and later felsic dike components. Sulphide<br />
mineralization up to ^ occurs along foliation planes as<br />
disseminated euhedral pyrite. Contact with underlying<br />
massive albitite dike is sharp and at 7 degrees c.a.<br />
Core is moderately hard and competent with only minor<br />
fracturing present. Magnetic susceptibility readings as<br />
follows: 5:0.59 at 167m, 5:0.59 at 169m.<br />
171.7 174.0 ALBITITE DIKE (lOcq) Fine grained cream peach<br />
coloured this massive felsic dike contains 1-2*^<br />
finely disseminated euhedral pyrite throughout. Lower<br />
contact is irregular and at 26 degrees c.a. Dike appears<br />
undeformed but is intruded by quartz-carbonate veins up<br />
to 2% volume and chlorite infilled fractures. Magnetic<br />
susceptibility reading of 5:0.33 at 172.0m.<br />
174.0 183.4 SILICIFIED ULTRAMAFIC VOLCANIC (4a) Similar<br />
to previous section of ultramafic volcanics. Quartz-<br />
carbonate veining present at 351 volume with fuchsite<br />
visible at 176m. Trace pyrite developed as fine<br />
SAMPLE No. FROM<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96150 166.30 167.00 0.70<br />
96151 167.00 168.00 1.00<br />
96152 168.00 169.00 1.00<br />
96153 169.00 170.00 1.00<br />
96154<br />
96155<br />
172.00<br />
173.00<br />
96156 174.00<br />
96157 175.00<br />
96158 178.00<br />
96159 180.60<br />
173.00 1.00<br />
174.00 1.00<br />
175.00<br />
176.00<br />
179.00<br />
181.60<br />
l . 00<br />
1.00<br />
1.00<br />
1.00<br />
108<br />
173<br />
9<br />
10<br />
5<br />
NIL<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 17<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
dissemination throughout core, but picks up in the last<br />
l-2m of this section to approximately a.% abundance.<br />
Magnetic susceptibility readings as follows: 5:0.51 at<br />
175m, 5:0.51 at 178m, 5:0.63 at 181m.<br />
183.4 202.4 MAFIC DIKE/SILICIFIED ULTRAMAFIC VOLCANIC (8aX4a)<br />
Similar to above but more massive looking and<br />
contains approximately lQ-15% quartz-carbonate veining.<br />
The core is relatively soft and appears to be<br />
recrystallized with foliations difficult to distinguish.<br />
Alteration is dominated by quartz-(-carbonate and minor<br />
serpentine and fuchsite associated with veins and<br />
fractures up to 2fc. Questionable spinifex textures<br />
developed at 198m. Sulphides are developed as very fine<br />
disseminations and coarser euhedral crystals up to 5mm in<br />
size locally. Sulphide abundance is l-2%. Veining<br />
displays minor brecciation of host rock as it intruded.<br />
Magnetic susceptibility readings as follows: 5:0.53 at<br />
184m, 5:0.59 at 187m, 5:0.53 at 190m, 5:0.43 at 193m,<br />
5:0.53 at 196m, 5:0.61 at 199m, 5:0.47 at 202m. Contacts<br />
between flows? is at 56 degrees c.a.<br />
202.4 230.8 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e) Dark<br />
Green to black fine grained massive and competent<br />
lithology with spinifex and cumulate textures developed<br />
periodically. Alteration is dominated serpentine and<br />
talc, with quart z-carbonate veining limited to less than<br />
3* w ith minor fuchsite present along a few of the<br />
SAMPLE No.<br />
96160<br />
96161<br />
96162<br />
96163<br />
96164<br />
96165<br />
96166<br />
96167<br />
96168<br />
96169<br />
96170<br />
96171<br />
96172<br />
96173<br />
96174<br />
96175<br />
96176<br />
96177<br />
96178<br />
96179<br />
96180<br />
FROM<br />
181.60<br />
182 . 60<br />
183. 50<br />
184. 40<br />
185. 50<br />
186 . 50<br />
187. 40<br />
189. 40<br />
190 . 40<br />
195. 00<br />
197. 50<br />
198. 50<br />
199. 50<br />
200. 50<br />
201 . 50<br />
202.40<br />
203.40<br />
207. 00<br />
208.00<br />
209. 00<br />
210. 00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
182.60 . 00<br />
183. . 50<br />
184. 40<br />
185. 50<br />
186. .50<br />
187. 40<br />
188. 40<br />
190. 40<br />
191. 40<br />
196. 00<br />
198. 50<br />
199. 50<br />
200. 50<br />
201. 50<br />
202. .40<br />
203.40<br />
204.40<br />
208.00<br />
209.00<br />
210. 00<br />
210. 90<br />
0. . 90<br />
0. . 90<br />
1. . 10<br />
1. 00<br />
0. . 90<br />
1. .00<br />
1 . .00<br />
1 . 00<br />
1 . 00<br />
1. .00<br />
1. 00<br />
1. 00<br />
1. 00<br />
0. . 90<br />
1. 00<br />
1. 00<br />
1 . 00<br />
1. 00<br />
1.00<br />
0. 90<br />
7<br />
10<br />
9<br />
9<br />
7<br />
17<br />
10<br />
9<br />
14<br />
2<br />
3<br />
2<br />
. 2<br />
NIL<br />
5<br />
NIL<br />
NIL<br />
5<br />
NIL<br />
3<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO . LITHOLOGICAL DESCRIPTION<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
margins. Sulphide development is variable with both<br />
coarse and finely disseminated pyrite up to 2* from 207m<br />
to 215m, and trace amounts of pyrite locally developed.<br />
Core is soft and competent with only a few fractures.<br />
Magnetic susceptibility readings are as follows: 5:0.61<br />
at 2 04m, 5:0.59 at 208m, 5:0.65 at 211m, 5:1.33 at 214m,<br />
S:1.45 at 218m, 5:1.96 at 220m, 5:3.83 at 223m, 5:2.68 at<br />
225m, 5:0.98 at 229m.<br />
231.1 232.5 SYENITE DIKE (9e) Dark red and fine grained this<br />
dike is altered and contains serpentine. The upper<br />
contact is at 90 degrees c.a. and the lower contact is at<br />
57 degrees c.a. The core is moderately hard and<br />
competent. Magnetic susceptibility reading of 5:0.73.<br />
Trace specular hematite present.<br />
231.5 236.0 SILICIFIED ULTRAMAFIC VOLCANICS (4a) Massive medium<br />
to light grey ultramafic volcanics with 5% quartz<br />
carbonate veining intruding at various angles subparallel<br />
to the core axis. Fuchsite alteration is developed along<br />
the margins of the veins and at the base contact with the<br />
underlying syenite dike. Lower contact is at 65 degrees<br />
c.a. Sulphides are developed within two 30cm wide zones<br />
associated with fuchsite altered quartz veins and the<br />
basal contact. Sulphides in the two zones consist of<br />
2-3% coarse pyrite heterogeneously distributed within the<br />
zones. This section is harder than the serpentinized<br />
ultramafics due to associated silicification. Magnetic<br />
SAMPLE No. FROM<br />
96181 212.00 213.00<br />
96182 213.00 214.00<br />
96183 214.00 215.00<br />
96184 219.00 220.00<br />
96185 229.00 230.00<br />
96186<br />
96187<br />
234.00<br />
235.00<br />
ASSAYS<br />
TO WIDTH Au<br />
235.00<br />
236.00<br />
1.00<br />
1.00<br />
l . 00<br />
1.00<br />
1. 00<br />
1. 00<br />
1.00<br />
(ppb)<br />
NIL<br />
2<br />
2<br />
NIL<br />
3<br />
12<br />
189<br />
Page 18<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
susceptibility readings of: 1.1 at 2 32m, 0 .38 at 2 35m.<br />
Cameco Corporation<br />
236.0 2 38.5 SYENITE DIKE (9e) Massive pink fine to medium<br />
grained syenite that displays a change to a g rey<br />
coloured syenite at 237m. The syenite contains<br />
chloritized fragments and up to 5fc 1mm sized euhedral<br />
pyrite. Sulphide content drops off in the grey syenite.<br />
Lower contact at 60 degrees c.a.. Magnetic<br />
susceptibility reading of 5:0.38 at 237m.<br />
DIAMOND DRILL LOG<br />
238.5 241.5 SILICIFIED ULTRAMAFIC VOLCANIC (4a) Similar to<br />
previous silicified ultramafic volcanic section. This<br />
section is medium grey green and contains more serpentine<br />
than the previous section. Sulphides are developed in a<br />
thin 15cm section at the basal contact with the<br />
underlying felsite/albitite. Sulphides consist of S-5%<br />
disseminated and foliation plane related pyrite.<br />
Magnetic susceptibility reading of 5:0.61 at 241m.<br />
241.5 298.7 ALBITITE/FELSITE DIKE (lOacq) The felsite/albitite<br />
dike forms a massive beige coloured unit with both<br />
a coarse and fine plagioclase+quartz phyric lithology.<br />
Sulphides are developed as fine disseminations and<br />
as clots associated with crosscutting quartz veins.<br />
Sulphide content average between l and 2%. Veins<br />
consist mainly of quartz with minor carbonate in<br />
some of them with vein abundance averaging 2% volume with<br />
the larger veins at 15 degrees c.a. Large veinlets<br />
SAMPLE No.<br />
96188<br />
96189<br />
96190<br />
96191<br />
96192<br />
96193<br />
96194<br />
96195<br />
96196<br />
96197<br />
96198<br />
96199<br />
96200<br />
FROM<br />
236.00 237.00<br />
237.00 238.00<br />
238.00 238.50<br />
238.50<br />
240. .60<br />
241. .60<br />
242 . .60<br />
243 .60<br />
244 .50<br />
245 .50<br />
246 .40<br />
247 .30<br />
247. .80<br />
ASSAYS<br />
TO WIDTH AU (ppb)<br />
239.50<br />
241. .60<br />
242. .60<br />
243. .60<br />
244. .50<br />
245 .50<br />
246 .40<br />
247 .30<br />
247 .80<br />
248, .30<br />
1.00<br />
1. 00<br />
0. 50<br />
1.00<br />
1. .00<br />
1. .00<br />
1. .00<br />
0. . 90<br />
1, .00<br />
0 . 90<br />
0 .90<br />
0 . 50<br />
0, .50<br />
75<br />
5<br />
NIL<br />
70<br />
240<br />
31<br />
36<br />
41<br />
87<br />
86<br />
36<br />
38<br />
Page 19<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 20<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No.<br />
greater than 5cm occur at 272m, 283m, 286-287m. Some of 96201<br />
the veinlets contain blowouts of massive pyrite. An 96202<br />
increase in the number of micro veinlets occurs at 283m, 96203<br />
286m up to 15* volume. Upper contact is at 72 degrees 96204<br />
c. a., with an internal contact between the two phases at 96205<br />
30 degrees c. a. at 245m. Magnetic susceptibility are as 96206<br />
follows: 5:0.12 at 243m. 96207<br />
96208<br />
96209<br />
96210<br />
96211<br />
96212<br />
96213<br />
96214<br />
96215<br />
96216<br />
96217<br />
96218<br />
96219<br />
96220<br />
96221<br />
96222<br />
96223<br />
96224<br />
96225<br />
96226<br />
96227<br />
96228<br />
FROM<br />
248. 30<br />
248. 80<br />
249. 30<br />
250. .30<br />
251. .30<br />
252 . .30<br />
253. .30<br />
254 . .30<br />
255. .30<br />
256. .00<br />
257. .00<br />
258 .00<br />
262 . 00<br />
263 .00<br />
263. . 90<br />
264. .80<br />
265 .80<br />
266 .80<br />
267 .70<br />
268 . 70<br />
269 .70<br />
270 .60<br />
271 .60<br />
272 .60<br />
273 .60<br />
274 .60<br />
275 .60<br />
276 .50<br />
ASSAYS<br />
TO WIDTH Au<br />
248. 80<br />
249. .30<br />
250 . .30<br />
251. .30<br />
252. .30<br />
253 . .30<br />
254. .30<br />
255 .30<br />
256 .00<br />
257 .00<br />
258 . 00<br />
259 .00<br />
263 .00<br />
263 . 90<br />
264 .80<br />
265 .80<br />
266 .80<br />
267 .70<br />
268 .70<br />
269 .70<br />
270 .60<br />
271 .60<br />
272 .60<br />
273 .60<br />
274 .60<br />
275 .60<br />
276 . 50<br />
277 .40<br />
0. 50<br />
0. 50<br />
1. 00<br />
1. 00<br />
1. 00<br />
1 . 00<br />
1. 00<br />
1. 00<br />
0. 70<br />
1 . 00<br />
1. . 00<br />
1. .00<br />
1 . 00<br />
0. . 90<br />
0. . 90<br />
1. . 00<br />
1 . . 00<br />
0. . 90<br />
1 .00<br />
10 . 00<br />
.90<br />
1 .00<br />
1 .00<br />
1 . 00<br />
1 . 00<br />
1 .00<br />
0 .90<br />
0 . 90<br />
(ppb)<br />
24<br />
55<br />
62<br />
43<br />
279<br />
50<br />
134<br />
58<br />
38<br />
111<br />
65<br />
53<br />
190<br />
58<br />
51<br />
2<br />
31<br />
36<br />
45<br />
51<br />
24<br />
43<br />
48<br />
45<br />
98<br />
43<br />
120<br />
60<br />
HOLE NO: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 21<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No.<br />
96229<br />
96230<br />
96231<br />
96232<br />
96233<br />
96234<br />
96235<br />
96236<br />
96237<br />
96238<br />
96239<br />
96240<br />
96241<br />
96242<br />
96243<br />
96244<br />
96245<br />
96246<br />
96247<br />
96248<br />
96249<br />
96250<br />
298.7 323.0 FUSCH. -GRAPH. ? ULTRAMAFIC VOLC . +SEDS . (4dX5d) 96251<br />
Package of fuchsite rich and fuchsite poor quartz- 96252<br />
carbonate vein rich ultramafics. Some of the 96253<br />
horizons appear to contain graphite. The section is 96254<br />
intruded by a fuchsite rich felsic dike approximately 96255<br />
FROM<br />
277. .40<br />
278. .30<br />
279. .30<br />
280. .20<br />
281 .20<br />
282 . 10<br />
283 .10<br />
284 . 10<br />
285. . 00<br />
286 . . 00<br />
286. .90<br />
287 . 90<br />
288 . 80<br />
289 . 80<br />
290 . 80<br />
291 . 70<br />
292 .70<br />
293 .60<br />
294 .60<br />
295 .60<br />
296 . 60<br />
297 .60<br />
298 . 60<br />
298 .90<br />
299 . 90<br />
300 . 90<br />
301 . 90<br />
ASSAYS<br />
TO WIDTH Au<br />
278. . 30<br />
279. .30<br />
280. .20<br />
281 .20<br />
282 .10<br />
283 .10<br />
284 .10<br />
285 .00<br />
286 .00<br />
286 .90<br />
287 . 90<br />
288 . 80<br />
289 .80<br />
290 .80<br />
291 .70<br />
292 .70<br />
293 .60<br />
294 .60<br />
295 .60<br />
296 .60<br />
297 .60<br />
298 .60<br />
298 .90<br />
299 .90<br />
300 .90<br />
301 .90<br />
302 .90<br />
0 .90<br />
1 .00<br />
0 .90<br />
1 .00<br />
0 . 90<br />
1 . 00<br />
1 .00<br />
0 .90<br />
1 .00<br />
0 .90<br />
1 .00<br />
0 .90<br />
1 .00<br />
1 .00<br />
0 . 90<br />
1 .00<br />
0 .90<br />
1 .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
.00<br />
1<br />
0<br />
1<br />
1<br />
1<br />
1<br />
.30<br />
.00<br />
.00<br />
.00<br />
.00<br />
(ppb)<br />
51<br />
79<br />
31<br />
98<br />
50<br />
27<br />
24<br />
38<br />
29<br />
39<br />
36<br />
113<br />
120<br />
99<br />
36<br />
34<br />
27<br />
69<br />
89<br />
38<br />
43<br />
14<br />
24<br />
2<br />
3<br />
2<br />
51<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 22<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
30cm wide with contacts at 35 degrees c. a. . The<br />
ultramafics are massive and contain up to 25% veins by<br />
volume. Sulphide development is variable with trace<br />
amounts of pyrite present throughout this section. The<br />
graphitic horizons contain up to S-10% euhedral<br />
disseminated pyrite. The fuchsite horizons near the<br />
graphitic horizons contain up to 2* disseminated pyrite.<br />
Magnetic susceptibility readings as follows: 5:0.59 at<br />
301m, 5:0.57 at 304m, 5:0.32 at 307m, 5:0.57 at 310m,<br />
5:0.49 at 313m, 5:0.53 at 316m, 5:0.49 at 319m, 5:0.23 at<br />
322m.<br />
323.0 323.8 INTERMEDIATE DIKE (9) Pale grey with dark<br />
spots. Trace pyrite locally, massive and competent.<br />
Dike is crosscut by numerous quartz-carbonate veins up to<br />
10% volume. Magnetic susceptibility reading of 5:0.47 at<br />
323m.<br />
SAMPLE No.<br />
96256<br />
96257<br />
96258<br />
96259<br />
96260<br />
96261<br />
96262<br />
96263<br />
96264<br />
96265<br />
96266<br />
96267<br />
96268<br />
96269<br />
96270<br />
96271<br />
96272<br />
96273<br />
96274<br />
96275<br />
96276<br />
FROM<br />
302. 90<br />
303. 90<br />
304 . 90<br />
305 . 90<br />
306. 90<br />
307 . 90<br />
308. 90<br />
310. 00<br />
311. 00<br />
312. 00<br />
313 . 00<br />
314. 00<br />
314 . 30<br />
315. 30<br />
316 . 30<br />
317. 30<br />
318. 30<br />
319. 30<br />
320. 30<br />
321. 30<br />
322 . 30<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
303. 90<br />
304 . 90<br />
305. 90<br />
306. 90<br />
307. 90<br />
308 . .90<br />
309. .90<br />
311. 00<br />
312 . 00<br />
313. 00<br />
314 . 00<br />
314. 30<br />
315. 30<br />
316. 30<br />
317. 30<br />
318. 30<br />
319, .30<br />
320. .30<br />
321. .30<br />
322 . .30<br />
323 .30<br />
323.8 328.3 ULTRAMAFIC VOLCANICS (4a) Serpentine and 96277 323.30 323.90 O . 60<br />
1.<br />
1 .<br />
1.<br />
1 ,<br />
1 .<br />
1 .<br />
1.<br />
1 .<br />
1 .<br />
1 .<br />
1 .<br />
0.<br />
1<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
00<br />
30<br />
1 . 00<br />
1. 00<br />
1. 00<br />
1 . 00<br />
I. .00<br />
1 . .00<br />
1. .00<br />
1 . 00<br />
00<br />
375<br />
62<br />
19<br />
10<br />
106<br />
46<br />
12<br />
39<br />
14<br />
744<br />
437<br />
283<br />
43<br />
151<br />
98<br />
387<br />
842<br />
267<br />
375<br />
1269<br />
63<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9602<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
carbonate rich ultramafic volcanics with a well<br />
developed foliation. Sulphide development is local and<br />
up to 5fc disseminated and fracture related pyrite.<br />
Magnetic susceptibility readings as follows t 5:0.49 at<br />
325m, 5:0.71 at 328m.<br />
328.3 330.3 INTERMEDIATE DIKE (9) Similar to section at<br />
323.0-323.8m. Magnetic susceptibility reading of 5:0.49<br />
at 329m. Core is relatively hard and competent.<br />
330.3 334.3 SYENITE DIKE (9e) Typical of previous pink<br />
syenite dikes, fine grained, massive and hard. This<br />
section contains X-5% disseminated fine and coarse<br />
euhedral and fracture related clots of pyrite. Syenite<br />
is fractured with infillings of chlorite and quartz.<br />
Magnetic susceptibility reading of 0:10 at 331m.<br />
334.3 336.0 INTERMEDIATE DIKE (9) Similar to previous<br />
intermediate dike. Magnetic susceptibility readings of<br />
5:0.86 at 335m. Trace disseminated pyrite locally<br />
developed.<br />
336.0 336.9 ULTRAMAFIC VOLCANIC (4a) Typical serpentinized<br />
medium to dark green ultramafic volcanics<br />
intruded by a fine grained orange coloured dyke that has<br />
altered the surrounding ultramafics in this section. A<br />
thin fault breccia is also developed over a 10cm<br />
interval. Alteration is dominated by serpentine and<br />
96278 327.50 328.50<br />
96279 330.30 331.30<br />
96280 331.30 332.30<br />
96281 332.30 333.30<br />
96282 333.30 334.30<br />
96283 334.30 335.30<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
1. 00<br />
1. 00<br />
1. 00<br />
1.00<br />
1.00<br />
1. 00<br />
2<br />
19<br />
34<br />
3<br />
22<br />
Page 23<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE NO.: ENG9602 Page 24<br />
FROM LITHOLOGICAL DESCRIPTION<br />
quartz t carbonate with minor fuchsite present near the<br />
larger quartz-carbonate veins. Sulphides consist of<br />
trace to 2% finely disseminated pyrite set homogenously<br />
disseminated throughout this section but concentrated<br />
near the fault breccia.<br />
336.9 343.7 MAFIC S; INTERMEDIATE DIKE (11&9) A series<br />
of fine grained dark green to black mafic and<br />
intermediate dikes crosscut the ultramafic volcanics<br />
and large fragments of ultramafics are present within<br />
the dikes near the contact with .the ultramafics.<br />
Contacts at 55 degrees c.a. The dikes are massive and<br />
fine grained and have been crosscut by a series of<br />
subparallel quartz veins some of which contain massive<br />
pyrite within the mafic dikes. Sulphide mineralization<br />
is limited to the more mafic looking dikes where it is<br />
developed as fine dissemination up to Ut. Magnetic<br />
susceptibility readings as follows: 5:1.14 at 340m, and<br />
5:0.75 at 343m.<br />
343.7 348.2 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e) Similar<br />
to previous serpentinized and talcose ultramafic<br />
volcanics this section contains up to 20% quartz-<br />
carbonate veining. Minor intervals of sulphides are<br />
developed up to 5cm wide consisting of 2-3% coarse<br />
euhedral pyrite associated with serpentine enriched<br />
zones. Magnetic susceptibility reading of 5:0.43 at<br />
346m, 5:0.61 at 348m.<br />
SAMPLE NO. FROM<br />
96284 336.00<br />
96285 339.00<br />
96286 340.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
337.00<br />
340.00<br />
341.00<br />
1.00<br />
1. 00<br />
1. 00<br />
10<br />
NIL<br />
5<br />
96287 346.00 347.00 1. 00 10<br />
HOLE No: ENG9602
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9602 Page 25<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
348.2 349.0 SYENITE PORPHYRY DIKE (9e) Coarse grained<br />
blotchy dark red porphyritic syenite. Contact at 55<br />
degrees c.a.. The porphyries are indistinct and this<br />
section maybe a recrystallized brecciated syenite.<br />
Magnetic susceptibility readings are as follows: 5:0.45.<br />
Sulphides consist of trace amounts of finely disseminated<br />
euhedral pyrite.<br />
349.0 END OF HOLE<br />
DOWN-HOLE SURVEY 'DATA<br />
DEPTH INCLINATION BEARING<br />
l . 00 -45.00<br />
100.00 -47.00<br />
200.00 -47.00<br />
349.00 -49.00<br />
315.00<br />
315.00<br />
315.00<br />
315.00<br />
ASSAYS<br />
SAMPLE No. FROM TO WIDTH Au (ppb)<br />
96288 348.30 349.00 0.70<br />
HOLE No: ENG9602
PROPERTY: English<br />
HOLE No.: ENG9603<br />
Collar Eastings: 483126.00<br />
Collar Northings: 5319807.00<br />
Collar Elevation: 0.00<br />
Contractor was NDS Drilling of Timmins, Ont.<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
0.0 6.0 CASING ON BEDROCK (Ob)<br />
TISDALE GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
6.0 16.0 ULTRAMAFIC VOLCANICS (4e-d) Serpentine rich ultramafic<br />
volcanics with minor fuchsite alteration. This section<br />
is well foliated and contains up to 30% volume quartz-<br />
carbonate veins. Sulphide mineralization is erratic but<br />
ranges from trace up to 5% volume and is concentrated<br />
about the veins and serpentine rich zones. Sulphides are<br />
developed as fine to coarse disseminations of euhedral<br />
pyrite associated with veins and fractures and the<br />
margins of minor intruding dikes. Average for this<br />
section is UT volume pyrite. A number of thin albitite,<br />
syenite and mafic dikes intrude the section all of which<br />
are mineralized with up to 3% disseminated pyrite.<br />
Contacts of the dikes are at 40 degrees c.a., 70 degrees<br />
c.a.. Magnetic susceptibility readings as follows:<br />
5:0.45 at 7m, 5:0.51 at lOrn, 5:0.26 at 13m.<br />
16.0 19.0 MAFIC SYENITE DIKE (11) Fine to medium grained medium<br />
grey massive dike. The quartz-carbonate veins are<br />
present in l* abundance and are barren. Sulphides are<br />
present in trace amounts as disseminated pyrite. Lower<br />
Collar Inclination: -45.00<br />
Grid Bearing: 315.00<br />
Final Depth: 154.00 metres<br />
Hole was collared in claimtt 1155891<br />
SAMPLE No.<br />
96289<br />
96290<br />
96291<br />
96292<br />
96293<br />
96294<br />
96295<br />
96296<br />
96297<br />
96298<br />
96299<br />
FROM<br />
. oo<br />
6 .<br />
7 . .00<br />
8 .00<br />
B. . 60<br />
10 .00<br />
11 .80<br />
12 .70<br />
13 .70<br />
14 . 70<br />
15. 70<br />
16 . 10<br />
Logged by: P. Chubb<br />
Date: 28/10/96-28/10/96<br />
Down-hole Survey: Acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
7 . 00<br />
8. 00<br />
8. .60<br />
10. . 00<br />
11 .10<br />
12. .70<br />
13 . 70<br />
14 .70<br />
15 .70<br />
16 .10<br />
17.10<br />
1 . 00<br />
1 . 00<br />
0. .60<br />
1 , .40<br />
1 . 10<br />
0 . 90<br />
1 .00<br />
1 .00<br />
1 .00<br />
0.40<br />
1.00<br />
58<br />
163<br />
65<br />
17<br />
NIL<br />
38<br />
53<br />
151<br />
77<br />
46<br />
235<br />
HOLE No: ENG9603
PROPERTY: English<br />
HOLE No.: ENG9603<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
contact at 70 degrees c.a..<br />
reading of 5:0.38 at 19m.<br />
Magnetic susceptibility<br />
19.0 23.0 ULTRAMAFIC VOLCANICS (4e-d) Similar to previous section<br />
of ultramafic volcanics. Magnetic susceptibility reading<br />
of 5:0.55 at 22m. Sulphides are developed along the<br />
contacts with intruding thin dikes and along the upper<br />
and basal contacts with larger dikes up to l-2%<br />
disseminated pyrite. Lower contact at 65 degrees c.a.<br />
23.0 23.7 SILICIFIED COARSE FELDSPAR PORPHYRY (lOcy) Coarse<br />
grained and silicified feldspar porphyry, with K-feldspar<br />
alteration and trace disseminated pyrite. Lower contact<br />
at 39 degrees c.a. Magnetic susceptibility reading of<br />
5:0.12 at 23.5.<br />
23.7 27.1 SYENITE DIKE (9e) Coarse grained massive pink syenite<br />
dike. Magnetic susceptibility of 5:0.30.<br />
27.1 30.5 ALBITITE DIKE (lOcq) Typical albitite fine grained<br />
massive beige lithology as observed in other holes. This<br />
section contains J.% disseminated pyrite. Micro quartz<br />
veinlets crosscut the dike up to 2fc abundance. Magnetic<br />
susceptibility readings of 5:0.14 at 27.9m.<br />
30.5 32.3 SILICIFIED COARSE FELDSPAR PORPHYRY (lOcy) Same as<br />
previous similarity named section. Lower contact at 42<br />
degrees. Sulphides consist of disseminated trace pyrite.<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96300 19. 00 20.00 1.00<br />
96301<br />
96302<br />
9S303<br />
96304<br />
96305<br />
23.60<br />
24.60<br />
29. 00<br />
30. 00<br />
31. 00<br />
24.60<br />
25.60<br />
31.00<br />
32. 00<br />
1. 00<br />
1.00<br />
1.00<br />
1.00<br />
1. 00<br />
22<br />
113<br />
439<br />
221<br />
245<br />
Page 2<br />
HOLE No: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
Magnetic susceptibility reading of 5:0.06 at 31m.<br />
32.3 34.0 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Typical ultramafic<br />
volcanics with fuchsite alteration at 3^ abundance.<br />
Quartz carbonate veins ate 30% volume. Sulphides present<br />
in trace amounts as finely disseminated euhedral<br />
crystals. Magnetic susceptibility reading of 5:0.63 at<br />
33m. Lower contact at 45 degrees.<br />
34.0 36.9 INTERMEDIATE DIKE (9) Medium to coarse grained medium<br />
grey in colour and massive. This section contains<br />
inclusions of fuchsite rich ultramafic fragments.<br />
Sulphide content is up to 2 \ a s fine and coarse euhedral<br />
crystals heterogeneously distributed in the dike.<br />
Magnetic susceptibility readings of 5:0.41 at 36.4m.<br />
36.9 49.0 BRECCIATED ULTRAMAFIC VOLCANICS (4d-a) Typical fuchsite<br />
rich ultramafics that become less fuchsitic with depth.<br />
The ultramafic appear to be more brecciated than the<br />
previously strongly foliated volcanics. Foliations are<br />
also at a lower angle to the core axis. This section<br />
contains brecciated mafic to intermediate dike material<br />
as well as competent dikes less than 1m in thickness.<br />
Sulphide content is variable with short intersections up<br />
to 2% coarse pyrite. Magnetic susceptibility readings<br />
as follows: 5:0.36 at 37m, 5:0.45 at 40m, 5:0.61 at 43m.<br />
49.0 59.0 SIL. ULTRAMAFIC VOLCANICS/INTERMEDIATE DIKE (43/9)<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96306 33 .00 34 .00 1.00<br />
96307<br />
96308<br />
96309<br />
96310<br />
96311<br />
96312<br />
34. 00<br />
35. .00<br />
36. . 00<br />
37 .00<br />
37. .50<br />
45. .00<br />
35. 00<br />
36. .00<br />
37. .00<br />
37 .50<br />
38. . 50<br />
46 .00<br />
1. 00<br />
1 . .00<br />
1 .00<br />
0 .50<br />
1 .00<br />
1 .00<br />
21<br />
65<br />
74<br />
170<br />
115<br />
213<br />
NIL<br />
96313 54.20 55.20 . 00 NIL<br />
HOLE No: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 4<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
Competent and brecciated lithology similar to the<br />
previous ultramafic sequence but medium to dark grey with<br />
minor serpentine alteration. Quartz-carbonate veining<br />
varies in abundance and appears to be more of a stockwork<br />
than the previously foliation parallel veining. Magnetic<br />
susceptibility readings of: 5:0.60<br />
59.0 59.5 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Alteration contact<br />
aureole to the underlying lithology. Magnetic<br />
susceptibility reading of 5:0.59.<br />
59.5 66.2 COARSE FELDSPAR PORPHYRY DIKE (lOcy) Similar to<br />
previously named lithology. Massive pyrite within a 2cm<br />
vein at 61m. Minor quartz veining up to it volume<br />
subparallel to the core axis. Minor fracturing up to 2%<br />
with infilling by chlorite. Sulphides consist of trace<br />
to J.% finely disseminated euhedral pyrite throughout the<br />
section. Contact at 53 degrees c .a. Magnetic<br />
susceptibility reading as follows: 5:0.12 at 61m, 5:0.14<br />
at 64m, 5:0.28 at 66.1m.<br />
66.2 67.2 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Similar to previous<br />
fuchsite rich sections located at the margins of albitite<br />
dikes. Magnetic susceptibility reading of 5:0.63. Fold<br />
axis observed at this section.<br />
67.2 80.1 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e) Similar to<br />
previously described serpentine rich ultramafics. This<br />
SAMPLE No.<br />
96314<br />
96315<br />
96316<br />
96317<br />
96318<br />
96319<br />
96320<br />
96321<br />
96322<br />
96323<br />
96324<br />
96325<br />
FROM<br />
57.60<br />
58 . 60<br />
59. 60<br />
60 . 60<br />
61. 60<br />
62 . 60<br />
63 . 60<br />
64 . .50<br />
65. 50<br />
66.20<br />
71. 00<br />
72 . 00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
58.60<br />
59. .SO<br />
60 .60<br />
61 .60<br />
62. .60<br />
63 . .60<br />
64. .50<br />
65 .50<br />
66 .20<br />
67 .10<br />
72 .00<br />
72 .40<br />
1.00<br />
1 . 00<br />
1 . 00<br />
1. 00<br />
1 . 00<br />
1. 00<br />
0 . 90<br />
1 . 00<br />
0. 70<br />
0.90<br />
1.00<br />
0.40<br />
3<br />
177<br />
393<br />
57<br />
120<br />
298<br />
245<br />
101<br />
12<br />
NIL<br />
NIL<br />
HOLE No: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
section is characterized by a 3(H quartz -carbonate vein<br />
content by volume and sporadic sulphide mineralization up<br />
to 3fc coarse pyrite over short intervals of 10cm.<br />
Section is intruded by thin metre wide dark syenite dikes<br />
at 68m. Alteration is dominated by serpentine with minor<br />
talc and fuchsite in some of the quartz-carbonate veins.<br />
Magnetic susceptibility readings as follows: 5:5.45 at<br />
70m, 5:17.5 at 73m, 5:20.5 at 76m, 5:10. 2 at 79m.<br />
80.1 82.3 SYENITE DIKE (9e) Dark red, medium grained and<br />
variably mineralized syenite. .Sulphide content is<br />
between trace and it finely disseminated pyrite<br />
heterogeneously distributed along chloritized and<br />
serpentinized fractures. Syenite is weakly foliated.<br />
Magnetic susceptibility reading of 5:47.2 at 80.2m,<br />
5:9.63 at 81m, 5:0.51 at 82m.<br />
82.3 88.1 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e) Typical<br />
serpentine rich ultramafics with fault breccia zone in<br />
the last metre of this section. Alteration dominated by<br />
serpentine and talc, quartz and carbonate and minor<br />
kfeldspar in some of the veins. Sulphides are developed<br />
sporadically as mm sized euhedral pyrite crystals<br />
associated with foliation planes over 5cm intervals.<br />
Magnetic susceptibility readings as follows: 5:0.73 at<br />
83m, 5:'0.49 at 85m, 5:0.59 at 88m.<br />
88.1<br />
ASSAYS<br />
SAMPLE No. FROM TO WIDTH Au<br />
96326 72.40 73.40 1.00<br />
96327 77.10 78.10 1.00<br />
96328 80.10 80.20 0.10<br />
96329 80.20 81.20 1.00<br />
96330 81.20 81.60 0.40<br />
96331 81.60 82.60 1.00<br />
96332 82.60 83.60 1.00<br />
118.5 SYENITE DIKE SWARM (9e) This section contains a 96333 88 .20 89.10 0. 90<br />
(ppb)<br />
NIL<br />
2<br />
3<br />
2<br />
NIL<br />
NIL<br />
NIL<br />
HOLE No: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 6<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
series of syenite dikes with metre wide intervals of<br />
serpentinized and brecciated ultramafics. The dikes vary<br />
from bright red to greyish red in colour and from fine<br />
grained to medium grained. Contact range from 60 degrees<br />
to 22 degrees. Some of the dikes contain inclusions from<br />
the other dikes. The last 2m of this section is<br />
dominated by a fine grained highly silicified red syenite<br />
with 2-3% pyrite intercalated with fuchsite rich<br />
ultramafic volcanics and epidote rich massive syenite<br />
dikes . Sulphide content of the syenite is trace to il.%<br />
disseminated pyrite, and variable amounts of magnetite up<br />
to 2V volume. Magnetic susceptibility readings are as<br />
follows: 5:0.53 at 88.5m, 5:19.0 at 91m, 5:13.6 at 94m,<br />
5:6.49 at 97m, 5:0.67 at 104m, 5:0.34 at 106m, 5:0.39 at<br />
108m, 5:0.49 at 109m, 5:0.53 at 112m, 5:0.51 at 115m,<br />
5:0.45 at 118m.<br />
SAMPLE No.<br />
96334<br />
96335<br />
96336<br />
96337<br />
96338<br />
96339<br />
96340<br />
96341<br />
96342<br />
96343<br />
96344<br />
96345<br />
96346<br />
96347<br />
96348<br />
96349<br />
96350<br />
96351<br />
96352<br />
96353<br />
96354<br />
96355<br />
96356<br />
96357<br />
96358<br />
96359<br />
96360<br />
96361<br />
FROM<br />
89. . 10<br />
89. .60<br />
90. .60<br />
91. . 50<br />
92 . .60<br />
93 . .60<br />
94. .60<br />
95. .60<br />
96. .50<br />
97 . 50<br />
97. .80<br />
98 . . 90<br />
100 .00<br />
101. .00<br />
101, .90<br />
102. .80<br />
103 . .80<br />
104 . .80<br />
105. .70<br />
106 .70<br />
107 .80<br />
108 .80<br />
109 .80<br />
110 .70<br />
111 .70<br />
112 .70<br />
113 .70<br />
114 .70<br />
ASSAYS<br />
TO WIDTH Au<br />
89. .60<br />
90. .60<br />
91 . 50<br />
92. .60<br />
93. .60<br />
94, .60<br />
95 .60<br />
96 .50<br />
97 .50<br />
97 .80<br />
98 .90<br />
100 . 00<br />
101 . 00<br />
101 . 90<br />
102 .80<br />
103 .80<br />
104 .80<br />
105 . 70<br />
106 .70<br />
107 . 80<br />
108 .80<br />
109 . 80<br />
110 .70<br />
111 .70<br />
112 .70<br />
113 .70<br />
114 .70<br />
115 .70<br />
0. 50<br />
1. 00<br />
0. 90<br />
1 . 10<br />
1 . 00<br />
1. 00<br />
1. 00<br />
0. 90<br />
1. 00<br />
0. 30<br />
1. .10<br />
1. 10<br />
1 . 00<br />
0. 90<br />
0. 90<br />
1. 00<br />
1. 00<br />
0. 90<br />
1. 00<br />
1 . 10<br />
1. .00<br />
1. .00<br />
0. .90<br />
1 . .00<br />
1 . . 00<br />
1. .00<br />
1. 00<br />
1. .00<br />
(ppb)<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
81<br />
96<br />
180<br />
259<br />
295 .<br />
98<br />
33<br />
22<br />
2<br />
10<br />
9<br />
24<br />
HOLE No: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 7<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
118.5 126.0 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Fuchsite<br />
rich up to 30* volume set in massive to spinifex textured<br />
ultramafics that are crosscut by numerous quartzcarbonate<br />
veins up to 35* volume. Sulphides are variable<br />
up to 2% coarse pyrite heterogeneously distributed in<br />
core. The ultramafics are intruded by a set of<br />
intermediate fuchsite rich dikes that intensify fuchsite<br />
alteration in the ultramafics at the contacts. Magnetic<br />
susceptibility readings as follows: 5:0.69 at 120m,<br />
5:0.63 at 124m, 5:0.45 at 126m.<br />
126.0 142.0 ALBITITE DIKE (lOcq-y) The top 3m of this<br />
section is characterized by a 50*!: distribution of<br />
intermediate fuchsitic dikes and coarse to fine quartzfeldspar<br />
phyric albitite dikes. After the initial 3m the<br />
section consists of massive competent albitite, 80% fine<br />
and 20% coarse grained with less than 1m intersection of<br />
the foliated fuchsite-rich intermediate dike spaced every<br />
5m. An inclusion of highly fuchsite rich spinifex<br />
textured ultramafics is included at 142.3m depth.<br />
Alteration is dominated by K-feldspar observed along<br />
fractures and more pervasively at the 139m interval in<br />
proximity to a large zone of coarse grained albitite.<br />
Sulphide mineralization is pervasive and consists of very<br />
SAMPLE No.<br />
96362<br />
96363<br />
96364<br />
96365<br />
96366<br />
96367<br />
96368<br />
96369<br />
96370<br />
96371<br />
96372<br />
96373<br />
96374<br />
96375<br />
96376<br />
96377<br />
96378<br />
96379<br />
96380<br />
96381<br />
96382<br />
FROM<br />
115. .70<br />
116 . 10<br />
117 , .00<br />
117. .90<br />
118 , .90<br />
119. . 90<br />
123 . . 90<br />
124. . 90<br />
125 . 90<br />
127. .00<br />
128 . 00<br />
128 .60<br />
129 .30<br />
130 .30<br />
131 .30<br />
132 . 30<br />
133 .30<br />
134 .20<br />
135 .20<br />
136 .10<br />
137 . 20<br />
ASSAYS<br />
TO WIDTH Au<br />
116. .10<br />
117. 00<br />
117 .90<br />
118. . 90<br />
119. .90<br />
120 .90<br />
124. . 90<br />
125 .90<br />
126<br />
128<br />
128<br />
129<br />
130<br />
131<br />
132<br />
133<br />
134<br />
135<br />
136<br />
137<br />
137<br />
.90<br />
.00<br />
.60<br />
.30<br />
.30<br />
.30<br />
.30<br />
.30<br />
.20<br />
.20<br />
.10<br />
.20<br />
.60<br />
0. .40<br />
0. .90<br />
0 . . 90<br />
1 . .00<br />
1. .00<br />
1 .00<br />
1 . .00<br />
1<br />
. 00<br />
1<br />
1<br />
0<br />
0<br />
1<br />
1<br />
.00<br />
.00<br />
.60<br />
.70<br />
.00<br />
.00<br />
1 .00<br />
1 .00<br />
0 . 90<br />
1 .00<br />
0 .90<br />
1 .10<br />
0 .40<br />
(ppb)<br />
2<br />
7<br />
NIL<br />
5<br />
7<br />
3<br />
19<br />
33<br />
79<br />
142<br />
62<br />
82<br />
94<br />
79<br />
235<br />
82<br />
178<br />
159<br />
357<br />
147<br />
214<br />
HOLE NO: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 8<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
fine disseminations of pyrite in trace to 2%<br />
concentrations. Sulphides are carried by all rock types<br />
in this section. Quartz-carbonate veins contain minor<br />
pyrite mineralization along the margins up to UT, with<br />
the veins developed at 2% volume and subparallel to the<br />
c. a. at approximately 44 degrees c. a. Magnetic<br />
susceptibility readings are as follows: 5:0.18 at 127m,<br />
5:0.59 at 130m, 5:0.43 at 133m, 5:0.10 at 136m, 5:0.20 at<br />
139m, 5:0.12 at 142m.<br />
142.0 143.6 ALBITITE AND ULTRAMAFIC VOLC . (lOcqy S, 4 ed)<br />
This section represents the transition between<br />
143.6 154. O<br />
the albitite dike and the ultramafic volcanics and<br />
consists of 50% dike and 50% ultramafic material.<br />
Alteration is variable and consists of fuchsite and<br />
serpentine in the ultramafics and kfeldspar and fuchsite<br />
in the intermediate and albitite dikes. Sulphide<br />
mineralization consists of trace disseminated pyrite in<br />
the dikes. Dike contacts at 50 degrees c.a. and 20<br />
degrees c.a. Magnetic susceptibility reading of 5:0.67.<br />
ULTRAMAFIC VOLCANICS ( 4cd-e) Spinifex<br />
textured fuchsite rich ultramafic volcanics typical of<br />
previous spinifex textured sections, with up to 3*^ coarse<br />
euhedral pyrite for the initial 6m then changes to a more<br />
massive'serpentine rich ultramafic volcanic. Magnetic<br />
susceptibility readings as follows: 5:0.53 at 144m,<br />
5:0.84 at 145m, 5:0.30 at 148m, 5:0.71 at 151m and 5:0.53<br />
SAMPLE No.<br />
96383<br />
96384<br />
96385<br />
96386<br />
96387<br />
96388<br />
96389<br />
96390<br />
96391<br />
96392<br />
96393<br />
96394<br />
96395<br />
FROM<br />
137 .60<br />
138 .60<br />
139 .50<br />
140 .50<br />
141 . 50<br />
142 .10<br />
143 .10<br />
143 .60<br />
144.60<br />
145.60<br />
146 .60<br />
147 . 50<br />
148 .40<br />
ASSAYS<br />
TO WIDTH Au<br />
138. .60<br />
139 . 50<br />
140 . 50<br />
141 . 50<br />
142 .10<br />
143 . 10<br />
143 .60<br />
144. 60<br />
145. 60<br />
146.60<br />
147. 50<br />
148.40<br />
149.40<br />
1 . 00<br />
0. . 90<br />
1. .00<br />
1 . . 00<br />
0 .60<br />
1 .00<br />
0 . 50<br />
1.00<br />
1. 00<br />
1. 00<br />
0 . 90<br />
0. 90<br />
1.00<br />
(ppb)<br />
233<br />
154<br />
312<br />
201<br />
79<br />
82<br />
81<br />
12<br />
5<br />
9<br />
3<br />
NIL<br />
7<br />
HOLE NO: ENG9603
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9603 Page 9<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
at 154m.<br />
154.0 END OF HOLE<br />
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION BEARING<br />
1.00 -45.00 315.00<br />
100.00<br />
154.00<br />
-44.00<br />
-45.00<br />
315.00<br />
315.00<br />
SAMPLE No.<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
HOLE No: ENG9603
PROPERTY: English<br />
HOLE No.: ENG9604<br />
Collar Eastings: 483016.00<br />
Collar Northings: 5319932.00<br />
Collar Elevation: O. 00<br />
Contractor was NDS Drilling of Timmins, Ont.<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
0.0 8 .0 CASING ON BEDROCK ( Ob)<br />
DELORO GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
8.0 44.0 FELSIC FRAGMENTAL (3ad) Strongly foliated felsic<br />
f ragmental/breccia . The felsics vary from a medium green<br />
to a pale creme white colour. Alteration is variable and<br />
swings from a chlorite dominated matrix to a sericite<br />
dominated matrix with variable silica flooding also<br />
present. The variety of alteration dominated matrices<br />
play host to lapilli sized felsic to quartz elongate<br />
fragments. The chlorite altered section is heavily<br />
intruded by a series of parallel but displaced quartz-<br />
carbonate veins that are yellowish and to a lesser extent<br />
white in colour. These veins are highly folded and<br />
disrupted and in some cases from breccia zones. The<br />
sericite section is contains a lower abundance of veins<br />
but is similarily deformed. Within both the sericite and<br />
chlorite sections blue quartz is observed as irregularly<br />
shaped disrupted quartz vein inclusions up to 2cm in<br />
size. Faults are developed at 9m, 10m, 13m and are<br />
approximately 20cm wide. Sulphides are developed as fine<br />
disseminations up to il.% and sporadically as clots within<br />
chlorite infilled fractures and along foliation planes up<br />
Collar Inclination: -45.00<br />
Grid Bearing: 135.00<br />
Final Depth: 116.00 metres<br />
Hole was collared in claimft 1155891<br />
SAMPLE No. FROM<br />
96396<br />
96397<br />
96398<br />
96399<br />
96400<br />
96401<br />
96402<br />
96403<br />
96404<br />
96405<br />
96406<br />
10. .00<br />
11 . .00<br />
16 . .00<br />
28 . 00<br />
29 . 00<br />
30 .00<br />
37 .00<br />
38 .00<br />
39 .00<br />
43 .00<br />
43 .70<br />
Logged by: P. Chubb<br />
Date: 29/10/96-30/10/96<br />
Down-hole Survey: Acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
11 . 00<br />
12. 00<br />
17. 00<br />
29. 00<br />
30. 00<br />
31 . 00<br />
38. 00<br />
39. 00<br />
40. 00<br />
43. 70<br />
43. 90<br />
1 . ,00<br />
1 . .00<br />
1 . 00<br />
1 .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
0 .70<br />
0 .20<br />
NIL<br />
NIL<br />
NIL<br />
33<br />
NIL<br />
3<br />
NIL<br />
NIL<br />
NIL<br />
5<br />
NIL<br />
HOLE No: ENG9604
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9604 Page 2<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
to 4% volume. Disseminated pyrite is also developed<br />
within small quartz veins up to J.% volume. The base of<br />
this section displays strong magnetic signatures over<br />
short intervals that may represent a poor oxide facies<br />
iron formation. Thin less than 25cm wide albitite and<br />
intermediate dikes less than J.% volume of section intrude<br />
the stratigraphy. Magnetic susceptibility readings as<br />
follows: 5:1.96 at Bm, 5:0.34 at 10m, 5:0.32 at 13m,<br />
5:0.55 at 16m, 5:1.08 at 22m, 5:0.73 at 25m, 5:0.30 at<br />
28m, 5:1.18 at 31m, 5:0.63 at 34m, 5:29.5 at 37m, 5:0.43<br />
at 40m, 5:0.61 at 43m. The more mafic looking sections<br />
are also more magnetic.<br />
44.0 64.0 FELSIC TUFF-BRECCIA (3ae) The upper contact of this<br />
unit is gradational and displays with tuff and<br />
tuff-breccia intercalated. The contact and top portion<br />
of the tuff-breccia displays variable but strong<br />
K-feldspar alteration of the tuff-breccia fragments. The<br />
matrix between the fragments consists of a lapilli tuff<br />
and is chloritized to varying degrees, and can be<br />
strongly magnetic. The fragments are themselves composed<br />
of a lapilli-tuff. The entire section is well foliated<br />
and variably mineralized. This section is intruded by a<br />
few syenite and intermediate dike types that contain<br />
trace to li' finely disseminated pyrite. Magnetic<br />
susceptibility readings are as follows: 5:0.73 at 45m,<br />
5:4.65 at 49m, 5:25.2 at 52m, 5:1.31 at 55m, 5:0.82 at<br />
58m, 5:2.35 at 61m, 5:1.90 at 64m. Sulphide<br />
SAMPLE No.<br />
96407<br />
96408<br />
96409<br />
96410<br />
96411<br />
96412<br />
96413<br />
96414<br />
96415<br />
96416<br />
96417<br />
96418<br />
96419<br />
43 . 90<br />
45 . 10<br />
46 . 10<br />
47 . 20<br />
48 . 20<br />
49. 10<br />
55. .10<br />
56. .10<br />
57 . .00<br />
58 . .00<br />
59. .10<br />
60. .10<br />
61. .00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
45. 10<br />
46 . 10<br />
47. .20<br />
48 . 20<br />
49. .10<br />
50. .10<br />
56. .10<br />
57. .00<br />
58. .00<br />
59. .10<br />
60. .10<br />
61 .00<br />
62 .00<br />
1 . 20<br />
1 . 00<br />
1. 10<br />
1. 00<br />
0. 90<br />
1. .00<br />
1. .00<br />
0. .90<br />
1 . . 00<br />
1. .10<br />
1 . . 00<br />
0 .90<br />
1 .00<br />
NIL<br />
NIL<br />
19<br />
NIL<br />
NIL<br />
158<br />
NIL<br />
14<br />
NIL<br />
NIL<br />
7<br />
10<br />
5<br />
HOLE No: ENG9604
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9604 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
mineralization consists of coarse euhedral pyrite<br />
associated with the darker phases of this section with<br />
local concentrations up to 2fc. Blue quartz fragments<br />
lapilli sized are common in some sections within the tuff<br />
breccia. Core is competent and relatively hard.<br />
64.0 65.6 FELSIC TUFF BRECCIA (3ae) Similar to the above section<br />
but no kfeldspar alteration. Sulphide content consists<br />
of trace to J.% disseminated and fragment margin related<br />
pyrite. Magnetic susceptibility readings is 2.19 at 65m.<br />
65.6 66.9 GABBRO (8a) Medium grained massive gabbroic dike with<br />
sharp contacts at 60 degrees c.a. at 66m. Magnetic<br />
susceptibility reading of 5:1.04 at 66m.<br />
66.9 69.8 ALBITITE DIKE (lOcq) Fine grained albitite dike with<br />
small fuchsitic to chloritic elongate lapilli sized<br />
fragments. Sulphide mineralization consists of<br />
disseminated pyrite throughout the section. Magnetic<br />
susceptibility reading of 5:0.22 at 68m. upper contact<br />
at 90 degrees c.a. and lower contact at 75 degrees c.a..<br />
69.8 74.3 FELSIC TUFF BRECCIA (3ae) Similar to the previous tuff<br />
breccia. Primary textures are more distinct with a well<br />
developed foliation. Sulphides consist of trace amounts<br />
of clotty pyrite and minor magnetite associated with the<br />
chlorite rich matrix. Magnetic susceptibility reading of<br />
5:9.92 at 70m, 5:3.34 at 73m, 5:1.17 at 74m.<br />
96420 63 .80 64 .80<br />
96421<br />
96422<br />
96423<br />
96424<br />
96425<br />
96426<br />
96427<br />
96428<br />
96429<br />
96430<br />
64 .80<br />
65.80<br />
66 . 90<br />
67. 90<br />
68.90<br />
69.70<br />
70.70<br />
71 .70<br />
72 .10<br />
73 .00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
65. 80<br />
66. 90<br />
67.90<br />
68.90<br />
69. 70<br />
70.70<br />
71.70<br />
72.10<br />
73 .00<br />
74 .00<br />
1. 00<br />
1.10<br />
1.00<br />
1.00<br />
0.80<br />
1.00<br />
1 . 00<br />
0 .40<br />
0.90<br />
1.00<br />
NIL<br />
NIL<br />
113<br />
365<br />
146<br />
NIL<br />
NIL<br />
5<br />
34<br />
NIL<br />
HOLE No: ENG9604
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9604 Page 4<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No.<br />
74.3 75.1 INTERMEDIATE DIKE (9) Massive medium grey gabbroic to<br />
leucocratic dike with trace pyrite. Magnetic<br />
susceptibility reading of 5:1.14 at 75m. Pyrite developed<br />
as fine disseminations. Upper contact at 39 degrees c.a.<br />
and lower contact at 42 degrees c.a.<br />
TISDALE GROUP<br />
75.1 75.5 ULTRAMAFIC VOLCANICS (4a) Well foliated with abundant<br />
quartz-carbonate veins, this competent medium grey<br />
section appears to be weakly silicified. Magnetic<br />
susceptibility reading of 5:3.71. Sulphides consist of<br />
trace finely disseminated pyrite and up to 3V pyrite at<br />
the dike margins.<br />
75.5 85.2 ALBITITE, SYENITE AND INTERMEDIATE DIKE SWARM ( 10cqS9)<br />
Fine grained creme white albitite dikes up to 3m wide and<br />
intermediate dikes less than 2m wide intrude the<br />
ultramafic volcanics in this section and make up 80% of<br />
the rock mass. The ultramafics are typical of what is<br />
observed in other holes and are pervasively serpentinized<br />
and chloritized with minor fuchsite within the quartz-<br />
carbonate veins. The ultramafic display sulphides at the<br />
margins ,of the dikes but are otherwise barren. Sulphides<br />
within the dikes are developed as fine disseminations<br />
within the albitite dike but are less apparent within the<br />
ASSAYS<br />
FROM TO WIDTH Au ( ppb)<br />
96431 74.00 74.80 0.80 67<br />
96432 74. 80 75.30 O. 50<br />
96433<br />
96434<br />
96435<br />
96436<br />
96437<br />
96438<br />
96439<br />
96440<br />
75. 30<br />
76. 30<br />
76. 80<br />
77. 30<br />
77. 80<br />
78. 30<br />
79. 30<br />
80. .30<br />
76 . 30<br />
76. 80<br />
77. 30<br />
77. 80<br />
78 . 30<br />
79. 30<br />
80. 30<br />
81. .30<br />
1. 00<br />
0. 50<br />
0. 50<br />
0. 50<br />
0. 50<br />
1. 00<br />
1. 00<br />
1. .00<br />
9<br />
NIL<br />
3<br />
NIL<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
HOLE No: ENG9604
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9604 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
intermediate dike. Magnetic susceptibility readings are<br />
as follows: 5:0.20 at 76m, 5:0.51 at 79m, 5:0.71 at 82m,<br />
5:10.0 at 85m. The highest reading is associated with a<br />
syenite dike.<br />
85.2 89.5 ULTRAMAFIC VOLCANICS (4a) Typical serpentinized<br />
spinifex and massive ultramafic volcanics. This section<br />
is dark green except for the quartz carbonate veining<br />
that makes up lS-20% of the volume. Lower contact is at<br />
32 degree c.a.. Magnetic susceptibility reading of<br />
5:0.57 at 88m. Section is barren of sulphides.<br />
89.5 91.5 SYENITE DIKE (9e) Syenite dike is similar to those<br />
described previously and is dark red and medium grained<br />
with small less than 2mm sized fuchsitic fragments. No<br />
sulphides observed. Magnetic susceptibility reading of<br />
5:0.51 at 91m.<br />
91.5 94.4 ALBITITE DIKE (lOcq) Similar to previously described<br />
sections of albitite dike. This section contains<br />
inclusions of fuchsitic ultramafic volcanics less than<br />
5cm in width. Sulphides are developed as fine<br />
disseminations of pyrite up to H volume. Minor<br />
intrusion by small quartz-carbonate veins. Magnetic<br />
susceptibility readings average 5:0.41 over the entire<br />
dike.<br />
SAMPLE No. FROM<br />
96441<br />
96442<br />
96443<br />
96444<br />
96445<br />
96446<br />
96447<br />
84. .40<br />
85. .40<br />
89, .40<br />
90 .40<br />
91 .40<br />
92 .40<br />
93 .40<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
94.4 97.7 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Massive fuchsite 96448 94.40 95.40 1. 00 NIL<br />
85. 40<br />
86 . 40<br />
90. .40<br />
91. .40<br />
92. .40<br />
93. .40<br />
94, .40<br />
1. 00<br />
1. 00<br />
1. .00<br />
1, . 00<br />
1 , . 00<br />
1 . 00<br />
1 .00<br />
NIL<br />
3<br />
NIL<br />
NIL<br />
9<br />
NIL<br />
261<br />
HOLE No: ENG9604
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9604 Page 6<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
rich ultramafic volcanics similar to the previous section<br />
with spinifex and massive textures present. Sulphides<br />
are developed as disseminations along foliation planes in<br />
trace amounts. Magnetic susceptibility reading of 5:0.47<br />
at 97m.<br />
97.7 104.2 ALBITITE DIKE (lOcq) Typical albitite dike with<br />
a faint pink tinge due to minor kfeldspar. The albitite<br />
is intruded by an intermediate fuchsite rich dike.<br />
Sulphides are developed as fine disseminations of pyrite<br />
throughout the core in both dike types. Magnetic<br />
susceptibility readings as follows: 5:0.22 at 100m,<br />
5:0.10 at 103m. The upper contact is at 72 degrees c. a.<br />
and the lower contact is at 27 degrees c. a.<br />
104.2 107.6 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Similar<br />
to the previously described ultramafics with a lower<br />
gradational alteration contact. Trace pyrite developed<br />
as mm sized clots. One major quartz vein runs the length<br />
of the core the rest are parallel to the foliation.<br />
Magnetic susceptibility reading of 5:0.61 at 106m.<br />
107.6 112.5 SYENITE -t- SERF. ULTRAMAFIC VOLCANICS (9e4-4e)<br />
Coarse grained metre thick dark red syenite dikes set<br />
within serpentinized ultramafic volcanics making up 50%<br />
volume of the rock. Syenite has \ '-i d isseminated pyrite<br />
mineralization. This dike gets progressively darker with<br />
depth. Upper contact at 75 degrees. The ultramafic are<br />
SAMPLE No.<br />
96449<br />
96450<br />
96451<br />
96452<br />
96453<br />
96454<br />
96455<br />
96456<br />
96457<br />
96458<br />
96459<br />
96460<br />
96461<br />
96462<br />
96463<br />
96464<br />
96465<br />
96466<br />
FROM<br />
95. .40<br />
96. .40<br />
97. .40<br />
97. .70<br />
98. 70<br />
99. .70<br />
100. 70<br />
101. .70<br />
102. . 70<br />
103 . .60<br />
104 . .20<br />
105. .20<br />
106. . 10<br />
107. .20<br />
108 .60<br />
109 . 60<br />
110 .20<br />
110 . 80<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
96 .40<br />
97 .40<br />
97 .70<br />
98 .70<br />
99 .70<br />
100 .70<br />
101 .70<br />
102 .70<br />
103 .60<br />
104 .20<br />
105 .20<br />
106 .10<br />
107 .20<br />
107 . 50<br />
109 .60<br />
110 .20<br />
110 .80<br />
112 .00<br />
1 . 00<br />
1. . 00<br />
0. .30<br />
1. . 00<br />
1. . 00<br />
l . 00<br />
1. . 00<br />
1 , . 00<br />
0. . 90<br />
0. .60<br />
1<br />
0<br />
1 0<br />
.00<br />
.90<br />
.10<br />
. 30<br />
1 .00<br />
0 .60<br />
0 .60<br />
1 .20<br />
NIL<br />
NIL<br />
NIL<br />
106<br />
74<br />
15<br />
51<br />
27<br />
266<br />
17<br />
21<br />
55<br />
62<br />
1029<br />
17<br />
12<br />
NIL<br />
NIL<br />
HOLE NO: ENG9604
PROPERTY: English<br />
HOLE No.: ENG9604<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
Cameco Corporation<br />
barren of sulphides but are well foliated. Quartz-<br />
carbonate veining amounts to 5% of the volume. Magnetic<br />
susceptibility reading of 5:18.6 from the syenite and<br />
5:0.56 from the ultramafics.<br />
112.5 116.0 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e)<br />
Massive dark green soft ultramafics as described<br />
previously in other sections. Magnetic susceptibility<br />
readings average 5:25.0 over this section. No sulphides<br />
observed.<br />
116.0 END OF HOLE<br />
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION B EARING<br />
i.oo -45.00 135.00<br />
116.00 -45.00 1 35 0 0<br />
DIAMOND DRILL LOG<br />
SAMPLE No. FROM<br />
96467 112.00<br />
96468 113.00<br />
96469 114.00<br />
96470 115.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
113.00<br />
114.00<br />
115.00<br />
116.00<br />
1.00<br />
1.00<br />
1.00<br />
1.00<br />
NIL<br />
S<br />
l<br />
NIL<br />
Page 7<br />
HOLE No: ENG9604
PROPERTY: English<br />
HOLE No.: ENG9605<br />
Collar Eastings: 482986.00<br />
Collar Northings: 5319240.00<br />
Collar Elevation: 0.00<br />
Contractor was NDS Drilling, Timmins, Ont.<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
0.0 8.0 CASING ON BEDROCK (Ob)<br />
DELORO GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
8.0 58.0 FELSIC LAPILLI TOFF (3d) The lapilli tuff is medium<br />
grey green in colour and well foliated. Fragments are<br />
monomictic but poorly sorted, angular to rounded and<br />
matrix supported. This section is intruded by a number<br />
of thin fragment rich grey syenite dikes that contain up<br />
to It disseminated pyrite. The dikes are developed at<br />
18m. Small intersections of fine grained sediment are<br />
intercalated with the felsic volcanics. Within the<br />
poorly sorted felsic fragmentals are a section of well<br />
sorted finer grained tuff to lapilli tuff. Alteration is<br />
dominated by sericite with small intervals less than 2m<br />
wide sections of chlorite dominated alteration. Narrow<br />
fault zone less than 20cm wide at 12.4m and at 41m.<br />
Sulphide mineralization is restricted to fractures and<br />
small intersections of the host rock where it is<br />
developed as fine disseminations and clots of pyrite up<br />
to 2%. Trace amounts of chalcopyrite are present within<br />
larger pyrite clusters and clots. Pyrite mineralization<br />
is also concentrated along the edges of the coarser sized<br />
fragments. Questionable disrupted pyrite fragments in<br />
Collar Inclination: -45.00<br />
Grid Bearing: 110.00<br />
Final Depth: 304.00 metres<br />
Hole Collared in claimtt 1155888<br />
SAMPLE No. FROM<br />
96471<br />
96472<br />
S6473<br />
96474<br />
96475<br />
96476<br />
96477<br />
96478<br />
96479<br />
96480<br />
96481<br />
96482<br />
96483<br />
96484<br />
96485<br />
96486<br />
964B7<br />
96488<br />
96489<br />
96490<br />
10. 00<br />
11 . 00<br />
15. 10<br />
16 . 10<br />
17. 10<br />
17. 50<br />
18 . 50<br />
25. 40<br />
26. 40<br />
27. .40<br />
28. 40<br />
29. .40<br />
30. . 30<br />
33 .50<br />
34 . 50<br />
35 .50<br />
36 . 30<br />
38 .00<br />
48 . 10<br />
49 .10<br />
Logged by: P. Chubb<br />
Date: 31/10/96-02/11/96<br />
Down-hole Survey: Acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
11.<br />
12.<br />
16.<br />
17.<br />
17.<br />
18.<br />
19.<br />
26.<br />
27.<br />
28.<br />
00<br />
00<br />
10<br />
10<br />
50<br />
50<br />
50<br />
40<br />
40<br />
40<br />
29. 40<br />
30. . 30<br />
31, .30<br />
34 . . 50<br />
35. . 50<br />
36 . 30<br />
37. . 30<br />
39 . 00<br />
49 . 10<br />
50 . 10<br />
1. 00<br />
1 . 00<br />
1 . 00<br />
l . 00<br />
0 . 40<br />
1. 00<br />
1 . 00<br />
1. ,00<br />
1 . .00<br />
1 , .00<br />
1. .00<br />
0 .90<br />
i .00<br />
i . 00<br />
i .00<br />
0 .80<br />
1 .00<br />
1 .00<br />
11 . 00<br />
.00<br />
5<br />
12<br />
NIL<br />
NIL<br />
33<br />
41<br />
15<br />
65<br />
NIL<br />
NIL<br />
NIL<br />
9<br />
12<br />
14<br />
31<br />
NIL<br />
NIL<br />
19<br />
NIL<br />
NIL<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 2<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
core. Quartz veins are minimal and make up less than I'fe<br />
of the core. The veins are oriented subparallel to the<br />
foliation intersecting the core at 30 to 90 degree c. a..<br />
Magnetic susceptibility readings as follows: 5:0.32 at<br />
10m, 5:1.08 at 13m, 5:0.84 at 16m, 5:0.32 at 19m, 5:0.61<br />
at 22m, 5:0.32 at 25m, 5:0.36 at 28m, 5:0.88 at 32m,<br />
5:0.28 at 34m, 5:0.57 at 37m, 5:0.32 at 40m, 5:0.30 at<br />
43m. Core is competent and moderately hard.<br />
58.0 76.0 FELSIC TOFF BRKCCIA (3ae) This section is dominated by<br />
a sericite rich lapilli-tuff to tuff breccia that has<br />
been highly altered and is polymictic with a variety of<br />
fragments present. Alteration is dominated by sericite<br />
but the core has also been weakly silicified and is<br />
relatively hard compared to the previous sections.<br />
Section becomes more chloritic with depth up to 5% at<br />
base. Quartz veins are limited to less than H; but occur<br />
as 5cm wide pure bull quartz. Some of the quartz veins<br />
appear to be disrupted and fragmented in places.<br />
Sulphide mineralization is pervasive and at 2-3%<br />
abundance as fine to coarse euhedral pyrite disseminated<br />
in core and concentrated along fragment margins and vein<br />
related. Magnetic susceptibility readings as follows:<br />
5:0.22 at 58m, 5:0.59 at 61m, 5:0.36 at 64m, 5:0.34 at<br />
67m, 5:1.71 at 70m, 5:1.2 at 73m, 5:0.49 at 76m.<br />
76.0 78.9 ALBITITE DIKE (lOcq) Typical albitite dike as observed<br />
in other holes with pervasive trace to 14 pyrite set<br />
SAMPLE No.<br />
96491<br />
96492<br />
96493<br />
96494<br />
96495<br />
96496<br />
96497<br />
96498<br />
96499<br />
96500<br />
96501<br />
96502<br />
96503<br />
96504<br />
96505<br />
96506<br />
96507<br />
96508<br />
96509<br />
96510<br />
96511<br />
96512<br />
96513<br />
96514<br />
FROM<br />
50. .10<br />
51 . .00<br />
51. .90<br />
52 . 90<br />
53 .90<br />
54. .90<br />
60 . .00<br />
61. .00<br />
62 .00<br />
63 .00<br />
64 .00<br />
65. .00<br />
66 .00<br />
67. .00<br />
68, . 00<br />
69. . 00<br />
70. . 00<br />
70 .60<br />
71, .20<br />
72 .20<br />
73 .20<br />
74 .20<br />
75 .20<br />
76, .20<br />
ASSAYS<br />
TO WIDTH Au<br />
51. 00<br />
51. 90<br />
52. 90<br />
53. 90<br />
54. 90<br />
55. . 90<br />
61. .00<br />
62 . . 00<br />
63 . 00<br />
64 . .00<br />
65. 00<br />
66. .00<br />
67. , 00<br />
68. .00<br />
69. . 00<br />
70. .00<br />
70. .60<br />
71, .20<br />
72. .20<br />
73 . .20<br />
74 . .20<br />
75, .20<br />
76 .20<br />
77 .20<br />
0. .90<br />
0 . .90<br />
1 . .00<br />
1, .00<br />
1 .00<br />
1 , .00<br />
1. .00<br />
1. .00<br />
1 . .00<br />
1. .00<br />
1, .00<br />
1. . 00<br />
1, .00<br />
1. .00<br />
1 .00<br />
1 . .00<br />
0, .60<br />
0 .60<br />
1, .00<br />
1 .00<br />
1. . 00<br />
1 .00<br />
1 1<br />
.00<br />
.00<br />
(ppb) '<br />
2<br />
103<br />
9<br />
3<br />
NIL<br />
36<br />
2<br />
10<br />
9<br />
7<br />
7<br />
10<br />
146<br />
50<br />
36<br />
5<br />
2<br />
7<br />
7<br />
36<br />
10<br />
14<br />
33<br />
55<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
within a fine grained beige massive lithology. Upper<br />
contact is irregular and at 43 degrees c. a. and the lower<br />
contact is at 35 degrees c. a.. Magnetic susceptibility<br />
reading of 5:0.32.<br />
78.9 82.1 LAPILLI TOFF SUPPORTED SULPHIDE IRON FORMATION (3ae k 6d)<br />
Semi-massive to massive sulphide set within a lapilli<br />
tuff. Sulphides appear to either have replaced some of<br />
the fragments or represent disrupted sulphide beds within<br />
a proximal turbidite. Sulphides account for SO-60%<br />
pyrite. Magnetic susceptibility readings average:<br />
5:0.52.<br />
82.1 90.7 SILICIFIED LAPILLI TUFF (3ae) Similar to previous<br />
lapilli supported iron formation except that the sulphide<br />
content is approximately 5fc abundance. Last metre of<br />
this section becomes intensely silicified and cherty<br />
looking. 20cm wide massive medium grained barren mafic<br />
dike at the end of this section. Magnetic susceptibility<br />
readings as follows: 5:0.38 at 85m, 5:0.36 at 88m, 5:0.22<br />
at 90m.<br />
90.7 94.0 GRAPHITIC SILTSTONE (5dp) Black massive to<br />
foliated/banded very fine grained and hard graphitic<br />
siltstone. Quartz vein/fragment content is ls-30% but<br />
drops of within the first 50cm of this section until it<br />
reaches less than l* volume. Sulphide content varies<br />
with sulphides developed within thin bands/foliation<br />
SAMPLE No.<br />
96515<br />
96516<br />
96517<br />
96518<br />
96519<br />
96520<br />
96521<br />
96522<br />
96523<br />
96524<br />
96525<br />
96526<br />
96527<br />
96528<br />
96529<br />
96530<br />
96531<br />
96532<br />
FROM<br />
77. 20<br />
78. 20<br />
78. .90<br />
79. .20<br />
80. .20<br />
81. .15<br />
82 . 10<br />
83 . .10<br />
84 . 10<br />
85. .10<br />
86. .10<br />
87. .10<br />
88 .10<br />
89 .10<br />
90 .10<br />
91 .00<br />
92 .00<br />
93 .00<br />
ASSAYS<br />
TO WIDTH Au<br />
78. 20<br />
78. 90<br />
79. .20<br />
80. .20<br />
81. . 15<br />
82. .10<br />
83. 10<br />
84. 10<br />
85. 10<br />
86. 10<br />
87. 10<br />
88. 10<br />
89. 10<br />
90. 10<br />
91. . 00<br />
92. . 00<br />
93, .00<br />
94 .00<br />
1. 00<br />
0. 70<br />
0. .30<br />
1 . .00<br />
0 . 95<br />
0 .95<br />
1 . 00<br />
1. 00<br />
1 . 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1 , 00<br />
0 . 90<br />
1 .00<br />
1 . . 00<br />
1 . 00<br />
(ppb)<br />
69<br />
182<br />
14<br />
250<br />
99<br />
278<br />
57<br />
51<br />
5<br />
33<br />
29<br />
15<br />
14<br />
12<br />
81<br />
144<br />
370<br />
187<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 4<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
planes and as framboidal to botryoidal pyrite growths up<br />
to 3cm in diameter. Sulphides vary in abundance from<br />
trace to 4C^ over a 70cm interval. Intense folding is<br />
observed within the core with M-type folds present.<br />
94.0 97.0 LAPILLI TUFF SUPPORTED SULPHIDE IRON FORMATION (3ae k 6d)<br />
Semi-massive to massive sulphide set within a lapilli<br />
tuff. Sulphides appear to either have replaced some of<br />
the fragments or represent disrupted sulphide beds.<br />
Disrupted quartz carbonate veins are prominent with 20%<br />
of the volume accounted for. Pyrite accounts for 20-30%<br />
of the total volume. Magnetic susceptibility readings<br />
average: 5:1.51.<br />
TISDALE GROUP<br />
97.0 137.1 ULTRAMAFIC VOLCANICS (4ad) Massive to spinifex<br />
textured competent ultramafics. Alteration is dominated<br />
by carbonate assemblages including dolomite and ankerite<br />
with accessory fuchsite also present. Fuchsite is<br />
present only for the initial 4m of this section in the<br />
host rock but persists in the quartz carbonate veins<br />
sporadically for an extended interval. Quartz-carbonate<br />
veining makes up ID-15% of the total volume. The<br />
ultramafics are initially green grey but become pale grey<br />
with depth. Sulphide mineralization in the top 3m<br />
consists of 1-2V coarse pyrite. Fuchsite alteration in<br />
SAMPLE No.<br />
96533<br />
96534<br />
96535<br />
96536<br />
96537<br />
96538<br />
96539<br />
96540<br />
96541<br />
96542<br />
96543<br />
96544<br />
96545<br />
96546<br />
FROM<br />
94.00<br />
95.00<br />
96 .00<br />
97. .00<br />
98. .00<br />
99. .00<br />
100. .00<br />
101 .00<br />
115 .30<br />
124 .00<br />
129 .00<br />
134 .40<br />
135 .40<br />
136 .40<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
95.00<br />
96.00<br />
97.00<br />
98. 00<br />
99. 00<br />
100. 00<br />
101. 00<br />
102. .00<br />
116 . .30<br />
125. .00<br />
130. .00<br />
135. .40<br />
136 .40<br />
137. .10<br />
1.00<br />
1.00<br />
1.00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1 , .00<br />
1. .00<br />
1. .00<br />
1. . 00<br />
1 .00<br />
1, .00<br />
1 .00<br />
0. .70<br />
219<br />
58<br />
185<br />
3<br />
5<br />
3<br />
NIL<br />
2<br />
3<br />
21<br />
7<br />
17<br />
3<br />
77<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
the quartz-carbonate veins becomes more prevalent in the<br />
last 3m and sulphide content is up to 2%. Magnetic<br />
susceptibility readings are as follows: 5:0.55 at 100m,<br />
5:0.71 at 103m, 5:0.47 at 106m, 5:0.61 at 109m, 5:0.65 at<br />
112m, 5:0.65 at 115m, 5:0.69 at 118m, 5:0.61 at 124m,<br />
5:0.65 at 127m, 5:0.69 at 130m, 5:0.53 at 133m, 5:0.65 at<br />
136m.<br />
137.1 141.5 ALBITITE DIKE (lOcq) Typical beige albitite<br />
dike with chloritized subrounded to angular fragments up<br />
to 2cm in size. Sulphides are developed as fine to<br />
coarse euhedral disseminations' of pyrite throughout the<br />
core and as concentrations along the margins of some of<br />
the fragments. Sulphide abundance is up to Ifc. Average<br />
magnetic susceptibility reading of 5:0.51 for this<br />
section. Upper contact at 34 degrees c.a. and the lower<br />
contact is at 35 degrees c.a.<br />
141.5 169.0 ULTRAMAFIC VOLCANICS (4a) Similar to the<br />
previous ultramafic volcanics section. Metre wide<br />
intervals of fuchsite rich quartz-carbonate and It pyrite<br />
are scattered through this section and make up 3% of the<br />
section volume. Magnetic susceptibility readings as<br />
follows: 5:0.47. at 142m, 5:0.51 at 145m, 5:0.63 at 148m,<br />
5:0.65 at 151m, 5:0.59 at 154m, 5:0.60 at 160m, 5:0.49 at<br />
163m, -5:0.53 at 166m.<br />
169.0 208.0 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Similar<br />
96547<br />
96548<br />
96549<br />
96550<br />
96551<br />
96552<br />
96585<br />
96553<br />
96554<br />
96555<br />
137.10<br />
138 .10<br />
139.10<br />
140. 10<br />
141. 10<br />
141.40<br />
148. 00<br />
156. 00<br />
166. 00<br />
167.10<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
138 .10<br />
139. 10<br />
140. 10<br />
141 .10<br />
141 .40<br />
142 .40<br />
149 .00<br />
157 . 00<br />
167 .10<br />
168 . 10<br />
1.00<br />
1. 00<br />
1.00<br />
1 . 00<br />
0. 30<br />
1.00<br />
1.00<br />
1.00<br />
1.10<br />
1 . 00<br />
17<br />
38<br />
17<br />
12<br />
48<br />
24<br />
7<br />
15<br />
14<br />
24<br />
96556 168.10 169.10 . 00 57<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 6<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
to previous section except that fuchsite alteration and<br />
minor albite/silica alteration are present within<br />
quartz -carbonate veins and as thin haloes. This section<br />
displays an increase in the degree of alteration. Well<br />
mineralized section from 169 to 181m depth with up to 2%<br />
disseminated and clotty pyrite. Fuchsite and albite<br />
alteration become less prominent by 196m depth. Magnetic<br />
susceptibility readings are as follows: 5:0.61 at 169m,<br />
5:0.92 at 172m, 5:1.0 at 175m, 5:0.51 at 178m, 5:0.51 at<br />
181m, 5:0.51 at 184m, 5:0.45 at 187m, 5:0.61 at 190m,<br />
5:0.51 at 193m, 5:0.59 at 196m, 5:0.53 at 199m, 5:0.45 at<br />
202m, 5:0.49 at 205m.<br />
SAMPLE No.<br />
96557<br />
96558<br />
96559<br />
96560<br />
96561<br />
96562<br />
96563<br />
96564<br />
96565<br />
96566<br />
96567<br />
96568<br />
96569<br />
96570<br />
96571<br />
96572<br />
96573<br />
96574<br />
96575<br />
96576<br />
96577<br />
96578<br />
96579<br />
96580<br />
96581<br />
96582<br />
96583<br />
96584<br />
FROM<br />
170.10<br />
171. 00<br />
172 . 00<br />
173 . 00<br />
174 . 00<br />
175. 00<br />
176 . 00<br />
177. 00<br />
178. 00<br />
179. 00<br />
180 . 00<br />
181. 00<br />
182 . 00<br />
183 . 00<br />
184 . .00<br />
185. .00<br />
186 . .00<br />
187. 00<br />
188 . .00<br />
189. .00<br />
190. .00<br />
191. .00<br />
202 . .00<br />
203 . . 00<br />
204 . .00<br />
205 . . 00<br />
206 . .00<br />
207 . . 00<br />
ASSAYS<br />
TO<br />
171.00<br />
172 . 00<br />
173 . 00<br />
174 . 00<br />
175 . 00<br />
176 . 00<br />
177 . 00<br />
178 . 00<br />
179. 00<br />
180. 00<br />
181. 00<br />
182. 00<br />
183 . 00<br />
184 . 00<br />
185 . 00<br />
186. 00<br />
187 . 00<br />
188. 00<br />
189. 00<br />
190. 00<br />
191. 00<br />
192 . 00<br />
203 . 00<br />
204 . 00<br />
205 . 00<br />
206 . 00<br />
207. .00<br />
208 . 00<br />
WIDTH Au<br />
0.90<br />
1. 00<br />
1 . 00<br />
1. 00<br />
1. 00<br />
1. oo<br />
1 . 00<br />
1 . 00<br />
1 . 00<br />
1 . 00<br />
x . 00<br />
1. 00<br />
1 . 00<br />
1 . 00<br />
1 . 00<br />
1 . 00<br />
1 . .00<br />
1 , 00<br />
1. 00<br />
1. .00<br />
1. .00<br />
1 . .00<br />
1 . .00<br />
1 . . 00<br />
1 , .00<br />
1. .00<br />
1 , .00<br />
1. .00<br />
(ppb)<br />
22<br />
27<br />
75<br />
134<br />
93<br />
149<br />
96<br />
22<br />
10<br />
3<br />
69<br />
10<br />
10<br />
14<br />
7<br />
130<br />
9<br />
21<br />
12<br />
3<br />
2<br />
46<br />
NIL<br />
5<br />
9<br />
2<br />
5<br />
7<br />
HOLE No: ENG9605
PROPERTY: English<br />
HOLE No.: ENG9605<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
Cameco Corporation<br />
208.0 218.0 ULTRAMAFIC VOLCANICS ( 4s.) S imilar to the<br />
previous ultramafic section but fuchsite is very limited<br />
less than H abundance and restricted to some of the<br />
quartz-carbonate veins. Mineralization is sporadic and<br />
associated with zones of higher alteration. Pyrite<br />
mineralization is less than l* and consists of coarse<br />
pyrite and fine disseminations. Magnetic susceptibility<br />
readings are as follows: 5:0.57 at 208m, 5:0.53 at 211m,<br />
5:0.61 at 214m, 5:0.49 at 217m.<br />
DIAMOND DRILL LOG<br />
218.0 232.0 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Similar<br />
to the previous fuchsitic section except the host rock<br />
also contains up to 45% fuchsite but averages about S-10%<br />
alteration. Sulphide mineralization consists of coarse<br />
to finely disseminated pyrite. Magnetic susceptibility<br />
readings of: 5:0.57 at 223m, 5:0.61 at 226m, 5:0.47 at<br />
229m, 5:0.51 at 232m.<br />
232.0 261.6 ULTRAMAFIC VOLCANICS (4a-d) Similar to<br />
previous ultramafic sections with variable fuchsite<br />
alteration up to 15% but averaging approximately 2 ^.<br />
Massive -fine to coarse grained and generally pale green<br />
in colour. Alteration is dominated by the<br />
quart z- carbonate veins up to 25% volume with serpentine<br />
SAMPLE No.<br />
96586<br />
96587<br />
96588<br />
96589<br />
96590<br />
96591<br />
96592<br />
96593<br />
96594<br />
96595<br />
96596<br />
96597<br />
96598<br />
96599<br />
96600<br />
96601<br />
96602<br />
96603<br />
96604<br />
96605<br />
96606<br />
96607<br />
96608<br />
FROM<br />
210. 00<br />
211. 00<br />
212. 00<br />
213 . 00<br />
214. 00<br />
215. 00<br />
219. 00<br />
220. 00<br />
221 . 00<br />
222 . 00<br />
223 . 00<br />
224 . 00<br />
225. 00<br />
226. 00<br />
227. 00<br />
228 . 00<br />
229. 00<br />
235. 00<br />
236 . 00<br />
237. 00<br />
240. 00<br />
241. 00<br />
242 . 00<br />
ASSAYS<br />
TO WIDTH Au<br />
211. .00<br />
212 . .00<br />
213. .00<br />
214. .00<br />
215. .00<br />
216. .00<br />
220. .00<br />
221. .00<br />
222 . .00<br />
223. .00<br />
224. .00<br />
225 .00<br />
226 .00<br />
227 . 00<br />
228 .00<br />
229 .00<br />
230 . 00<br />
236 .00<br />
237 . 00<br />
238 . 00<br />
241 .00<br />
242 .00<br />
243 . 00<br />
1 .<br />
1.<br />
1 .<br />
1 .<br />
1 ,<br />
1.<br />
1 .<br />
1 .<br />
1.<br />
1 .<br />
1 .<br />
1<br />
1<br />
1<br />
1 1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
00<br />
00<br />
oo<br />
00<br />
00<br />
.00<br />
.00<br />
00<br />
.00<br />
00<br />
00<br />
00<br />
.00<br />
. 00<br />
.00<br />
.00<br />
.00<br />
.00<br />
.00<br />
. 00<br />
.00<br />
.00<br />
.00<br />
(ppb)<br />
5<br />
5<br />
3<br />
3<br />
5<br />
2<br />
NIL<br />
NIL<br />
12<br />
3<br />
NIL<br />
2<br />
22<br />
9<br />
3<br />
3<br />
NIL<br />
48<br />
2<br />
2<br />
NIL<br />
5<br />
31<br />
Page 7<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 8<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
and fuchsite also present. Sulphide mineralization is<br />
variable and consists of trace to 3% disseminated and<br />
clotty pyrite along fractures and within the host rock.<br />
Magnetic susceptibility readings are as follows: 5:0.65<br />
at 235m, 5:0.59 at 238m, 5:0.59 at 241m, 5:0.61 at 244m,<br />
5:0.61 at 247m, 5:0.57 at 250m, 5:0.34 at 253m, 5:0. 5 6 a t<br />
256m.<br />
261.6 265.0 ALBITITE DIKE (lOcq) Similar to previous<br />
albitite dikes, with a contact aureole approximately 5cm<br />
at upper contact and up to 30cm wide at the lower<br />
contact. Upper contact at 21 degrees c. a., lower contact<br />
is indistinct. Magnetic susceptibility readings average<br />
5:0.27. Sulphide content is pervasive and up to 24<br />
disseminated pyrite. Contact aureoles contain up to Sicoarse<br />
pyrite.<br />
265.0 266.6 FUCHSITIC ULTRAMAFIC VOLCANICS (4d) Similar<br />
to previous fuchsitic zones associated with the margins<br />
of the albitite dikes. Sulphide mineralization consists<br />
of up to J.% pyrite set in a fuchsite rich matrix.<br />
Magnetic susceptibility reading of 5:0.53.<br />
266.6 267.7 ALBITITE DIKE (lOcq) Similar to previous<br />
albitite dike. Upper contact at 44 degrees c. a. and<br />
lower contact at 55 degrees c.a. Sulphide content at<br />
SAMPLE No.<br />
96609<br />
96610<br />
96611<br />
96612<br />
96613<br />
96614<br />
96615<br />
96616<br />
96617<br />
96618<br />
96619<br />
96620<br />
96621<br />
96622<br />
96623<br />
96624<br />
96625<br />
FROM<br />
243 . 00<br />
244 . 00<br />
245. 00<br />
246. 00<br />
247. 00<br />
248 . 00<br />
249. .00<br />
250. 00<br />
251. .00<br />
261. 30<br />
262 .30<br />
263 . .30<br />
264 .00<br />
265 .00<br />
265 .40<br />
266 .40<br />
266 . 70<br />
ASSAYS<br />
TO WIDTH Au<br />
244 . 00<br />
245. 00<br />
246 . 00<br />
247. 00<br />
248. 00<br />
249, .00<br />
250. .00<br />
251 00<br />
252 .00<br />
262 .30<br />
263 .30<br />
264 .00<br />
265 . 00<br />
265 .40<br />
266 .40<br />
266 . 70<br />
267 .30<br />
1 . 00<br />
1. 00<br />
1 . 00<br />
1. 00<br />
1 . 00<br />
1. .00<br />
1. .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
1 .00<br />
0 .70<br />
1 .00<br />
0 .40<br />
.00<br />
1<br />
0 .30<br />
0 .60<br />
(ppb)<br />
3<br />
5<br />
14<br />
12<br />
10<br />
31<br />
9<br />
5<br />
14<br />
5<br />
7<br />
24<br />
34<br />
70<br />
2<br />
NIL<br />
9<br />
HOLE No: ENG9605
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9605 Page 9<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
volume of mm wide disseminated euhedral pyrite. Magnetic<br />
susceptibility reading of 5:0.24.<br />
267.7 292. 8 SERPENTINIZED ULTRAMAFIC VOLCANICS (4e)<br />
Typical massive to weakly spinifex textured ultramafics<br />
that show a gradual shift towards a serpentine rich<br />
package over the initial 5m. The section becomes black<br />
in colour and contains up to H.0% quartz-carbonate veins.<br />
A few albitite at 283m, and a mafic dike crosscut the<br />
section with contacts at 42 degrees. Magnetic<br />
susceptibility reading as follows: 5.: 0.47 at 271m, 5:0.57<br />
at 274m, 5:0.36 at 277m, 5:0.59 'at 280m, 5:13.1 at 283m,<br />
5:0.55 at 286m, 5:0.47 at 28Sm, 5:0.45 at 292m.<br />
292. S 299.5 SYENITE DIKE (9e) Medium to coarse grained<br />
dark red to grey syenite/diorite dike. The dike contains<br />
inclusions of chloritic and serpentinized ultramafics. No<br />
visible sulphides present. Magnetic susceptibility<br />
readings range from 5:22.0 to 5:0.88.<br />
299.5 304.0 ALBITITE DIKE (lOcq) Fine grained albitite<br />
dike similar to previous samples with n.% disseminated<br />
pyrite intruding thin intervals of serpentinized<br />
ultramafic volcanics. Magnetic susceptibility readings<br />
averaging approximately 5:0.35.<br />
SAMPLE No.<br />
96626<br />
96627<br />
96628<br />
96629<br />
96630<br />
96631<br />
96632<br />
96633<br />
96634<br />
96635<br />
96S36<br />
9S637<br />
96638<br />
96639<br />
96640<br />
96641<br />
96642<br />
96643<br />
96644<br />
96645<br />
96646<br />
96647<br />
FROM<br />
267. 30<br />
271. .10<br />
271. 60<br />
280. 50<br />
281. 50<br />
282. 50<br />
286. .00<br />
288 . .80<br />
289. .80<br />
290. .80<br />
291. .90<br />
292 . .90<br />
293. .70<br />
294 . .60<br />
295. .60<br />
296 . .60<br />
297 . .50<br />
298 . .50<br />
299 .50<br />
300 .70<br />
301 .70<br />
302 .70<br />
ASSAYS<br />
TO<br />
268. 30<br />
271. 60<br />
272. 60<br />
281. 50<br />
282. 50<br />
283. 50<br />
287. .00<br />
289. .80<br />
290. . 80<br />
291. . 90<br />
292. . 90<br />
293. . 70<br />
294. .60<br />
295. .60<br />
296. .60<br />
297. .50<br />
298. . 50<br />
299. . 50<br />
300 .70<br />
301 . 70<br />
302 .70<br />
304 .00<br />
WIDTH Au<br />
1. 00<br />
0. 50<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1. 00<br />
1 . 10<br />
1 . 00<br />
0. 80<br />
0. 90<br />
1 . 00<br />
1 . .00<br />
0. .90<br />
1 . .00<br />
.00<br />
1.<br />
1. .20<br />
1. .00<br />
1. .00<br />
1. .30<br />
(ppb)<br />
NIL<br />
17<br />
5<br />
NIL<br />
17<br />
2<br />
3<br />
2<br />
2<br />
3<br />
5<br />
3<br />
31<br />
22<br />
12<br />
39<br />
5<br />
3<br />
53<br />
7<br />
12<br />
9<br />
HOLE No: ENG9605
PROPERTY: English<br />
HOLE No.: ENG9605<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
FROM TO LITHOLOGICAL DESCRIPTION SAMPLE No. FROM<br />
304 . O END OF HOLE<br />
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION BEARING<br />
1.00 -45.00 1 10.00<br />
100.00 -46.00 1 10.00<br />
200.00 -46.00<br />
304 .00 -47 . 00<br />
110.00<br />
110.00<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
Page 10<br />
HOLE No: ENG960S
PROPERTY: English<br />
HOLE No.: ENG9606<br />
Collar Eastings: 483056.00<br />
Collar Northings: 5319160.00<br />
Collar Elevation: O .00<br />
Contractor was NDS Drilling of Timmins, Out.<br />
FROM TO<br />
0.0 22 .0<br />
CASING ON BEDROCK (Ob)<br />
TISDALE GROOP<br />
LITHOLOGICAL DESCRIPTION<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
22.0 34.0 MASSIVE MAFIC VOLCANICS (lam) Medium-dark green fine<br />
grained and calcite rich mafic volcanics. This section is<br />
crosscut by a number of mm wide quartz and epidote rich<br />
veins. The veins possess alteration haloes up to 2cm<br />
from the vein and consist of epidote and hematite and<br />
quartz. The quartz veins are almost perpendicular to the<br />
core axis and form a fine network up to 2% volume of the<br />
section. Core appears undeformed but displacement and<br />
folding of veins indicates that this section was<br />
recrystallized. Magnetic susceptibility readings are as<br />
follows: 5:1.06 at 24m, 5:0.73 at 27m, 5:0.77 at 30m. No<br />
sulphides were observed. Core is competent and<br />
moderately hard with chlorite the main alteration<br />
mineral.<br />
34.0 END OF HOLE<br />
Collar Inclination: -50.00<br />
Grid Bearing: 110.00<br />
Final Depth: 34.00 metres<br />
Hole was collared in claimtt 1147272<br />
SAMPLE No. FROM<br />
96648<br />
96649<br />
26.00<br />
27. 00<br />
Logged by: P. Chubb<br />
Date: 03/11/96-03/11/96<br />
Down-hole Survey: Acid<br />
ASSAYS<br />
TO WIDTH Au (ppb)<br />
27.00<br />
28 . 00<br />
1. 00<br />
1. 00<br />
HOLE No: ENG9606
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION BEARING<br />
1.00 -50.00 HO . 00<br />
34.00 -50.00 110.00
PROPERTY: English<br />
HOLE No.: ENG9607<br />
Collar Eastings: 483197.00<br />
Collar Northings: 5319155.00<br />
Collar Elevation: 0.00<br />
Contractor was NDS Drilling of Timmins, Ont.<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
0.0 5.5 CASING ON BEDROCK (Ob)<br />
TISDALE GROUP<br />
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
5.5 79.0 MASSIVE MAFIC VOLCANICS/GABBRO (lam/Sa) Medium to dark<br />
green fine to medium grained massive and calcite rich<br />
mafic volcanics. This section is crosscut by a number of<br />
mm and cm wide quartz and epidote rich veins. The quartz<br />
veins are almost perpendicular to the core axis and form<br />
a fine network up to 2 \ volume of the section. Section<br />
is intruded by a number of thin metre wide and less<br />
syenite and mafic. Quartz-calcite-hematite veins are up<br />
to 3% total volume of section. Core appears undeformed<br />
but displacement and folding of veins indicates that this<br />
section was recrystallized and folded. Magnetic<br />
susceptibility readings are as follows: 5:58.2 at 6m,<br />
5:0.63 at 7m, 5:1.16 at 10m, 5:1.13 at 13m, 5:0.79 at<br />
16m, 5:0.63 at 19m, 5:0.75 at 25m, 5:0.71 at 28m, 5:0.61<br />
at 31m, 5:0.59 at 34m, 5:0.67 at 37m, 5:0.67 at 40m,<br />
5:0.75 at 43m, 5:0.63 at 46m, 5:0.49 at 49m, 5:0.61 at<br />
52m, 5:0.53 at 55m, 5:0.38 at 58m, 5:0.58 at 61m, 5:0.65<br />
at 64m., 5:0.77 at 67m, 5:0.73 at 70m, 5:0.77 at 73m,<br />
5:0.73 at 76m, 5:0.76 at 78m. Trace amounts of fine to<br />
mm sized euhedral disseminated pyrite are observed over<br />
Collar Inclination: -50.00<br />
Grid Bearing: 290.00<br />
Final Depth: 175.00 metres<br />
Hole was collared in claimft 1147272<br />
SAMPLE No. FROM<br />
96650<br />
96651<br />
96652<br />
96653<br />
96654<br />
96655<br />
96656<br />
96657<br />
96658<br />
96659<br />
96660<br />
96661<br />
96662<br />
96663<br />
96664<br />
96665<br />
96666<br />
96667<br />
96668<br />
96669<br />
6 . 00<br />
8 . 00<br />
9 . 00<br />
10. 00<br />
19. 00<br />
20. 00<br />
20. 80<br />
21. 20<br />
25. 00<br />
27. 00<br />
28. .00<br />
36. 60<br />
37. 60<br />
41, . 00<br />
42. .00<br />
46. .00<br />
49 . 00<br />
50, .00<br />
51, . 00<br />
52 .00<br />
Logged by: P. Chubb<br />
Date: 04/11/96-05/11/96<br />
Down-hole Survey: Acid<br />
ASSAYS<br />
TO WIDTH AU (ppb)<br />
7 . 00<br />
9. 00<br />
10 . 00<br />
11 . 00<br />
20. 00<br />
20 . 80<br />
21 . .20<br />
22 . 10<br />
26 . 00<br />
28 . 00<br />
29. .00<br />
37. .60<br />
38 . 60<br />
42 , . 00<br />
43 . . 00<br />
47 . . 00<br />
50 . 00<br />
51 . 00<br />
52 .00<br />
53 .00<br />
1 ,<br />
1 .<br />
1 .<br />
1 ,<br />
1 ,<br />
.00<br />
00<br />
.00<br />
. 00<br />
. 00<br />
0. . 80<br />
0, .40<br />
0, .90<br />
1 , . 00<br />
l. .00<br />
1 .00<br />
11 .00<br />
.00<br />
1 .00<br />
1 .00<br />
1 . 00<br />
1 .00<br />
1 . 00<br />
11 .00<br />
. 00<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
NIL<br />
5<br />
5<br />
12<br />
7<br />
9<br />
5<br />
9<br />
NIL<br />
5<br />
NIL<br />
12<br />
3<br />
NIL<br />
5<br />
7<br />
HOLE No: ENG9607
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9607 Page 2<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
metre intervals, with clots of pyrite up to 5% in the<br />
larger quartz-carbonate-hematite veins. Core is<br />
competent and moderately hard with chlorite, calcite and<br />
amphibole the main alteration minerals with epidote and<br />
hematite minor phases .<br />
79.0 108.9 MAFIC/ALTERED ULTRAMAFIC VOLCANICS? (la j 7/43 j)<br />
Highly foliated very fine to medium grained dark green<br />
mafic volcanics. Alteration is dominated by chlorite and<br />
calcite, with quartz-calcite veins ranging up to 15%<br />
abundance over short intervals. Sulphides are variable<br />
in content with short intervals up to H over 10cm<br />
consisting of coarse euhedral pyrite. Magnetic<br />
susceptibility readings as follows: 5:0.77 at 80m, 5:0.69<br />
at 82m, 5:0.79 at 85m, 5:0.67 at 88m, 5:0.67 at 91m,<br />
5:1.23 at 94m, 5:0.90 at 97m, 5:0.75 at 100m, 5:1.16 at<br />
103m, 5:0.69 at 106m.<br />
108.9 135.2 MASSIVE .S SPINIFEX ULTRAMAFIC VOLC . (4eca)<br />
Pale green highly foliated and quartz-carbonate rich<br />
ultramafic volcanics. Quartz-carbonate veining up -to 20t<br />
SAMPLE No.<br />
96670<br />
96671<br />
96672<br />
96673<br />
96674<br />
96675<br />
96676<br />
96677<br />
96678<br />
96679<br />
96680<br />
96681<br />
96682<br />
96683<br />
96684<br />
96685<br />
96686<br />
96687<br />
96688<br />
96689<br />
96690<br />
96691<br />
96692<br />
96693<br />
96694<br />
96695<br />
FROM<br />
53. 00<br />
53. 40<br />
57. .00<br />
61. . oo<br />
62. .00<br />
67. 00<br />
69. 00<br />
70. 00<br />
72. 00<br />
73. .00<br />
79. 00<br />
80. 00<br />
85. 00<br />
91. 00<br />
101. 00<br />
102 . 00<br />
103. 00<br />
104. 00<br />
105. 00<br />
106. .00<br />
107. 00<br />
108. 00<br />
108. 50<br />
108. 80<br />
112. . 80<br />
113 . . 80<br />
ASSAYS<br />
TO WIDTH Au<br />
53 .40<br />
54 .40<br />
58 . 00<br />
62. . 00<br />
63 . . 00<br />
68. .00<br />
70. .00<br />
71. .00<br />
73 . 00<br />
74 . .00<br />
80 . . 00<br />
81 .00<br />
86 .00<br />
92 . 00<br />
102. .00<br />
103 . .00<br />
104 .00<br />
105 .00<br />
106 .00<br />
107. . 00<br />
108. .00<br />
108. .50<br />
108 . 80<br />
109 .80<br />
113 .80<br />
114 .60<br />
0 .40<br />
1 .00<br />
1 . 00<br />
1. . 00<br />
1 . . 00<br />
1 , .00<br />
1. . 00<br />
1. .00<br />
1. . 00<br />
1 . .00<br />
1 . . 00<br />
1 . . 00<br />
1. . 00<br />
1<br />
. 00<br />
1. .00<br />
1. . 00<br />
1. .00<br />
1 .00<br />
1, .00<br />
1. .00<br />
1. .00<br />
0. .50<br />
0. . 30<br />
1 .00<br />
1 . .00<br />
0. . 80<br />
(ppb) ;<br />
10<br />
3<br />
NIL,<br />
12<br />
51<br />
NIL<br />
10<br />
29<br />
5<br />
7<br />
NIL<br />
2<br />
NIL<br />
12<br />
NIL<br />
2<br />
3<br />
7<br />
3<br />
NIL<br />
5<br />
41<br />
9<br />
7<br />
5<br />
NIL<br />
HOLE No: ENG9607
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9607 Page 3<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
volume. Minor fuchsite alteration associated with the<br />
quartz-carbonate veins near the syenite dikes. Sulphide<br />
mineralization is limited and consists of coarse euhedral<br />
pyrite. Minor fault over 10cm at 112m. This section<br />
becomes strongly serpentinized within a metre of the<br />
contact . The contact area is intruded by metre wide grey<br />
and red syenites that contain exotic fragments. Minor<br />
fault zone at 132m depth. The red syenite is well<br />
mineralized and contains up to a.% mm sized euhedral<br />
pyrite. Magnetic susceptibility readings as follows:<br />
5:1.04 at 118m, 5:28.9 at 124m, 5:86.5 at 127m, 5:116 at<br />
130m, 5:7.50 at 133m.<br />
135.2 142.0 SYENITE DIKE (9e) Typical dark red fine to<br />
medium grained syenite with Ifc disseminated euhedral<br />
pyrite. The red syenite intruded an earlier grey<br />
syenite. Upper contact at 57 degrees c. a. and lower<br />
contact at 40 degrees c. a. Contacts with the syenite<br />
dike are marked by intensification of fuchsite alteration<br />
up to St volume. Magnetic susceptibility readings as<br />
follows: 5:0.65 at 136m, 5:8.53 at 139m.<br />
142.0 165.0 SERPENTINIZED SPINIFEX ULTRAMAFIC VOLC . (4ec)<br />
Dark grey to black tine grained massive and spinifex<br />
textured ultramafic volcanic. Section is intruded by a<br />
series of thin 10cm wide syenite dikes that make up less<br />
than 1 1s o f the volume for this section. The section is<br />
highly foliated and contains up to 35^ quartz -carbonate<br />
SAMPLE No.<br />
96696<br />
96697<br />
96698<br />
96699<br />
96700<br />
96701<br />
96702<br />
96703<br />
96704<br />
96705<br />
96706<br />
96707<br />
96708<br />
96709<br />
. 96710<br />
96711<br />
96712<br />
96713<br />
96714<br />
96715<br />
96716<br />
96717<br />
FROM<br />
114 . 60<br />
115. .00<br />
116, .00<br />
117. .00<br />
119. .00<br />
127. .00<br />
128 . . 00<br />
129. 00<br />
134 . 20<br />
135. 20<br />
136. 10<br />
137. 10<br />
138. 10<br />
139. 10<br />
139. 40<br />
140. 40<br />
141. 40<br />
142. 20<br />
143. .40<br />
144. .30<br />
145 .40<br />
148. . 80<br />
ASSAYS<br />
TO WIDTH Au<br />
115. .00<br />
116. . 00<br />
117 . . 00<br />
118. .00<br />
120. . 00<br />
128. . 00<br />
129. . 00<br />
130. .00<br />
135. . 20<br />
136. .10<br />
137. 10<br />
138. 10<br />
139. 10<br />
139. .40<br />
140. .40<br />
141. .40<br />
142. 20<br />
143. .40<br />
144. .30<br />
145. .10<br />
146. .40<br />
149. .80<br />
0. .40<br />
1 . 00<br />
1. .00<br />
1. .00<br />
1 . .00<br />
1. .00<br />
1 . 00<br />
1. .00<br />
1. .00<br />
0. 90<br />
1 , 00<br />
1. 00<br />
1 . 00<br />
0. 30<br />
1. 00<br />
1. 00<br />
0. 80<br />
- 1. 20<br />
0. 90<br />
- 0. .80<br />
1 .00<br />
1 .00<br />
(ppb)<br />
3<br />
NIL<br />
3<br />
2<br />
2<br />
15<br />
NIL<br />
NIL<br />
NIL<br />
3<br />
NIL<br />
3<br />
NIL<br />
NIL<br />
NIL<br />
3<br />
NIL<br />
NIL<br />
2<br />
NIL<br />
NIL<br />
57<br />
HOLE No: ENG9607
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9607 Page 4<br />
FROM<br />
165 . 0<br />
TO LITHOLOGICAL DESCRIPTION<br />
veining. Minor breccia zones within this section span<br />
10-20cm and make up 5% of the volume . Spinifex textures<br />
present in small zones . Sulphides consist of finely<br />
disseminated pyrite along foliation planes in proximity<br />
to the syenite dike contact. Magnetic susceptibility<br />
readings as follows: 5:0.65 at 142m, 5:0.67 at 145m,<br />
5:0.36 at 148m, 5:3.79 at 151m, 5:61.1 at 157m, 5:0.67 at<br />
160m, 5:0.63 at 163m.<br />
168.0 FUCHSITE ULTRAMAFIC VOLCANICS (4dc) Similar<br />
to previous ultramafic volcanic section except for the<br />
gradual increase in fuchsite alteration initially<br />
developed within veins but located more within the host<br />
rock with depth. Magnetic susceptibility readings as<br />
follows: 5:0.65 at 166m.<br />
168.0 168.6 ALBITITE DIKE (lOcq) Similar to previously<br />
described albitite dikes. Sulphide content is at l*<br />
finely disseminated pyrite. Upper contact at 80 degrees<br />
c.a. and lower contact at 80 degrees c.a. Magnetic<br />
susceptibility reading of 5:0.22.<br />
168.6 171.6 SILICIFIED ULTRAMAFIC VOLCANICS (4a) Similar<br />
to previous sections except pale grey in colour due to<br />
silicification and carbonate alteration. Magnetic<br />
susceptibility readings of 5:0.49 at 169m. Sulphides<br />
consist of trace amounts of finely disseminated euhedral<br />
pyrite.<br />
SAMPLE No .<br />
96718<br />
96719<br />
96720<br />
96721<br />
96722<br />
FROM<br />
152. 80<br />
157. 00<br />
163. 00<br />
166.00<br />
167.00<br />
ASSAYS<br />
TO<br />
153.80<br />
158 . 00<br />
164 .00<br />
167.00<br />
168.00<br />
WIDTH Au<br />
1.00<br />
1.00<br />
1. 00<br />
1.00<br />
1.00<br />
96723 168.00 168.60 0.60<br />
96724<br />
96725<br />
168.60<br />
170.60<br />
169.60<br />
171.60<br />
1. 00<br />
1. 00<br />
(ppb)<br />
NIL<br />
NIL<br />
7<br />
5<br />
34<br />
10<br />
HOLE No: ENG9607
Cameco Corporation<br />
DIAMOND DRILL LOG<br />
PROPERTY: English<br />
HOLE No.: ENG9607 Page 5<br />
FROM TO LITHOLOGICAL DESCRIPTION<br />
1.71.6 172.8 SYENITE DIKE (9e) Similar to previously<br />
described syenite dikes. The quartz veins contain up to<br />
5* clotty pyrite with finely disseminated pyrite<br />
disseminated throughout this section. Upper contact at<br />
50 degrees c.a. and lower contact at 85 degrees c. a.<br />
Magnetic susceptibility reading o f 5 :0.98 at 172m.<br />
175.0 SILICIFIED ULTRAMAFIC VOLCANICS (4ad)<br />
Similar to previously described ultramafic section except<br />
that minor fuchsite along some of the quartz-carbonate<br />
veins. Sulphides are limited'to trace amounts of finely<br />
disseminated euhedral pyrite. Magnetic susceptibility<br />
reading of 5:0.65.<br />
175.O END OF HOLE<br />
DOWN-HOLE SURVEY DATA<br />
DEPTH INCLINATION BEARING<br />
1.00 -50.00 290.00<br />
100.00 -50.00 290.00<br />
i75.oo -50.00 290.00<br />
ASSAYS<br />
SAMPLE No. FROM TO WIDTH Au (ppb)<br />
96726 171.60 172.80 1.20 353<br />
96727<br />
96728<br />
172.80<br />
174.00<br />
174.00<br />
175.00<br />
1.20<br />
1.00<br />
3<br />
NIL<br />
HOLE No: ENG9607
APPENDIX B<br />
Assay and ICP multielement Analyses<br />
for<br />
English Property 1996 Drill Program
Swastika Laboratories<br />
A Division o f TSL/Assayers Inc.<br />
Established 1928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: ENG 96-D<br />
Attn: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 75 Core samples<br />
submitted OCT-29-96 by .<br />
Sample<br />
Number<br />
ENG96D-001<br />
ENG96D-002<br />
ENG96D-003<br />
ENG96D-004<br />
EN396D-005<br />
ENG96D-006<br />
EN396D-007<br />
ENG96D-008<br />
ENG96D-009<br />
ENG96D-010<br />
ENG96D-011<br />
ENG96D-012<br />
EN396D-013<br />
ENG96D-014<br />
ENS96D-015<br />
ENG96D-016<br />
ENG96D-017<br />
ENG96D-018<br />
EN396D-019<br />
ENG96D-020<br />
ENG96D-021<br />
ENG96D-022<br />
EN396D-023<br />
ENG96D-024<br />
EN396D-025<br />
ENG96D-026<br />
ENG96D-027<br />
ENG96D-028<br />
E^G96D-029<br />
EM396D-030<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
39<br />
Nil<br />
2<br />
3<br />
3<br />
7 26<br />
Nil<br />
15<br />
14<br />
2<br />
Nil<br />
24<br />
3<br />
9<br />
22<br />
5<br />
2<br />
5<br />
14<br />
3<br />
Nil<br />
48<br />
7<br />
139 137<br />
22<br />
Nil 7<br />
5<br />
Nil<br />
12<br />
3<br />
Certified by_<br />
Au 2nd Mil t i<br />
PPB Element<br />
Results<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
-<br />
-<br />
-<br />
-<br />
-<br />
Page l of 3<br />
6W-4572-RG1<br />
Date: NOV-06-96
Swastika Laboratories<br />
A Division o f TSL/Assayers Inc.<br />
E stabHshedi928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: ENG 96-D<br />
Attn: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 75 Core samples<br />
submitted OCT-29-96 by .<br />
Sampl e<br />
Number<br />
ENG96D-031<br />
ENG96D-032<br />
ENG96D-033<br />
ENG96D-034<br />
BNG96D-035<br />
EN396D-036<br />
ENG96D-037<br />
ENG96D-038<br />
EN396D-039<br />
EN396D-040<br />
ENG96D-041<br />
ENG96D-042<br />
EN396D-043<br />
ENG96D-044<br />
ENG96D-045<br />
ENG96D-046<br />
ENG96D-047<br />
EN396D-048<br />
ENG96D-049<br />
ENG96D-050<br />
ENG96D-051<br />
EN396D-052<br />
EN396D-053<br />
ENG96D-054<br />
EN396D-055<br />
EN396D-056<br />
ENG96D-057<br />
ENG96D-058<br />
BNG96D-059<br />
EN396D-060<br />
One assay ton portion used.<br />
Au Au Check Au 2nd Mil t i<br />
PPB PPB PPB Element<br />
9<br />
3<br />
Nil<br />
2<br />
29 21<br />
Nil<br />
Nil ' ~<br />
2 3<br />
7<br />
12 - -<br />
Nil<br />
Nil<br />
Nil<br />
Nil<br />
Nil<br />
Ni 1<br />
2<br />
Nil<br />
5<br />
9<br />
34<br />
3 -' ~<br />
41<br />
163<br />
197<br />
646 621<br />
1920 1637 1989<br />
583 583<br />
79<br />
110<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
/]<br />
Page 2 of 3<br />
6W-4572-RG1<br />
Date: NOV-06-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: ENG 96-D<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers I nc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 75 Core samples<br />
submitted OCT-29-96 by .<br />
Sample<br />
Number<br />
EN396D-061<br />
ENG96D-062<br />
ENG96D-063<br />
EN396D-064<br />
EN396D-065<br />
EN396D-066<br />
ENG96D-067<br />
ENG96D-068<br />
ENG96D-069<br />
ENG96D-070<br />
ENG96D-071<br />
ENG96D-072<br />
EN396D-073<br />
ENC96D-074<br />
EN396D-075<br />
One assay ton portion used.<br />
Au<br />
PPB<br />
17<br />
15<br />
Nil<br />
Nil<br />
Nil<br />
14<br />
2<br />
Nil<br />
3<br />
10<br />
Nil<br />
Nil<br />
Nil<br />
3<br />
2<br />
Au Check Au 2nd Mil t i<br />
PPB PPB Element<br />
12<br />
-<br />
Nil<br />
Certified by_<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 3 of 3<br />
6W-4572-RG1<br />
Date: NOV-06-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: ENG 96-D<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers I nc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 58 Core samples<br />
submitted OCT-29-96 by .<br />
Sampl e<br />
Number<br />
ENG96D-076<br />
EN396D-077<br />
EN396D-078<br />
ENG96D-079<br />
ENG96D-080<br />
EN396D-081<br />
EN396D-082<br />
ENG96D-083<br />
ENG96D-084<br />
EN396D-085<br />
ESG96D-086<br />
ENG96D-087<br />
ESG96D-088<br />
EN396D-089<br />
ENG96D-090<br />
HNG96D-091<br />
ENG96D-092<br />
ENG96D-093<br />
EN396D-094<br />
EN396D-095<br />
EN396D-096<br />
EN396D-097<br />
EN396D-098<br />
ENG96D-099<br />
EN396D-100<br />
ENG96D-101<br />
BG96D-102<br />
EN396D-103<br />
EN396D-104<br />
ENG96D-105<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
24<br />
72 69<br />
Nil<br />
Nil<br />
34<br />
53<br />
98<br />
63<br />
9<br />
Nil<br />
38<br />
Nil<br />
14<br />
Nil<br />
81<br />
33 10<br />
Nil<br />
Nil<br />
5<br />
26<br />
Nil<br />
77<br />
74 77<br />
Nil<br />
Nil<br />
7<br />
Nil<br />
26<br />
147<br />
Nil<br />
Certified by<br />
Mil t i<br />
Element<br />
Resul ts<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page l of 2<br />
6W-4573-RG1<br />
Date: NOV-05-96
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Estab.ished 1928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: ENG 96-D -<br />
Attn: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 58 Core samples<br />
submitted OCT-29-96 by .<br />
Sampl e<br />
Number<br />
EN396D-106<br />
EN396D-107<br />
EN396D-108<br />
EN396D-109<br />
ENG96D-110<br />
EN396D- 1 1 1<br />
EN396D-112<br />
EN396D-113<br />
ENG96D-114<br />
ENG96D-115<br />
ENG96D-116<br />
ENG96D-117<br />
EN396D-118<br />
ENG96D-119<br />
ENG96D-120<br />
ENG96D-121<br />
ENG96D-122<br />
EN396D-123<br />
ENG96D-124<br />
ENG96D-125<br />
ENG96D-126<br />
EN396D-127<br />
EN396D-128<br />
ENG96D-129<br />
ENG96D-130<br />
ENG96D-131<br />
ENG96D-132<br />
EN396D-133<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
2<br />
2<br />
3<br />
9<br />
123 93<br />
2<br />
Nil<br />
2<br />
Nil<br />
3<br />
Nil<br />
3<br />
2<br />
21<br />
Nil<br />
Nil<br />
7<br />
101<br />
19<br />
Nil<br />
Nil<br />
Nil Nil<br />
Nil<br />
Nil<br />
7<br />
3<br />
Nil<br />
43<br />
Certified by-<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 2 of 2<br />
6W-4573-RG1<br />
Date: NOV-05-96<br />
l
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 88 Core samples<br />
submitted OCT-31-96 by .<br />
Sample<br />
Number<br />
ENG96D-134<br />
EN396D-135<br />
ENG96D-136<br />
ENG96D-137<br />
ENG96D-138<br />
ENG96D-139<br />
ENG96D-140<br />
ENG96D-141<br />
ENG96D-142<br />
EN396D-143<br />
EN596D-144<br />
EN396D-145<br />
ENG96D-146<br />
ENG96D-147<br />
E1SG96D-148<br />
EN396D-149<br />
ENG96D-150<br />
ENG96D-151<br />
EN396D-152<br />
EN396D-153<br />
ENG96D-154<br />
EN396D-155<br />
EN396D-156<br />
EN396D-157<br />
EN396D-158<br />
EN396D-159<br />
ETNG96D-160<br />
EN396D-161<br />
EN396D-162<br />
E^G96D-163<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
3<br />
51<br />
209<br />
41<br />
93 87<br />
10<br />
21 7<br />
26<br />
84<br />
21<br />
120 110<br />
7<br />
2<br />
9<br />
5<br />
3<br />
2 3<br />
9<br />
108<br />
173 159<br />
9<br />
10 5<br />
Nil<br />
217<br />
10 9<br />
Certified by<br />
Mil t i<br />
El ement<br />
Resul ts<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page l of 3<br />
6W-4574-RG1<br />
Date: NOV-14-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 88 Core samples<br />
submitted OCT-31-96 by .<br />
Sample<br />
Number<br />
EN396D-164<br />
EN396D-165<br />
ENG96D-166<br />
EN396D-167<br />
ENG96D-168<br />
EN396D-169<br />
EN396D-170<br />
ENG96D-171<br />
ENG96D-172<br />
EN396D-173<br />
ENG96D-174<br />
ENG96D-175<br />
EN396D-176<br />
ENG96D-177<br />
EN396D-178<br />
EN396D-179<br />
EN396D-180<br />
ENG96D-181<br />
ENG96D-182<br />
ENG96D-183<br />
ENG96D-184<br />
ENG96D-185<br />
ENG96D-186<br />
EIsG96D-187<br />
EN396D-188<br />
EN396D-189<br />
EN396D-190<br />
EN396D-191<br />
E^G96D-192<br />
ENG96D-193<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
9<br />
7<br />
17<br />
10 10<br />
9<br />
14<br />
2<br />
3<br />
2<br />
2<br />
Nil<br />
5<br />
Nil<br />
Nil<br />
5<br />
Nil<br />
3<br />
Nil<br />
2<br />
2<br />
Nil<br />
3<br />
12<br />
189 166<br />
75<br />
Nil 2<br />
70<br />
240<br />
5 2<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone ( 705)642-3244 FAX (705)642-3300<br />
Page 2 of 3<br />
6W-4574-RG1<br />
Date: NOV-14-96<br />
^~ ^
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Established 1928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Ann: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 88 Core samples<br />
submitted OCT-31-96 by .<br />
Sampl e<br />
Number<br />
EN396D-194<br />
ENG96D-195<br />
ENG96D-196<br />
EN396D-197<br />
EN396D-198<br />
ENG96D-199<br />
ENG96D-200<br />
ENG96D-201<br />
EN396D-202<br />
ENG96D-203<br />
ENG96D-204<br />
EN396D-205<br />
ENG96D-206<br />
EN396D-207<br />
ENG96D-208<br />
ENG96D-209<br />
EN396D-210<br />
EN396D-2H<br />
EN396D-212<br />
EN396D-213<br />
ENG96D-214<br />
E^G96D-215<br />
E^G96D-216<br />
E^G96D-217<br />
EN396D-218<br />
E^G96D-219<br />
E^G96D-220<br />
EN396D-221<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
31<br />
36<br />
41<br />
87<br />
86<br />
36<br />
38 36<br />
24<br />
55<br />
62<br />
43<br />
279<br />
50<br />
134<br />
58<br />
38<br />
111<br />
65<br />
53<br />
190 182<br />
58<br />
51<br />
2<br />
31<br />
36<br />
45<br />
51<br />
24<br />
Certified by_<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 3 of 3<br />
6W-4574-RG1<br />
Date: NOV-14-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers I nc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 47 Core samples<br />
submitted OCT-31-96 by .<br />
Sample<br />
Number<br />
EN396D-222<br />
EN396D-223<br />
ENG96D-224<br />
ENG96D-225<br />
ENG96D-226<br />
ENG96D-227<br />
ENG96D-228<br />
ENG96D-229<br />
ENG96D-230<br />
EN396D-231<br />
ENG96D-232<br />
ENG96D-233<br />
EN396D-234<br />
ENG96D-235<br />
ENG96D-236<br />
ENG96D-237<br />
ENG96D-238<br />
EN396D-239<br />
ENG96D-240<br />
ENG96D-241<br />
EN396D-242<br />
EN396D-243<br />
ENG96D-244<br />
EN396D-245<br />
EN396D-246<br />
ENG96D-247<br />
ENG96D-248<br />
ENG96D-249<br />
E^G96D-250<br />
ENG96D-251<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
43 - Results<br />
48 - to<br />
45 - f o 1 1 ow<br />
98<br />
43<br />
120<br />
60<br />
51<br />
79<br />
31<br />
98<br />
50<br />
27 24<br />
24<br />
38<br />
29<br />
39<br />
36<br />
113 115<br />
120<br />
99<br />
36<br />
34<br />
27<br />
69 65<br />
89<br />
38<br />
43<br />
14<br />
24<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705)642-3244 FAX (705)642-3300<br />
Page l of 2<br />
6W-4575-RG1<br />
Date: NOV-14-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Aim: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 47 Core samples<br />
submitted OCT-31 -96 by .<br />
Sample Au Au Check Mil t i<br />
Number PPB PPB Element<br />
ENG96D-252 2<br />
EN396D-253 3<br />
EN396D-254 2<br />
EN396D-255 51<br />
EN396D-256 375<br />
EN396D-257 62 "" -<br />
EN396D-258 19<br />
ENG96D-259 10<br />
ENG96D-260 106<br />
ENG96D-261 46<br />
EN396D-262'''''''''''' - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~<br />
EN396D-263 39<br />
ENG96D-264 14<br />
ENG96D-265 744 737<br />
E^G96D-266 437<br />
EN396D-267 283 285<br />
EN396D-268 43<br />
One assay ton portion used.<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone ( 705) 642-3244 FAX ( 705)642-3300<br />
Page 2 of 2<br />
6W-4575-RG1<br />
Date: NOV-14-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 81 Rock samples<br />
submitted NOV-04-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-269<br />
Eng96D-270<br />
Eng96D-271<br />
Eng96D-272<br />
Eng96D-273<br />
Eng96D-274<br />
Eng96D-275<br />
Eng96D-276<br />
Eng96D-277<br />
Eng96D-278<br />
Eng96D-279<br />
Eng96D-280<br />
Eng96D-281<br />
Eng96D-282<br />
Eng96D-283<br />
Eng96D-284<br />
Eng96D-285<br />
Eng96D-286<br />
Eng96D-287<br />
Eng96D-288<br />
Eng96D-289<br />
Eng96D-290<br />
Eng96D-291<br />
Eng96D-292<br />
Eng96D-293<br />
Eng96D-294<br />
Eng96D-295<br />
Eng96D-296<br />
Eng96D-297<br />
Eng96D-298<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
151<br />
98<br />
387<br />
816 842<br />
267<br />
375<br />
1269<br />
63<br />
2<br />
5<br />
2<br />
19<br />
34 15<br />
3<br />
22<br />
10<br />
Nil<br />
5<br />
10<br />
2<br />
58<br />
163<br />
65<br />
17<br />
Nil<br />
38<br />
53<br />
72 151<br />
77<br />
46<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705)642-3244 FAX (705)642-3300<br />
Page l of 3<br />
6W-4691-RG1<br />
Date: NOV-15-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Atm: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 81 Rock samples<br />
submitted NOV-04-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-299<br />
Eng96D-300<br />
Eng96D-301<br />
Eng96D-302<br />
Eng96D-303<br />
Eng96D-304<br />
Eng96D-305<br />
Eng96D-306<br />
Eng96D-307<br />
Eng96D-308<br />
Eng96D-309<br />
Eng96D-310<br />
Eng96D-311<br />
Eng96D-312<br />
Eng96D-313<br />
Eng96D-314<br />
Eng96D-315<br />
Eng96D-316<br />
Eng96D-317<br />
Eng96D-318<br />
Eng96D-319<br />
Eng96D-320<br />
Eng96D-321<br />
Eng96D-322<br />
Eng96D-323<br />
Eng96D-324<br />
Eng96D-325<br />
Eng96D-326<br />
Eng96D-327<br />
Eng96D-328<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
235<br />
3<br />
22<br />
113<br />
439<br />
221<br />
245 189<br />
21<br />
65<br />
74<br />
170<br />
115<br />
213<br />
Nil<br />
Nil<br />
3<br />
3<br />
175 177<br />
393<br />
57<br />
120<br />
298<br />
245 228<br />
101<br />
12<br />
Nil<br />
Nil<br />
Nil<br />
2<br />
3 3<br />
Certified by_<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 2 of 3<br />
6W-4691-RG1<br />
Date: NOV-15-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 81 Rock samples<br />
submitted NOV-04-96 by .<br />
Sample Au Au Check Mil t i<br />
Number PPB PPB Element<br />
Eng96D-329 2<br />
Eng96D-330 Nil Nil<br />
Eng96D-331 Nil<br />
Eng96D-332 Nil<br />
Eng96D-333 3<br />
Eng96D-334 Nil<br />
Eng96D-335 Nil Nil<br />
Eng96D-336 Nil<br />
Eng96D-337 Nil<br />
Eng96D-338 Nil<br />
Eng96D-339 Nil<br />
Eng96D-340 Nil<br />
Eng96D-341 Nil<br />
Eng96D-342 2<br />
Eng96D-343 Nil Nil<br />
Eng96D-344 Nil<br />
Eng96D-345 Nil<br />
Eng96D-346 Nil<br />
Eng96D-347 Nil<br />
Eng96D-348 2<br />
Ena96D-349 Nil<br />
One assay ton portion used.<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705)642-3244 FAX (705)642-3300<br />
Page 3 of 3<br />
6W-4691-RG1<br />
Date: NOV-15-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 82 core samples<br />
submitted NOV-04-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-350<br />
Eng96D-351<br />
Eng96D-352<br />
Eng96D-353<br />
Eng96D-354<br />
Eng96D-355<br />
Eng96D-356<br />
Eng96D-357<br />
Eng96D-358<br />
Eng96D-359<br />
Eng96D-360<br />
Eng96D-361<br />
Eng96D-362<br />
Eng96D-363<br />
Eng96D-364<br />
Eng96D-365<br />
Eng96D-366<br />
Eng96D-367<br />
Eng96D-368<br />
Eng96D-369<br />
Eng96D-370<br />
Eng96D-371<br />
Eng96D-372<br />
Eng96D-373<br />
Eng96D-374<br />
Eng96D-375<br />
Eng96D-376<br />
Eng96D-377<br />
Eng96D-378<br />
Eng96D-379<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
81<br />
96<br />
180<br />
259 254<br />
295<br />
98<br />
33<br />
22<br />
2<br />
10<br />
9<br />
24<br />
2<br />
7<br />
Ni 1 Ni 1<br />
5<br />
7<br />
3<br />
19<br />
33<br />
79<br />
101 142<br />
62<br />
82<br />
94<br />
79<br />
235<br />
82<br />
178<br />
159<br />
Certified by<br />
Mil t i<br />
Element<br />
Results<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone ( 705)642-3244 FAX (705)642-3300<br />
^<br />
Page l of 3<br />
6W-4692-RG1<br />
Date: NOV-18-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Arm: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 82 core samples<br />
submitted NOV-04-96 by .<br />
Sample<br />
Number<br />
Eng96D-380<br />
Eng96D-381<br />
Eng96D-382<br />
Eng96D-383<br />
Eng96D-384<br />
Eng96D-385<br />
Eng96D-386<br />
Eng96D-387<br />
Eng96D-388<br />
Eng96D-389<br />
Eng96D-390<br />
Eng96D-391<br />
Eng96D-392<br />
Eng96D-393<br />
Eng96D-394<br />
Eng96D-395<br />
Eng96D-396<br />
Eng96D-397<br />
Eng96D-398<br />
Eng96D-399<br />
Eng96D-400<br />
Eng96D-401<br />
Eng96D-402<br />
Eng96D-403<br />
Eng96D-404<br />
Eng96D-405<br />
Eng96D-406<br />
Eng96D-407<br />
Eng96D-408<br />
Eng96D-409<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
357<br />
147<br />
214<br />
233<br />
154<br />
312<br />
201 156<br />
79<br />
82<br />
81<br />
12<br />
5<br />
9<br />
3<br />
Nil<br />
7<br />
Nil<br />
Nil<br />
Nil<br />
27 33<br />
Nil<br />
3<br />
Nil<br />
Nil<br />
Nil<br />
5<br />
Nil<br />
Nil<br />
Nil<br />
19 17<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705 ) 642-3244 FAX (705) 642-3300<br />
/l<br />
Page 2 of 3<br />
6W-4692-RG1<br />
Date: NOV-18-96
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Established 1928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Ann: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 82 core samples<br />
submitted NOV-04-96 by .<br />
Sample Au Au Check Mil t i<br />
Number PPB PPB Element<br />
Eng96D-410 Nil<br />
Eng96D-411 Nil<br />
Eng96D-412 158<br />
Eng96D-413 Nil Nil<br />
Eng96D-414 14<br />
Eng96D-415 Nil<br />
Eng96D-416 Nil<br />
Eng96D-417 7<br />
Eng96D-418 10<br />
Eng96D-419 5 2<br />
Eng96D-420 2<br />
Eng96D-421 Nil<br />
Eng96D-422 Ni l<br />
Eng96D-423 113<br />
Eng96D-424 365<br />
Eng96D-425 146<br />
Eng96D-426 Nil<br />
Eng96D-427 Ni l<br />
Eng96D-428 5<br />
Eng96D-429 34<br />
Eng96D-430 Nil Nil<br />
Eng96D-431 67<br />
One assay ton portion used.<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone ( 705) 642-3244 FAX (705) 642-3300<br />
Page 3 of 3<br />
6W-4692-RG1<br />
Date: NOV-18-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Ann: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 59 Rock samples<br />
submitted NOV-05-96 by .<br />
Sample<br />
Number<br />
Eng96D-432<br />
Eng96D-433<br />
Eng96D-434<br />
Eng96D-435<br />
Eng96D-436<br />
Eng96D-437<br />
Eng96D-438<br />
Eng96D-439<br />
Eng96D-440<br />
Eng96D-441<br />
Eng96D-442<br />
Eng96D-443<br />
Eng96D-444<br />
Eng96D-445<br />
Eng96D-446<br />
Eng96D-447<br />
Eng96D-448<br />
Eng96D-449<br />
Eng96D-450<br />
Eng96D-451<br />
Eng96D-452<br />
Eng96D-453<br />
Eng96D-454<br />
Eng96D-455<br />
Eng96D-456<br />
Eng96D-457<br />
Eng96D-458<br />
Eng96D-459<br />
Eng96D-460<br />
Eng96D-461<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
7<br />
9<br />
Nil<br />
3<br />
Nil<br />
Nil<br />
Nil<br />
2<br />
Nil<br />
Nil<br />
3<br />
Nil<br />
Nil<br />
9<br />
Nil<br />
237 261<br />
Nil<br />
Nil<br />
Nil<br />
Nil<br />
106 96<br />
74<br />
15<br />
51<br />
27<br />
262 266<br />
17<br />
21<br />
55<br />
62<br />
Certified by<br />
Mil t i<br />
El ement<br />
Results<br />
to<br />
Fo 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705)642-3244 FAX ( 705)642-3300<br />
/"l 1 XI<br />
Page l of 2<br />
6W-4689-RG1<br />
Date: NOV-20-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Mm: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 5 9 Rock samples<br />
submitted NOV-05-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-462<br />
Eng96D-463<br />
Eng96D-464<br />
Eng96D-465<br />
Eng96D-466<br />
Eng96D-467<br />
Eng96D-468<br />
Eng96D-469<br />
Eng96D-470<br />
Eng96D-471<br />
Eng96D-472<br />
Eng96D-473<br />
Eng96D-474<br />
Eng96D-475<br />
Eng96D-476<br />
Eng96D-477<br />
Eng96D-478<br />
Eng96D-479<br />
Eng96D-480<br />
Eng96D-481 '<br />
Eng96D-482<br />
Eng96D-483<br />
Eng96D-484<br />
Eng96D-485<br />
Eng96D-486<br />
Eng96D-487<br />
Eng96D-488<br />
Eng96D-489<br />
Eng96D-490<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
994 1029<br />
17<br />
12<br />
Nil<br />
Ni 1<br />
Ni 1 Ni 1<br />
5<br />
7<br />
Nil<br />
5<br />
12<br />
Nil<br />
Ni 1<br />
33<br />
41<br />
15<br />
65 57<br />
Nil<br />
Nil<br />
Nil<br />
9<br />
12<br />
14<br />
31<br />
Nil<br />
Nil<br />
19<br />
Nil<br />
Ni 1 Ni 1<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705)642-3244 FAX (705)642-3300<br />
Page 2 of 2<br />
6W-4689-RG1<br />
Date: NOV-20-96
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Established 1928 Assaying - Consulting - Representation<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Ann: P. Chubb<br />
We hereby certify the following Geochemical Analysis of 59 Rock samples<br />
submitted NOV-05-96 by .<br />
Sample<br />
Number<br />
Eng96D-491<br />
Eng96D-492<br />
Eng96D-493<br />
Eng96D-494<br />
Eng96D-495<br />
Eng96D-496<br />
Eng96D-497<br />
Eng96D-498<br />
Eng96D-499<br />
Eng96D-500<br />
Eng96D-501<br />
Eng96D-502<br />
Eng96D-503<br />
Eng96D-504<br />
Eng96D-505<br />
Eng96D-506<br />
Eng96D-507<br />
Eng96D-508<br />
Eng96D-509<br />
Eng96D-510<br />
Eng96D-511<br />
Eng96D-512<br />
Eng96D-513<br />
Eng96D-514<br />
Eng96D-515<br />
Eng96D-516<br />
Eng96D-517<br />
Eng96D-518<br />
Eng96D-519<br />
Eng96D-520<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
2<br />
91 103<br />
9<br />
3<br />
Nil<br />
36<br />
2<br />
10<br />
9<br />
7<br />
7<br />
10<br />
142 146<br />
50 43<br />
36<br />
5<br />
2<br />
7<br />
7<br />
36<br />
10<br />
14<br />
33<br />
55<br />
69<br />
182<br />
14<br />
250<br />
99 89<br />
278 158<br />
Certified by<br />
Mil t i<br />
El ement<br />
Resul ts<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page l of 2<br />
6W-4690-RG1<br />
Date: NOV-21-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation Page 2 of 2<br />
We hereby certify the following Geochemical Analysis of 59 Rock samples<br />
submitted NOV-05-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-521<br />
Eng96D-522<br />
Eng96D-523<br />
Eng96D-524<br />
Eng96D-525<br />
Eng96D-526<br />
Eng96D-527<br />
Eng96D-528<br />
Eng96D-529<br />
Eng96D-530<br />
Eng96D-531<br />
Eng96D-532<br />
Eng96D-533<br />
Eng96D-534<br />
Eng96D-535<br />
Eng96D-536<br />
Eng96D-537<br />
Eng96D-538<br />
Eng96D-539<br />
Eng96D-540<br />
Eng96D-541<br />
Eng96D-542<br />
Eng96D-543<br />
Eng96D-544<br />
Eng96D-545<br />
Eng96D-546<br />
Eng96D-547<br />
Eng96D-548<br />
Eng96D-549<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
57<br />
51<br />
5 5<br />
33<br />
29<br />
15<br />
14<br />
12<br />
81<br />
144<br />
370 312<br />
187<br />
219<br />
58<br />
182 185<br />
3<br />
5<br />
3<br />
Nil<br />
2<br />
3<br />
21<br />
7<br />
17<br />
3<br />
77 74<br />
17<br />
38<br />
17<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
6W-4690-RG1<br />
Date: NOV-21-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company:<br />
Project:<br />
Ann:<br />
CAMECO GOLD INC<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting . Representation<br />
We hereby certify the following Geochemical Analysis of 100 Core samples<br />
submitted NOV-04-96 by .<br />
Sampl e<br />
Number<br />
ENG96D-550<br />
ENG96D-551<br />
EN396D-552<br />
ENG96D-553<br />
EISG96D-554<br />
ENG96D-555<br />
EN396D-556<br />
EN396D-557<br />
e*396D-558<br />
ENG96D-559<br />
EN396D-560<br />
EN396D-561<br />
EN396D-562<br />
EN396D-563<br />
ENG96D-564<br />
EN396D-565<br />
ENG96D-566<br />
EN396D-567<br />
ENG96D-568<br />
EN396D-569<br />
ENG96D-570<br />
BSG96D-571<br />
EN396D-572<br />
ENG96D-573<br />
EN396D-574<br />
EN396D-575<br />
E^G96D-576<br />
EN396D-577<br />
EM396D-578<br />
ENG96D-579<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
12<br />
26 48<br />
24<br />
15<br />
14<br />
24<br />
57<br />
22<br />
27<br />
75<br />
134<br />
93<br />
149<br />
96<br />
22<br />
10<br />
3<br />
69 60<br />
10<br />
10<br />
14<br />
7<br />
130<br />
9<br />
21<br />
12 32 7<br />
46<br />
Nil<br />
Certified by<br />
Mil t i<br />
Element<br />
Resul t s<br />
to<br />
Fo 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page l of 4<br />
6W-4806-RG1<br />
Date: NOV-20-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company:<br />
Project:<br />
Ann:<br />
CAMECO GOLD INC<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 100 Core samples<br />
submitted' NOV-04-96 by .<br />
Sampl e<br />
Number<br />
ENG96D-580<br />
ENG96D-581<br />
ENG96D-582<br />
ENG96D-583<br />
ENG96D-584<br />
ENG96D-585<br />
EN396D-586<br />
ENG96D-587<br />
EN396D-588<br />
EN396D-589<br />
ENG96D-590<br />
EN396D-591<br />
ENG96D-592<br />
BNG96D-593<br />
EN396D-594<br />
EN396D-595<br />
EN396D-596<br />
ENG96D-597<br />
ENG96D-598<br />
ENG96D-599<br />
ENG96D-600<br />
EN396D-601<br />
B*G96D-602<br />
ENG96D-603<br />
ENG96D-604<br />
ENG96D-605<br />
EN396D-606<br />
ENG96D-607<br />
ESG96D-608<br />
E1NG96D-609<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
5<br />
9 2<br />
5 5<br />
7<br />
7<br />
5<br />
5 33<br />
5<br />
2<br />
Ni 1 Ni 1<br />
Nil<br />
12<br />
3<br />
Nil 2<br />
22 9<br />
3<br />
3<br />
Nil<br />
48<br />
2<br />
2<br />
Nil<br />
5 5<br />
31 3<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 F AX (705) 642-3300<br />
Page 2 of 4<br />
6W-4806-RG1<br />
Date: NOV-20-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project:<br />
Attn:<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 100 Core samples<br />
submitted NOV-04-96 by .<br />
Sampl e<br />
Number<br />
ENG96D-610<br />
ENG96D-611<br />
ENG96D-612<br />
EN396D-613<br />
ENG96D-614<br />
EN396D-615<br />
ENG96D-616<br />
EN396D-617<br />
ENG96D-618<br />
EN396D-619<br />
EN396D-620<br />
EN396D-621<br />
EN396D-622<br />
ENG96D-623<br />
ENG96D-624<br />
ENG96D-625<br />
EN396D-626<br />
EN396D-627<br />
EN396D-628<br />
EN396D-629<br />
EN396D-630<br />
EN396D-631<br />
EN396D-632<br />
ENG96D-633<br />
EN396D-634<br />
ENG96D-635<br />
E^G96D-636<br />
ENG96D-637<br />
ENG96D-638<br />
EN396D-639<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
5<br />
14<br />
12<br />
10<br />
31<br />
9<br />
5<br />
14<br />
5<br />
7<br />
24<br />
34 27<br />
69 70<br />
2<br />
Nil<br />
9 5<br />
Nil<br />
17<br />
5<br />
Nil<br />
17<br />
2 Nil<br />
3<br />
2<br />
2<br />
3<br />
5<br />
3 3<br />
31<br />
22<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
/o<br />
Page 3 of 4<br />
6W-4806-RG1<br />
Date: NOV-20-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company:<br />
Project:<br />
Ann:<br />
CAMECO GOLD INC<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 100 Core samples<br />
submitted NOV-04-96 by .<br />
S amp l e<br />
Number<br />
EN396D-640<br />
EN396D-641<br />
EN396D-642<br />
ESG96D-643<br />
EN396D-644<br />
ENG96D-645<br />
ENG96D-646<br />
EN396D-647<br />
ENG96D-648<br />
EN396D-649<br />
One assay ton portion used.<br />
Au<br />
PPB<br />
"\2<br />
39 53<br />
53<br />
7<br />
12<br />
9<br />
7<br />
2<br />
Au Check<br />
PPB<br />
10<br />
Certified by<br />
Mil t i<br />
Element<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 4 of 4<br />
6W-4806-RG1<br />
Date: NOV-20-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Ann: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Axsayers Inc.<br />
Assaying - Consulting - Representation Page l of 3<br />
We hereby certify the following Geochemical Analysis of 79 Core samples<br />
submitted NOV-07-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-650<br />
Eng96D-651<br />
Eng96D-652<br />
Eng96D-653<br />
Eng96D-654<br />
Eng96D-655<br />
Eng96D-656<br />
Eng96D-657<br />
Eng96D-658<br />
Eng96D-659<br />
Eng96D-660<br />
Eng96D-661<br />
Eng96D-662<br />
Eng96D-663<br />
Eng96D-664<br />
Eng96D-665<br />
Eng96D-666<br />
Eng96D-667<br />
Eng96D-668<br />
Eng96D-669<br />
Eng96D-670<br />
Eng96D-671<br />
Eng96D-672<br />
Eng96D-673<br />
Eng96D-674<br />
Eng96D-675<br />
Eng96D-676<br />
Eng96D-677<br />
Eng96D-678<br />
Eng96D-679<br />
One assay ton portion used.<br />
Au Au Check<br />
PPB PPB<br />
Nil<br />
Nil<br />
2<br />
Nil<br />
Ni 1 Ni 1<br />
5<br />
5<br />
12<br />
7<br />
9<br />
5<br />
9<br />
Nil<br />
5<br />
Nil<br />
12<br />
3 2<br />
Nil<br />
5<br />
7<br />
10<br />
3<br />
Nil<br />
12<br />
51 45<br />
Nil<br />
10<br />
29<br />
5<br />
7<br />
Certified by<br />
Mil t i<br />
Element<br />
Resul ts<br />
to<br />
f o 1 1 ow<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK 1TO<br />
Telephone (705) 642-3244 FAX ( 705) 642-3300<br />
x)<br />
6W-4736-RG1<br />
Date: NOV-21-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Aim: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers I nc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 79 Core samples<br />
submitted NOV-07-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-680<br />
Eng96D-681<br />
Eng96D-682<br />
Eng96D-683<br />
Eng96D-684<br />
Eng96D-685<br />
Eng96D-686<br />
Eng96D-687<br />
Eng96D-688<br />
Eng96D-689<br />
Eng96D-690<br />
Eng96D-691<br />
Eng96D-692<br />
Eng96D-693<br />
Eng96D-694<br />
Eng96D-695<br />
Eng96D-696<br />
Eng96D-697<br />
Eng96D-698<br />
Eng96D-699<br />
Eng96D-700<br />
Eng96D-701<br />
Eng96D-702<br />
Eng96D-703<br />
Eng96D-704<br />
Eng96D-705<br />
Eng96D-706<br />
Eng96D-707<br />
Eng96D-708<br />
Eng96D-709<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
Nil<br />
2<br />
Nil<br />
12 12<br />
Nil<br />
2<br />
3<br />
7<br />
3<br />
Nil<br />
5<br />
41 46<br />
9 7<br />
5<br />
Nil<br />
3<br />
Nil<br />
3<br />
2<br />
2<br />
15<br />
Nil<br />
Nil<br />
Nil<br />
3 Nil<br />
Nil<br />
3<br />
Nil<br />
Nil<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
/l<br />
Page 2 of 3<br />
6W-4736-RG1<br />
Dace: NOV-21-96
Established 1928<br />
Geochemical Analysis Certificate<br />
Company: CAMECO GOLD INC<br />
Project: English<br />
Attn: P. Chubb<br />
Swastika Laboratories<br />
A Division of TSL/Assayers Inc.<br />
Assaying - Consulting - Representation<br />
We hereby certify the following Geochemical Analysis of 79 Core samples<br />
submitted NOV-07-96 by .<br />
Sampl e<br />
Number<br />
Eng96D-710<br />
Eng96D-711<br />
Eng96D-712<br />
Eng96D-713<br />
Eng96D-714<br />
Eng96D-715<br />
Eng96D-716<br />
Eng96D-717<br />
Eng96D-718<br />
Eng96D-719<br />
Eng96D-720<br />
Eng96D-721<br />
Eng96D-722<br />
Eng96D-723<br />
Eng96D-724<br />
Eng96D-725<br />
Eng96D-726<br />
Eng96D-727<br />
Eng96D-728<br />
One assay ton portion used.<br />
Au Au Check Mil t i<br />
PPB PPB Element<br />
Nil<br />
3<br />
Nil<br />
Nil<br />
2<br />
Nil<br />
Ni 1 Ni 1<br />
57<br />
Nil<br />
Nil<br />
7<br />
5<br />
34<br />
10<br />
5<br />
3<br />
353 285<br />
O<br />
Nil -<br />
Certified by<br />
P.O. Box 10, Swastika, <strong>Ontario</strong> POK1TO<br />
Telephone (705) 642-3244 FAX (705) 642-3300<br />
Page 3 of 3<br />
6W-4736-RG1<br />
Date: NOV-21-96
CAMECO CORPORATION<br />
ATTN: P . CHUBB<br />
PROJ: ENG 96-D<br />
6W-4572-RG1<br />
SAMPLE #<br />
ENG96D-001<br />
ENG96D-002<br />
ENG96D-003<br />
ENG96D-004<br />
ENG96D-005<br />
ENG96D-006<br />
ENG96D-007<br />
ENG96D-008<br />
ENG96D-009<br />
ENG96D-010<br />
ENG96D-011<br />
ENG96D-012<br />
ENO96D-013<br />
ENG96D-014<br />
ENG96D-015<br />
ENG96D-016<br />
ENG96D-017<br />
ENG96D-018<br />
ENG96D-O19<br />
ENG96D-O20<br />
ENG96D-021<br />
ENG96D-022<br />
ENG96D-023<br />
ENG96D-024<br />
EN096D-025<br />
ENG96D-026<br />
ENG96D-027<br />
ENG96D-028<br />
ENG96D-029<br />
ENG96D-030<br />
ENG96D-031<br />
ENG96D-032<br />
ENG96D-033<br />
ENG96D-034<br />
ENG96D-035<br />
2 Ag::l Al<br />
:S;fci 3 . 4<br />
22W1 3.0<br />
s-:'x2-i 3.0; S'x'Sl 3. 5 ;<br />
i|ifi| 3.5;<br />
SfXSl 3.8;<br />
2SX2i 4.3<br />
W 3- 5i<br />
:;Sxii 3 . 2';.;<br />
"S Si 3.4-<br />
lil* 2.4':<br />
|2-:,B;l. 3.12<br />
^:C S''"' :''Sv iS<br />
"v-V'.V'.'-l -a T...<br />
" .7. - V. J. O.I"<br />
rSxifi 3.i7<br />
* ' :' : '1" 1 R ' ' "<br />
11 : 1.': 1* *- - O-/<br />
M'cSl 2.4<br />
4 - 4S<br />
: v'.::'::y:?-,;.v''^ v ;S<br />
PW/^rr 2 fi'"'-<br />
Sill 3.33i<br />
IP; 3- 2?<br />
22X251 l . i;.;<br />
Sixll 2. 2 i -*i 5 - <<br />
•.•f..-'-:.:':?--?"-'------ • . --..- i<br />
./..-. : ...-a.-":?-:'-,<br />
: y . -' ."v v.'.y - *<br />
SRI! 3.32.<br />
;f2;X;il 3.22:<br />
SixSl 2.5<br />
2.322<br />
0.9522<br />
AS<br />
/Ppra<br />
ix''5 : <<br />
Si-5 <<br />
3:20 <<br />
It* '<br />
Sib <<br />
ip? <<br />
V/s<br />
;20 <<br />
I;M *<br />
B i<br />
ppm :<br />
ppm<br />
;'x is < ioi :2-"5<br />
'.-.. /lo < 107<br />
S'29"<br />
S 20<br />
Sfes < 107:<br />
lOf<br />
107<br />
ibi<br />
loS<br />
103<br />
102<br />
ioS<br />
IOS<br />
loi:<br />
1 n'--'<br />
f 20<br />
iol<br />
ioS<br />
io;S<br />
72=7 ! 3.42 1072;<br />
fei* 1-^l 2720 <<br />
12*21 2.52:;<br />
jjffg 1 2 . 9.;? SIP <<br />
i:::^--^ :!:F:^: :^:; 1 '••!*t •f<br />
fi;xSi 2.7.7 ^ -S < 1O|7<br />
xfs < 10727<br />
lofi W<br />
101I<br />
loSj<br />
:^::^ : :i: W<br />
10*<br />
:i,'2't<br />
Si i<br />
2:X-xSl 3 . 6; 102<br />
pt:;! 3.4; iS'5' < S 19<br />
S'lO < 7-25<br />
.;*;'i<br />
i-S'2.<br />
2 7X71' 3 . 0: fx;5 { 102 :t:33<br />
S* .'5 < 10 2228<br />
ixSs ( 10<br />
l" 10::2 2253<br />
lyH'V -. v<br />
'"''K<br />
'•••34<br />
:;iis<br />
X7;l<br />
-iilO<br />
P<br />
SS* rj<br />
'^5<br />
pi;<br />
fs<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
Be 2|Bi.;/ ea iS :cd/<br />
ppra ; i ppm Sf 7 ,ppm<br />
( i2-x:.-5 4.2.;2xii<br />
( lii;X.i5 4.4; r:x'i i ;<br />
< riixSs 3.6SX21-<br />
< i|ai:;5 4.922ix.;-l.<br />
< 122X.25; 4.lIWii<br />
< i77x;;;f 3.9S;;;xii<br />
< i;i7xi.5' 3.8777x;;i<br />
< i.22:f;5 5.i2;;xi::.i<br />
( 17;. :;U25 4.62^71-<br />
< li: 2^75. 4 . 3,; 2:: x '1<br />
< i'2;V-; :5 4.5;;s'x::i<br />
( lii'*:;;! -l - 52.;:-x2 :i<br />
< l2-;-:^2.:5; 2.6;Sx2:i<br />
< 1;77 :X25 3.i77;c7;l<br />
< iS'piS 2.17i^7l<br />
( 17:i.X:75 4 ..322x71-<br />
< i:-;:x'i5' i7J:r^i;i<br />
< lS;X:-5 7.9iW|cV;i<br />
< llpi 7.4H1I<br />
( ^i!*;^ lopp;<br />
< 1::;2X25 5.5-22x11<br />
< i;-;ixS5 i.9.;.l|.;::i<br />
^ l 1 " "'''C"-' 5 1 2?"""'"^ f •••'••ip<br />
< iWcis 2.4^|l;j :<br />
< iSSiS 5.i-aflf2f<br />
( i||?;t 2.o:S|ii;<br />
< i;-;'iV:.'5 3.o;iv;;:i:<br />
< liScfis; 4.9:pi::r<br />
y l"1" ' ' "V " S 7 O"-"" /- : l"1 "<br />
*. . v. ^ -. V ' . 7,.'....,.-V,y-.^..<br />
< l72ixSB 8.3S'28i :<br />
' e.oiScEi<br />
TSL/ASSAYE .aboratories<br />
1270 FEWSTER DRIVE, UNIT 3 MISSISSAUGA.ONTARIO L4W-1A4<br />
PHONE it: ( 905)602-8236 FAX #: (905)206-0513<br />
co -;-;scr :;<br />
ppm ppm<br />
35.22299<br />
42;:S7i5'?<br />
I.C.A.P. PLASMA SCAN<br />
- S ;:"::'Si:?. 1;;:<br />
;;'. 1.';,".;::.:.:.:/-. . /.<br />
36 "' . (55<br />
4 6 -i;::. 59<br />
35 ::.i::S'6;5'<br />
34; i 130<br />
45vs;iib<br />
140221:60<br />
6122-160<br />
592l'50<br />
4 2 -; 2130<br />
26i;7i :8fb<br />
^lli<br />
^•\:^:^-<br />
•'•'- " ii - '" '"'<br />
i3o::ii6bb<br />
91 1800<br />
36;;.i :23b<br />
Cu 2,<br />
ppm<br />
120.:<br />
130;<br />
140-:<br />
120i<br />
120 1<br />
97 i<br />
Aqua-Regia Digestion<br />
170S fei 1' 73 i-^0 * 2^070.1<br />
62i<br />
1302<br />
1002<br />
;Fei: Mg i. Mn : Mo :;2,.Ha '-;<br />
* : * L ppra ppm:-* ; ::<br />
7.7 1.5 1400 < 2, 0.03<br />
X7.1 1.0:1600 < 2'0.06<br />
22oi 2?i2 1.1:1400 < 2-ip;'02<br />
1307 ml, 1 .671200 ( 27blo2<br />
JKf)'- -'4 ''tt - ' : x ''' :':::".::.::...: ; ..<br />
*- 3 U<br />
;:: : . T : :,:. - .::::.TI ..V;^ ' . Y* v4<br />
22' :2; 2;.2--22..: - ::-727:7::<br />
i?:. 3 1.571300 < 2
CAMECO Cv,<br />
ATTN: P. CHUBB<br />
PROJ: ENG 96-D<br />
6W-4572-RG1<br />
SAMPLE #<br />
ENQ96D-036<br />
ENG96D-037<br />
EN096D-038<br />
ENG96D-039<br />
ENG96D-040<br />
ENO96D-041<br />
ENG96D-042<br />
ENQ96D-043<br />
ENG96D-044<br />
ENG96D-045<br />
ENG96D-046<br />
EN096D-047<br />
ENG96D-048<br />
ENG96D-049<br />
ENG96D-050<br />
ENG96D-051<br />
ENG96D-052<br />
ENG96D-O53<br />
ENG960-054<br />
ENG96D-055<br />
ENG96D-056<br />
ENG96D-OS7<br />
ENG96D-058<br />
ENG96D-059<br />
ENG96D-060<br />
ENG96D-061<br />
ENG96D-062<br />
ENG96D-063<br />
ENG96D-064<br />
EN096D-065<br />
ENG96D-066<br />
ENG96D-067<br />
ENG96D-068<br />
ENG96D-069<br />
ENG96D-070<br />
RATION<br />
Ag Al As B : Ba Be<br />
ppra fc PPra PPmi viPpra ppra.<br />
O 1.75.^5 < 10:5100 < liv;<br />
ci 1.6 ./V'S < 10*5120 * 1-i<br />
(l 0.78 5.5. x 10;5l60 < 15<br />
< l 1.3X5 ( 10:5380 ( l5<br />
Ci 1.4- :10 < 1051525 < 15<br />
< i 1.6:;. ( 5 , iq: ;;32o < iii<br />
* l 1.6i; "IO < 10 ;;;.94 < 15<br />
X ;1 2.6: .,-C;,5 < 10555 ; 8 < IV<br />
xi i.3r55'5': ( i o;;:;,;^;.i < i;:;<br />
•"(••i i .7::5.x5 5 ( i q5',x5i < i;.<br />
1.5;<br />
0.8 e;;;;;:: lo<br />
0.9355*55<br />
.5x:;l < 15<br />
10<br />
ii:v;;;2.5 < i5<br />
lo;<br />
s5i4 < iii<br />
:.X-'l 0.45 : 5X;;5 < 10-<br />
X l 1.2'55xl;5 < 10; 5150 < l<br />
:"xvi o.38;5x:i5 < 10: :;5v30 < li<br />
5:;:5 < i5<br />
;x5i o.3i55x :55 < 10;<br />
;vv:i 0.47;;;<br />
3 0.565<br />
:.?1 0.355<br />
: l 0.675;<br />
:; l 0.53S<br />
! 5l 2. Si<br />
;iil l.lf; :<br />
vi;5 < 10<br />
x;:;5 < i o"<br />
bio < 10<br />
C;5 < 10<br />
l . 6ViiX;;:5 < IP' 1 .' 1<br />
2.415:^5 < lOt<br />
2.311155 < i o :;;<br />
vX ;;1 l. 9VVWX<br />
;vc.i;l 1.6i : i;x<br />
Sftl 2.3l5"x<br />
ii{':S 2. o!55i<br />
10<br />
10<br />
380<br />
iiati<br />
ppm<br />
< lisJSS<br />
( l<br />
( Ifi<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
*;' 5<br />
TSL/ASSAYE'<br />
1270 FEWSTER DRIVE, UNIT 3<br />
PHONE #: (905)602-8236<br />
:Cd<br />
ppm<br />
4.1;v<br />
5.9;v ;x: i<br />
4 .9 j .x: i i<br />
6.8<br />
5 .8<br />
7.0<br />
4 .0<br />
5. i:<br />
3.9,,<br />
4.55<br />
5. 3 2;, C Vi<br />
5.6;:<br />
3 . 3;;<br />
4.8-V<br />
3 . 25<br />
4 . 9;;<br />
4. eS<br />
4. gf<br />
5.l5<br />
4 . li<br />
3.0;;<br />
4. i:::<br />
4.75<br />
4. is<br />
s. o;;<br />
4.35<br />
7. 8|<br />
"''*'i l<br />
'?M:t<br />
5;;:x5i:<br />
-"boratories<br />
JISSAUGA, ONTARIO L4W-1A4<br />
FAX #: (905)206-0513<br />
I.C.ft.P. PLASMA SCAN<br />
co ;v crv. cu :;;<br />
ppmvvppra ppm.<br />
4751200 62 i:<br />
48",;9fiq 57ii<br />
32.;5 124q 82<br />
98/1400 43<br />
68:;;i3pb 55:<br />
4q; : ibbb<br />
33:i : i2ioq<br />
35;ibqb<br />
s&islbb<br />
40 : V :<br />
Aqua-Regia Digestion<br />
Fe<br />
5.2<br />
4 f 8<br />
V4. 6<br />
4.9<br />
tiiiz<br />
74V5V3.4<br />
33:;:<br />
34V:<br />
61^; ;;38q 30V<br />
485.1550 6v;<br />
46;:;::38b 29<br />
sriSioiq 270"<br />
4055':65 240i<br />
;4 ;.;3.<br />
43S;vl9q ISO;:: :;5iV7<br />
375iii:14q 1305<br />
vie i 7<br />
3iv5;;|qq: 725<br />
32ii;5i;4;i 260'i: vfcl<br />
40 ; :96q 58 v<br />
'4 ei<br />
Mg Mn<br />
'l ^ ppra<br />
2.4 850<br />
2. 5;flOOp'<br />
2. 2:5 810<br />
2.4 960<br />
2.4 1000<br />
2.4 :i;iiqq<br />
2.4;i5;97.p<br />
2.:<br />
2.3^:930<br />
2. 4g 9 60<br />
4.2 2.5 ;900<br />
2.755.740<br />
2.55;i :68b<br />
2.2 920<br />
i8o;5;:6io 2.i5iibo<br />
ssfb<br />
v:3:7<br />
;5:;3<br />
30;;,<br />
29;i;;.i'7.i6Q 345<br />
44;5,;94;b 545 :5.;o<br />
4i5iiqq 49i<br />
43i: :iiiqq 46 ":<br />
2.0 f;970<br />
l. 95 :,9i8b<br />
2 . 21,5,1680<br />
2 .5";;t990<br />
2.5<br />
2.6;i;5i82b<br />
REPORT No.<br />
Page N o.<br />
File No.<br />
Date<br />
M8268<br />
2 of 3<br />
NV07MA<br />
NOV-12-1996<br />
Mo V '.Ka ' Ni :;;5.p\... Pb 5;.i; :Sbi : se :;;;Sri; Sr . 'vvTi,, V VvW,.; Y ,5'Zn-'.. Zr :<br />
ppm' v ife v ppmVvvvVppra ppmvrppni ppm;:,ppro ppm ;ppm ppmVbppm: ppm ppm ppm.<br />
< 2^0.01<br />
2xb.Pl<br />
< 2 ip v 03<br />
580'5|420<br />
8701260<br />
720;<br />
720:v<br />
36<br />
.'.'.50<br />
72^5250<br />
72a:v47q<br />
65i5vv2?q<br />
2.4:i5 :890 < 2 (0101 3 505;i,56<br />
2. 5; 1200<br />
t li<br />
ix-vS<br />
S'p?<br />
?Sr5<br />
1SS*?:S<br />
i,;;iS;55.<br />
5;:i|i;5<br />
5*l:x:|5;<br />
< liivllifs<br />
< iv'lvpg<br />
210W::v220 < i;tgx<br />
76o:jjf62 < li'iW<br />
eebBivM < I'iiSX<br />
4205i5i?'4 < 45:1<br />
< l-<br />
< l:i:<br />
< IV<br />
55<br />
is; xviq<br />
i 7 xvio;<br />
20 x ib<br />
15 ..t iq 670 ;,<br />
17ix5io 2 00; v<br />
2zi^;lQ i 6q:vv;<br />
l45ixV;tb 1505;<br />
15i'l;iO 140'5<br />
15<br />
16: X 10<br />
15i x5io<br />
li: x;<br />
I35x;.;iq<br />
2i;v<br />
13i;<br />
iiviq<br />
vib<br />
21f,fclO<br />
2o5fclib<br />
340;<br />
230<br />
530;<br />
210<br />
99V.!<br />
100:5<br />
i5o;5 ,:35<br />
150V, ilb<br />
iio'iv<br />
1705 51<br />
915 vi 37<br />
1505<br />
87;:<br />
120;:<br />
i7o5;<br />
1305<br />
120'<br />
695<br />
52;i:<br />
87.55:v::l2<br />
iob|p;5li8<br />
16o|:i:532<br />
7855537<br />
1405:553'<br />
270; :<br />
2iq;v<br />
14 o5 ;120<br />
110;i iibb<br />
290i: i, 32<br />
;v:.24 51i;x,lP<br />
220 i2q;x ib<br />
'134 535x';iq<br />
,5;36, 55;v;xi;ilO<br />
iioSxiivib<br />
596;;1P<br />
514 VlP<br />
17Sx,<br />
vib<br />
i75x : 'vi'ib<br />
87:; : X;*ib<br />
475X;V,1P<br />
10<br />
2v 22 8<br />
2 18 6<br />
11 .55 9i<br />
2'i"'v;i"3'b 8"<br />
i43<br />
.;.iq<br />
vilfi<br />
5; 20<br />
528<br />
5-ib<br />
;..'i;3<br />
"' 22<br />
5'6b<br />
535<br />
38<br />
;:76<br />
vvlS.<br />
5i5<br />
8.<br />
9.5<br />
I0i,4<br />
8 5;<br />
9.,v:;v<br />
8.5,<br />
a 5?<br />
s',;,;'<br />
4 ;';i<br />
6'5<br />
5;5<br />
8.i.v' :<br />
li;.i;-<br />
i65:i<br />
9.;;.<br />
7 V<br />
10<br />
11'<br />
7;'<br />
10:<br />
12;V<br />
8
CAMECO CORPORATION<br />
ATTN: P. CHUBB<br />
PROJ: ENQ 96-D<br />
6W-4572-RG1<br />
SAMPLE tt<br />
EN096D-071<br />
EN096D-072<br />
ENG96D-073<br />
ENG96D-074<br />
EN096D-075<br />
Al EAss B s<br />
;fp;ptti p pm}:.<br />
2.321x55, < loiSEis<br />
2.3igx;;f < io}}|xS|<br />
2.o}I;p| < lOiSiat<br />
i. slfJxSs < loifi-fl<br />
Be<br />
ppm<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 c for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
C a<br />
:. :m0 5 .3}<br />
||0| 4.4;<br />
7Si5 3. 7l<br />
r^./.v.y.-v.v.v.-. 'v<br />
}K*f5: 8.7.}<br />
}};X?'5: 6.9<br />
TSL/ASSAYi. ^ aboratories<br />
1270 FEWSTER DRIVE, UNIT 3 MISSISSAUGA,ONTARIO L4W-1A4<br />
PHONE (f: (905)602-8236 FAX #: (905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
Co CU : :<br />
ppm}<br />
Aqua-Regia Digestion<br />
Mg Mn<br />
46:1000 38;:: 4/3 2.5^.910<br />
4i}.:: 4 :;f 2.5KS7Q<br />
47i'}3:i;7 2.4p7|cf<br />
44Sf840 44}I3liB 2.5:}i300<br />
59}::140i) 62lllJ7 2.5-'<br />
Ni :;:<br />
ppn<br />
63&<br />
.54<br />
96;<br />
Pb ;.,: :3l<br />
ppm::;; : ppm ppm 'pm<br />
X; 5<br />
i c :.<br />
REPORT<br />
Page<br />
No.<br />
No.<br />
File No.<br />
Date<br />
. 3n}; Sr } }Ti;.:<br />
ppm ppm ;; ppm<br />
16 V"lb 220}}: 35<br />
17:;<br />
15}" c: 10 160} '32<br />
*Clp 120}} 53<br />
13} X 10 460}} y44<br />
18};: jt-'lO 290}} 39<br />
V<br />
, PP"<br />
64<br />
72<br />
58<br />
46<br />
80<br />
: M8268<br />
: 3 of 3<br />
: NV07MA<br />
: NOV-12-1996<br />
W Y Zn<br />
:ppm ppm ;, ppm<br />
0 10 2 18<br />
i 10 1 }-17<br />
:X:}10 2. J; 16<br />
X'10 3 P12<br />
X} 10 3 30<br />
Zr<br />
ppm<br />
7<br />
9<br />
8<br />
6<br />
.10;
CAMECO<br />
ATTN: P. CHUBB<br />
PROJ: ENG 96-D<br />
6W-4573-RG1<br />
SAMPLE H<br />
EN096D-076<br />
EN096D-077<br />
ENG96D-078<br />
ENG96D-079<br />
ENG96D-080<br />
ENG96D-081<br />
ENG96D-082<br />
ENG96D-083<br />
EN096D-084<br />
ENG96D-085<br />
ENG960-086<br />
ENG96D-087<br />
EN096D-OB8<br />
EHG96D-089<br />
ENG96D-090<br />
ENO96D-091<br />
ENG96D-092<br />
ENG96D-O93<br />
ENO96D-O94<br />
ENC96D-095<br />
ENG96D-096<br />
ENG96D-097<br />
ENG96D-098<br />
ENG96D-099<br />
ENG96D-100<br />
ENG96D-101<br />
ENG96D-102<br />
EN096D-103<br />
ENG96D-104<br />
ENG96D-105<br />
ENG96D-106<br />
ENG96D-107<br />
ENG96D-108<br />
ENG96D-109<br />
ENG96D-110<br />
..IjAgl Al y:: :;.Aa' :<br />
li ;ll 3///':///-<br />
l-c/it l.S'l'VTS (<br />
//.fil S.IIH^ (<br />
1;:;:^! 2.8F;:i55 (<br />
aSf'il 1.7;:lx:: :l5 (<br />
|5||| 2.611//S t<br />
^ -: ; '::i:-:;:-H ^'-:S<br />
:S^^li-' -j 7V.'-;v'::/<br />
ll/i 0.77 i IP (<br />
VVPS 0.84?lf(<br />
ill i: Si<br />
i *Mli<br />
<<br />
1KB List*; /; :5 (<br />
ilia 1.7/11<br />
1IB 2.0/lx/<br />
II *<br />
lllii i.o/igj<br />
lifsi l.si:*! /S (<br />
Illl 1.5'llx/ ;s (<br />
i-.5 (<br />
::lMi 2.2,:l :'(i<br />
I^XKl: 2. 5- x/<br />
HIS 1.7.1111'5<br />
(<br />
2- ill'5<br />
(<br />
15" ( - -x<br />
PUP ^^ii 5 (<br />
5 (<br />
?lfi:<br />
a:i;)|ii:| 2 . i/.i/Vil5<br />
4<br />
PiXfl 3.2/llxl<br />
Ivx/i i . syl] P (<br />
liSll .. v:-..-.';.':.-"""- 1- 1' 1 . 5/lx/<br />
'-.:."";:v i" ..m^l<br />
i.tfmfr ;5 (<br />
l^;w^ ?sfc<br />
'/-e<br />
1/5 (<br />
'^^ir*: T - :/-'^'^/;''C'<br />
- :.'-'w :'V'-"X 2 3- - '-'''' ;"-t ••<br />
/.-vx^,;v::l-V *- ' -* --.v.v.-A...<br />
ilw s.o/iH/<br />
.vv .y-v.iv.-K. .' ' - ' - . . -.y ^ .v. . .<br />
ia*:;yt 2.4/3;*::- is (<br />
;i;::;m;;1 : , nv-ap<br />
;virf;A 2.Q., :. ^~ '.y <<br />
1/xil/l 2.5/llf/ 5 (<br />
B 1.1 Ba/: Be //IBI/<br />
ppra ppra ppm 'ppm<br />
io/li/4 ( il:l;iv 5<br />
lPs:;V-:13 : ( l'V':(l.:5<br />
lOjl/es" ( li/lxls<br />
loiifll ( i/lxlf<br />
vv...^*4 //.s/Kf-/<br />
c/"//;;.-*- zspis?<br />
10;;; ;-10 4 l'.//:;*;:. 5<br />
10:1/11117 ( rlS/f<br />
IQ;.:;.;',: 8 ( I'/'/^x/S<br />
10V".::;.40' ( l"vx;;5<br />
lOi/llb ( I'l'xllS<br />
lo/E/iib { il/Pf<br />
iv:.v.-V""'-.*."-1 . '..".:,.-S.?!.-".''**.<br />
io.;s:r|p: ( mm<br />
lojiiio ( iSl(il<br />
1O:;;;!::;13 ( 1/S/^ftg<br />
iof;l;;'93: ( lilxls<br />
log/eel ( i/:!!!<br />
loi/i-ss' ( i/lx/is<br />
lii-"iv /'//sis<br />
10/^:^.70 - ( iv .'.' :'':x" :;s<br />
:;s;r;;--;v :.---.-v-y.,5:<br />
iP*l| ) p!8<br />
ioll'i40 ( I'lliSs<br />
s!"!'// /"1//1<br />
IPS/lfiO ( i;:'a ;X::i:5<br />
v::v- ' v:--'-' - ' ..-, " --v-v..."<br />
10;; 190 ( iV-Vs<br />
101/38 ( 1-.1X/5<br />
lCf'f...f--:ftA. t r.*.:"//'!;<br />
,"ifial*. * 1:v;rf./;/5<br />
lOisllB ( i.;;.:;.(v;5<br />
Sil<br />
10?S :;S5 ( iS3Sit<br />
i;;.;-::*'*' J-,,~.vA.v,S.<br />
ioi?i30 ( ii;i:t:?:5<br />
101/190 ( ll/lxls<br />
10lS;;66 ( ll/S/5<br />
10;;.1' :;.:16 ( IL/V'/S<br />
v0 ':'.: ::;:."l::'';.-:. 1 . ...v v .<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
Ca VVCd'/<br />
* .11 PPm<br />
2.3l::(;::j :<br />
4.2/1x11<br />
8.7pi3i<br />
2. 91 /Y /l<br />
2.9'V..'(V:ii<br />
5. 8// X lil<br />
5. Si, Ky'jt<br />
3 . alg'/i<br />
9.lii\-X :|l<br />
8.21/xll<br />
3. o//:: (li<br />
2.Dli:'|l|<br />
aiitl<br />
7.11/X/li<br />
2. Si.//:/ /l<br />
8<br />
^ v - .- .-r j • v:<br />
. l.A,; :.,yC;;;.l<br />
7.61111<br />
3 . liflMi<br />
8 . 80lX; ; J,<br />
q a illy- /W<br />
^ * '../.vi 1 -\- t.<br />
4 . sl'idi;<br />
3.8l;.lxli<br />
2 . ol/x'll<br />
2 . 6;l;lii<br />
9.5f lip<br />
3.3||f'lf<br />
2 . ifi/X-^i'<br />
3.8llxli<br />
7.2:llxli<br />
4 - 4; I.: (/l<br />
TSL/ASSAY laboratories<br />
1270 FEWSTER DRIVE. UNIT 3 MISSISSAUGA.ONTARIO L4U-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
Co 1: : Cr<br />
ppm /ppm<br />
32<br />
37".I/MO<br />
i;iiii-i :k;.<br />
Zl'i.ly.i/1:<br />
28ll'9p<br />
28 .y;i40<br />
49 /12PP<br />
41 1:'67P<br />
32 /jipip<br />
36<br />
35i<br />
38;<br />
37l<br />
45"<br />
33<br />
46:<br />
40 1730<br />
38; 1540<br />
54/<br />
sol<br />
I.C.A.P. PLASMA SCAN<br />
l;7po<br />
iipb<br />
l/IP/a<br />
I'fpO<br />
.'.V6"5b<br />
1/600<br />
I/is<br />
/MO<br />
;;.^;.//;;;<br />
/ /j-B-S<br />
MtP<br />
1200<br />
Aqua-Regia Digestion<br />
Cu v/Fe<br />
ppm,: ;*<br />
25-1/2:9<br />
sil*;;?<br />
171/410<br />
35|C3i;i<br />
.ll/;:*/'^:<br />
7 si/Mi:<br />
41-V/4V1/<br />
17:1.3/7<br />
45/V4V6<br />
41 3,5<br />
441/112<br />
r:./::::;*., :--.-.--.<br />
I9;:e;2 c;5<br />
22P3/V<br />
45ll 4^.3;<br />
220^:1*3/9<br />
si/i'fi-a<br />
26/3,0<br />
37.1:^:4... S<br />
.- v-'-'V -.'"' "v<br />
42l";3v:5<br />
381/31.9<br />
14P :1|4:..;2<br />
38/1.316<br />
a it"--..'.'-"^' - f<br />
34::i;,.;3v.6<br />
36l|3l|<br />
VIST's<br />
' :. ..:...* . P<br />
36i3|f<br />
SOJf '6*6<br />
UOl'/sle<br />
Mg Mn<br />
* ../ppm<br />
2.2 590<br />
2. 4-1; 4 10<br />
2 . 4/1/300<br />
^ ' 2;;;;;:280<br />
2 . 1:1/410<br />
1 . 8: . 5*00<br />
1.91/540<br />
2.4/ 930<br />
2.5 850<br />
2 . 21/420<br />
2 . 2/1.14:0<br />
2.4/920<br />
1.9/1480:<br />
2.0/1390<br />
2 . 4/ VS6p"<br />
2.4/195Q<br />
2 . 41/900<br />
2 . 2/1//350<br />
2 . 4/1100<br />
2.4/ibbb<br />
2.1/1510<br />
2.4/1100<br />
2 . 411.1000<br />
- " '- 1 '. -' --:- ;<br />
2.4V 720<br />
2 . Ol : 360<br />
2 . 4/liob<br />
2.2/1580<br />
2 . illesb<br />
2 . 2l:;82p<br />
2.3iiibib<br />
Mo yVNa ;- Ni<br />
ppm !fc ;;: ppm 1 PPm<br />
2X0.^01 520<br />
,V;',"4'0<br />
( 2xb;01 530 /1200<br />
( 2(p;pl 630 11:670<br />
( 2XO:s01 870I'lsio<br />
< 2Xp*pl; 140 : 2000<br />
;:;;;;;;;;;;;:// i;::;<br />
; ;v.':.. ; . ;<br />
( 2Xplbl 100 :i8po<br />
2/0; Of 52 2000<br />
10:0.02 79: 1600<br />
( 2X0.01 520<br />
si<br />
1140<br />
( 2X0.01 720; :lll58<br />
; 1;; 1-- li;. 1;.;"1;; v<br />
( 2x6^01 680<br />
'v::. v.:..": : ;:-.v<br />
( 2,;,pip2 170. i:pbo<br />
< 2'Xplpi 590" //24P<br />
( 2;;;b b3 741/18pp<br />
( 2X6Vbi: 770<br />
( 2xbrpl 680; .;1'1.4.8<br />
( ^(b/plll 810 240<br />
( 2;.bvbl 150; :-j7bp<br />
. ,.;' i'.'; 1:-': '.:" '<br />
:;;;';;',V:/// :/<br />
( 2XO;:01: 680-<br />
;::-'V;-'.''.".'.--' ;;<br />
( 2(0/01 720^<br />
l/iso<br />
?<br />
:*||Q<br />
;;;;;;;;;vv '--' ;; :;::;7 Z<br />
s;*.:;;':/ ;;<br />
( 2Xp:.pl 3 80l 1/300<br />
2X0.01 300 :-:i:'86'o<br />
( Sill 6? ^300<br />
i:il|q<br />
( Zi&i'QJ; 900/<br />
ti::;;;:;;;,'/; ^<br />
< 2XOlpl 3 ID/ WSp<br />
( Zlofpll 320/ 128'p<br />
( Zi&j'QZ 7 60/1 ';liil2<br />
( 2(0lbi[r999|i<br />
TSL/96 SIGNED<br />
Pb ; Sb<br />
ppm ppm<br />
< 1/1x15<br />
( iv/X/S<br />
( l/lx/ls<br />
( il'/ixls.<br />
( ll/X/.S<br />
. . - .- .. ,. .. .<br />
( 1 "-..//X/ 5<br />
( l ix 5<br />
( li li "S<br />
( i..l,ix:i:5<br />
( lllWsl<br />
( l/ix/'S<br />
^. .-- - 1 ' 1 : " - 1 "<br />
< i;;;;:x-;.5<br />
( il::ix"l':"5<br />
;.;:;:;::;/::: '/:<br />
( l?lx?;5<br />
( i/;' x/s'<br />
( i:ll(l;.5<br />
( il/V/i's'<br />
:-..o .. li..:,-.. 1 . .-..-<br />
( ilii^/s:<br />
< i-i/V/s'<br />
* 1i'-S./^'<br />
^ J-1./.-..X.1 5<br />
S 1 ' '- " C !?<br />
( ll/x'ls<br />
( 1/11/5.<br />
< I'/lfpS<br />
( 1;;;;,;!'(:?; 5<br />
(<br />
( iliix/s<br />
< i/lil<br />
Se<br />
ppm<br />
3 (<br />
4 (<br />
4'. (<br />
16 (<br />
10 X<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
10 120<br />
12 (. 10 210/.<br />
12 ( 10 350 1 /-l-u:<br />
13; (1<br />
5l 'C'<br />
10 3301<br />
10 100<br />
14/X<br />
15/X/<br />
6'(1<br />
Sn Sr<br />
ppm ppm<br />
8 ( 10 160 1/12<br />
7/X .10 130: ::-:-;17:<br />
8li( ib 180<br />
11 X 10 38oi<br />
4:": x:<br />
10 98- l/-':*'*<br />
10 93<br />
10 100<br />
10 100<br />
10 250<br />
10 310<br />
5 : X 10 110 'li. 35<br />
11 ( 10 3BOl 1.1/6<br />
5'lV :1P 14 O/<br />
12 ( : Ip 590;<br />
5 ( 10 1401 ii 1.41<br />
v '.-/v/<br />
10 330<br />
1 ppm<br />
: 18<br />
28<br />
111-15<br />
/lib<br />
V/25<br />
11/62<br />
10 360'<br />
10 13O' i- .42<br />
12 ( ilO 490, /V26<br />
16 X 10 340 : 40<br />
:.":'i,.:; :::<br />
-y l ' '-:<br />
13/X;: Ip leo/;<br />
14";;(: lo i9p:/ ;128<br />
4l.(l 10 no// 1/26<br />
3''i-(i : : 10 HO/:<br />
12-/X;'<br />
10 480/ /l?4'<br />
11;X/ lib 93/1<br />
9:.(/. 10 Sil: /146<br />
9ll(/ Ip 1301 1/2S<br />
13 /X 10 260l 1;'72<br />
14l'.( i 10 1701<br />
V<br />
ppm.: .<br />
42 x<br />
52; V<br />
34il(<br />
14/X<br />
14'1'x<br />
11 i(<br />
iol (<br />
69 1(<br />
23l (<br />
25l;,(<br />
26 (<br />
24 X<br />
14/X; 10<br />
20/x<br />
39l(<br />
34": <<br />
48;': X.<br />
16 X<br />
10<br />
K<br />
2lV*l ;10<br />
43 : XlIio<br />
52.1x1<br />
62:ix;<br />
69/X<br />
121(1<br />
M8267<br />
l of 2<br />
NV07MA<br />
NOV-12-1996<br />
W<br />
ppm<br />
10<br />
10<br />
10<br />
10<br />
iio<br />
10<br />
10<br />
10<br />
10<br />
:io<br />
10<br />
ip 10<br />
10<br />
10<br />
10<br />
10<br />
:ilo<br />
IP<br />
Iio<br />
IIP<br />
lib<br />
lop/x/: :io<br />
"i o<br />
58" ( io<br />
70/V ib<br />
Y<br />
PPm<br />
2<br />
5<br />
4<br />
5 :<br />
7<br />
7<br />
8<br />
7<br />
3<br />
3<br />
5 43<br />
3; 1/20<br />
6 : ,l38<br />
4<br />
7 : : .24<br />
7<br />
3<br />
4<br />
4<br />
7<br />
5<br />
;1: 35<br />
4.'lvl<br />
2' 2<br />
5:1 .115<br />
51 1;:59<br />
7/1 v/32.<br />
8li! i;|27<br />
41:<br />
lvl;.- vi<br />
4<br />
3..'-'<br />
3/<br />
Zn<br />
ppm<br />
21<br />
50<br />
/:40<br />
122<br />
- . .^ -<br />
28<br />
19<br />
21<br />
43<br />
115<br />
/31<br />
22<br />
12<br />
35<br />
'l/ 42<br />
1/25<br />
"- 34<br />
l;5p<br />
/;72<br />
'" --'55:<br />
37<br />
53<br />
Zr<br />
ppm<br />
4<br />
10<br />
11<br />
4<br />
f 1 ;<br />
2<br />
2<br />
4<br />
6<br />
2 "<br />
3<br />
3V<br />
2<br />
6<br />
3<br />
( 1<br />
5<br />
3/<br />
9<br />
2<br />
V,<br />
3<br />
4 :<br />
5<br />
6<br />
10<br />
1 1<br />
4:<br />
6/1<br />
8 V<br />
4 ,
CAMECO<br />
ATTN: P. CHUBB<br />
PROJ: ENQ 96-D<br />
6W-4573-RG1<br />
a/m^LE H<br />
ENG96D-111<br />
ENG96D-112<br />
ENG96D-113<br />
ENG96D-114<br />
ENG96D-115<br />
ENG96D-116<br />
EMG96D-117<br />
ENG96D-118<br />
ENG96D-119<br />
ENG96D-120<br />
ENG96D-121<br />
ENG96D-122<br />
ENG96D-123<br />
EN096D-124<br />
ENG96D-125<br />
ENG96D-126<br />
ENG96D-127<br />
ENG96D-128<br />
ENG96D-129<br />
ENG96D-130<br />
ENG96D-131<br />
ENG96D-132<br />
ENG96D-133<br />
JRATION<br />
- ' :*9v; Ai ;.;AS<br />
;; .ijjgj- * , ;; .<br />
:.;;;v^;; * :,;;^v : .<br />
';;' . :;;^ ; : ..:..: - '<br />
;r . C,l 2.9 V J5<br />
' " ' ^ "'1 1 9 ' -'. v -e<br />
:^1 lisfx'i<br />
;;,*t Lake's<br />
i..:?;* i - il;l.* -S<br />
.-..v.- - ' .' '" " ' ": ' : ' . - 1.".. "'<br />
s**-;! 2 . 2;;;v;:5<br />
- /*. . f ". ."-v/'-.v:-.-:^ 1<br />
4 1 1 . 6 :: g<br />
i 2- if! 5<br />
tlfl J'p1*<br />
-..vv:. .:' : : ;;.JL 1 - *'61;^ ; 5<br />
!:.' -.V4."i ? Q/H^^-et'<br />
...- v..?.-.-:.'-.*. * * *:..-,-.v.. S.-v.'.fl<br />
r-xll i.2li!x:?:s<br />
;,;;xajt o.56#;*ft:i5 :<br />
ISii o.4oiifii|.5<br />
BHffiii 1 . 4"..;*xS5<br />
Si;:,;;;;; t;*sS;<br />
;;..w^-::^ o ji';.'.;'r''''e<br />
sijiiVil Z. 4.5.4*4.5<br />
SCI 1.4i;'';fl;i5<br />
;;""x"--'-ili 2 a'";-:;i<br />
. V~* *- O V.:, 5<br />
;:;-:x*i 1.9.:.^;. 5<br />
i;;*;;! 2.ol;iix::;,5<br />
*lll vlRisi<br />
lall 3.4;i;^lQ<br />
IWffl; i.apei<br />
ai|;i| i . o;iss,:5<br />
:p:;;i:;^ ;;;S;:;:;<br />
B S-BBL;:<br />
ppm ip'pra<br />
< lp'Ai-23<br />
< loillcli<br />
< l Pi ::'li :i'27<br />
< Ib;:lll30<br />
t io;;2lo<br />
( io;i:i3b<br />
< io;;i27P<br />
K 1011113P<br />
< lomm<br />
< i Ol;l;l2'6<br />
< loli^gp<br />
< loisliio<br />
< io:i:;;si6<br />
< loglop<br />
< io||Ji7o;<br />
l lolSp<br />
< 10 44o<br />
< 10 270<br />
( 10il<br />
< 1014710:.<br />
< 10 ::iii230<br />
< idlips<br />
Be ;.;Jil :<br />
ppm ijipm<br />
t i-lxlls<br />
< I; .:.^l5<br />
< 1';'1S<br />
< iilj^ls<br />
( I'S^Bj<br />
< i;::l;i'l;:5<br />
( i.?.;-*'*<br />
< lisiWg<br />
* 1S;^1^<br />
< liiil-x;!'!!'<br />
* i|ii<br />
< iSPf<br />
< ll-;x:l"is<br />
< 1 : X.; S<br />
< l'. : -.te5<br />
( iliiiss<br />
* ifiil<br />
* iiii.ffi?.<br />
i'Lifigg<br />
A .5 gm sample ia digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
3. 9.1;; ^iji<br />
v . i;:f x';il :<br />
S.Bflixiiil<br />
s.gal'lil<br />
s.oiiiii<br />
TSL/ASSAYF " ^aboratories<br />
1270 FEWSTER DRIVE. UN,, i .SSISSAUGA,ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX # : (905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
4is 2wo a-^.* * 2i;^ ^ti < W* "U;-.S 290^<br />
37::ti|ol BZ^lj 2.3^50 4^'^ ISollloo t i^f's 1 0^ :SO , J<br />
-ill SI;! -SI * i|| -il ' fi 3,,io ..i<br />
REPORT No.<br />
Page No.<br />
File No.<br />
c a i;i;call colfrl cugre;, Mg ;i,;Mn'; Mol :i'lNil N1 ill P. .1.1 Pb '^-i S c :ll'.Sn ' S r ; , Ti ;<br />
ppm:::;pPm ppnTVi;-?' * -tin nnm^v'?; "'t^i . :;*,;.:^ a c - '-*'n ' ! S r v; Ti :<br />
ti;::i: ii! ;;E;;;;::: "~ ';.';;.;.: "- ;:--S:* : ~ rr "'.:,;;:J; :.;: t't"";s^R? ppm....;:ppm ppm;/.. ppm ppm ppm<br />
s.eSi'li 58;. 1200 9;:4.:4; 2.4,1000 ( 2x6ipl) ''99<br />
s ;86 < i; ^ 5 16 :-t-'-lP 230<br />
10l:lx-l<br />
44 S;fM 12;;; ::.4:;0 2.4 iiOO < 2*0701) !<br />
i '29<br />
9 -"f;^:'i<br />
'99 SMO < i:;;x ;-l5 13(^10 7 nn<br />
45:;:ifi0 235,:3.4, 2.4;ilOO < 2Xfc6i 780^^140 * 1" :x''5 : 11 -/"in iqo<br />
7.9S:;x.;;l<br />
11148<br />
^1|*| 2 3^1^V* 2- 4ll ::970 < *9m 7 60.5f50 * llli^5 13':: (.;: : 10 3401<br />
2.7;"**'!!<br />
li; i3 6<br />
S<br />
l'j;sl'3Q<br />
1<br />
24 : ;.,; ::2.'7,<br />
i*<br />
1.9.: : : 450<br />
i<br />
<<br />
ilisi<br />
2:p;p5 -TR-iJ'nA<br />
i<br />
,<br />
ii<br />
,:;;;: '.v<br />
m<br />
-;V;::^<br />
i<br />
' "v'.vsjyy v J-;.:::;.s ;::p J':X...-1P 150 \ 70<br />
5.3?';*iiii<br />
2.8i.pr''i:<br />
1:69<br />
5.5;i;x;i<br />
.":42<br />
7.5-"xi'i<br />
l. 26<br />
60t|POO 44,N"i,fi 2.4: : ; 8 60 ( 2i'6;0i Tio^Vp ( rl^ 5 14 !n ?^<br />
e.iHUli<br />
16<br />
10<br />
19^:IP: 32|ilZ,'fl 1. 6111650 2ilo;:oi 28:l90P z^J 3! ^ ^Qo^<br />
."1:38<br />
28;:i:S10 441*3 v9f 2.1^:790 , sfa'i^r , , , f:-^-! !,, V^? 1 90: ^<br />
SSKf rjssm '-'ittit:;:?;: i;;;.;*::;;; 1 ' ~:.:":." ""w't"" s ' sss- 3 //..xtiio 25o-v-;?i<br />
5.5?!<br />
3. 9:li x'; 1<br />
5.b'.llx' :':I<br />
5.1;;i: : {t'i<br />
5 - 1i:l; 1i<br />
5 - 2l.il<br />
6 , 0 ': X : : 1 :<br />
-iv:: 11.:-' ;--/*.<br />
*-mm<br />
37S5i3P 57 :;lfti3 2.3i:ii800 < 2xP;o! ISo'Slod < 1E3K , ,;*"C ;?<br />
25^2'(ffi 110K3VS 2. if 1680 ( Z^VOZ llO^iTda < ^ S 1 3 ^o 28o'<br />
38 .:l'*?0i 59V4V8 2.31920 < 2;6vOl 340 Il3 00 < l/Vs 12 10 27O<br />
3i:i:;;23o 55;:;4 :: 4 2. 2; 920 * 2,0:01 zooJSo' ( i it 5 'o lo<br />
35,;::a7(? 93;:j;4J7 2.2rv92P { 2;OvP2 l^nSiivv , 7S- .-M? 2 6^<br />
:v??^" L .,;;:^v :' l u v.io 220<br />
45Hi l^Iii 2.4p'81p < 2il'oi 3<br />
;;^ ...;.;::: ; : . i^;;^f;;;5. 15;x^lo 280<br />
30*JM 87;;f3:,.9 2.2ai-9bO * V®M 2<br />
20 ;;9io 7..::::::^;:^ R ::.v^iA o-art-<br />
25;M;;;.6i5 55'si3i;i 2.0l;;600 < 2?6ri'0f 1<br />
igiffig illiSyii S;.!';!;;' IfEffi;<br />
Date<br />
; 29<br />
1:18<br />
30<br />
'l' : ' ;45<br />
140<br />
176<br />
95<br />
i 130<br />
y;;59<br />
1: 31<br />
isle! -rfsi s;.;x-;.10 2 30i. l;2 .5'<br />
SIGNED :<br />
v ppm<br />
76 "t 10<br />
51 ^10<br />
30 ix .10<br />
35<br />
18<br />
43<br />
26<br />
58<br />
46<br />
35<br />
15 t 10<br />
5 * 10<br />
5 X 10<br />
6 -vi.iP<br />
18 •A. 10<br />
45<br />
74<br />
58<br />
46<br />
43<br />
62<br />
11;<br />
4i<br />
1 "'W<br />
, ppi<br />
M826V<br />
2 of 2<br />
Mb<br />
* 10<br />
'X 10<br />
"t ;'lp<br />
CllO<br />
.X 10<br />
* 10<br />
< 1 0<br />
< 10<br />
x lo<br />
< 10<br />
. -," . ".<br />
1,;.liP<br />
:.Mo<br />
i'- -ip<br />
NV07MA<br />
NOV-12-1996<br />
V<br />
ppm<br />
4<br />
4<br />
3;<br />
4<br />
7<br />
4<br />
4<br />
3<br />
3<br />
3<br />
7<br />
9<br />
9<br />
9<br />
11<br />
5<br />
7<br />
8<br />
7<br />
10<br />
7...<br />
8;;<br />
7;1<br />
Zn 1<br />
ppm<br />
47<br />
17<br />
"' :i7<br />
',:i. 12<br />
2.5<br />
61<br />
40<br />
36<br />
29<br />
29<br />
93<br />
41<br />
30<br />
29<br />
:.;53<br />
55<br />
51<br />
87<br />
79<br />
66<br />
93<br />
53<br />
40<br />
Z r<br />
ppm<br />
6<br />
5<br />
6<br />
51<br />
1<br />
8<br />
3<br />
5 i<br />
4<br />
' 6 "'<br />
6<br />
3<br />
2<br />
< 1<br />
3<br />
12<br />
7<br />
7<br />
5 1<br />
4<br />
9 ::- ;<br />
3'1;<br />
3
CAMECO<br />
ATTN: PETER CHUBB<br />
PROJ: ENGLISH<br />
6W-4574-RG1<br />
SAMPLE<br />
ENG96D-134<br />
EN096D-135<br />
ENG96D-136<br />
ENG96D-137<br />
EN096D-138<br />
ENO96D-139<br />
ENQ96D-140<br />
ENG96D-141<br />
ENG96D-142<br />
ENC96D-143<br />
ENG96D-144<br />
ENG96D-145<br />
ENG96D-146<br />
ENG96D-147<br />
ENG96D-148<br />
ENG96D-149<br />
ENG96D-150<br />
ENG96D-151<br />
ENG96D-152<br />
EN096D-153<br />
ENG96D-154<br />
BNG96D-155<br />
ENG96D-156<br />
ENG96D-157<br />
EN096D-158<br />
ENG96D-159<br />
ENG96D-160<br />
ENG96D-161<br />
ENG96D-162<br />
ENG96D-163<br />
ENG96D-164<br />
ENG96D-165<br />
ENG96D-166<br />
ENG96D-167<br />
ENG96D-168<br />
INC.<br />
Ag Al Aa<br />
ppiQ fy ppn<br />
;(?i 1.6? * 5<br />
;X 1 0.94 s; 10<br />
SIM 0.74|IX?5<br />
JX?i 0.79???;";5"<br />
gel 0.57?:;:??5<br />
Hi l.B;?l(?5<br />
|cii 1.8^'x 5<br />
*..X?1 0.78??X -5<br />
?Y-i 1.2 a :ris<br />
;:x'?i : o.52 ? s<br />
iYSi; 0.56:;3Xv;5:<br />
S*?* 0.89?;;Y;;5"<br />
|f || 2 . Q?5*:;;;5<br />
f*;i 1.8??*;,*<br />
pis* 2.Z??:;lp<br />
i-xli 2. 5.:??*? 5<br />
S*?i 2. li- x? 5<br />
W?i i.5;;,M5<br />
?(" :i 2.i-?x;;5<br />
|xli: 2.3|fftS<br />
??Si 1.3'???? 5.<br />
?*3l O.eoisYlS<br />
?x?;i i.9l?;Y:5'<br />
?Y:Sl l . ss&io<br />
?x|t 1.9;!?;.. s<br />
Myt i .&u'irs<br />
?Y?i 1 . 7?;:;:* ' 5<br />
WM 2.4?(;x'5<br />
Rp 2.5Px';:5'<br />
lal 2.4|?;x,; 5<br />
111 2.25?x;;5<br />
?;di 2.2?;.: 10<br />
2.4??X?5<br />
lil! 2.4??(?5<br />
ilYtf 2.5??X;;5<br />
B ,: :; Ba<br />
ppm :ppm<br />
( 10 ?98<br />
* 10;; :i :i9<br />
( io?; ;Il3<br />
< 10;; :|65<br />
' 1 0Jlil?<br />
( io?; ?230<br />
( 10? ;; 90<br />
( 10u: ;130 '?56<br />
( 10<br />
( 16; "?21<br />
< 10?<br />
< io;; l?l 6<br />
< io?; ;i:28<br />
< iol|;;27<br />
' 101<br />
< 10? lip<br />
< i o?; Siio<br />
( iol?;;86'<br />
< 10y;:3Bb<br />
* 1 0I?ttP<br />
* 10; Se'<br />
::::.v<br />
??17<br />
( 10? ??29<br />
< 10? ?;: 17;<br />
( 10? |?41<br />
t 1 (jl;-<br />
; 2<br />
( 10 vX:;;l<br />
* 10; ?x. 1<br />
( Ip? "Yi<br />
* 10?<br />
I?!;1<br />
( 10!<br />
?';? '";x?l 4<br />
< 10?<br />
< 1 0? ;?? ; ' : 5<br />
?,*?i<br />
< ip;;<br />
< i o;;<br />
??'53<br />
li?.<br />
?5".4<br />
Be<br />
ppm<br />
< 1<br />
( 1<br />
< 1<br />
< 1<br />
< l<br />
< 1<br />
< 1<br />
t 1<br />
* 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
* 1<br />
< 1<br />
< 1<br />
< 1<br />
< l<br />
< l<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
* 1<br />
< 1<br />
* 1<br />
< 1<br />
* 1<br />
* 1<br />
< 1<br />
* 1<br />
< 1<br />
f, . 5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Bi<br />
ppm<br />
X ?5<br />
v (?:5<br />
';( :5<br />
:,;x" 5<br />
' :*' : '5<br />
X 5<br />
< 5<br />
( 5<br />
( 5<br />
X 5<br />
'x; : -5<br />
" fcs<br />
:X.":5<br />
.' X:" 5<br />
•*7*.<br />
?X;5<br />
(5<br />
.. ^-"5<br />
(5<br />
- x. '..S<br />
(5<br />
(5<br />
(5<br />
( 5<br />
< 5<br />
x" 5<br />
X 5<br />
vf 5<br />
X--:5<br />
'?X,?5<br />
'7;'s<br />
* 5<br />
( 5<br />
X; 5<br />
( 5<br />
Ca<br />
*<br />
4.7<br />
3.8<br />
4.4<br />
4 . 1?<br />
3.6<br />
5.9<br />
5.4<br />
3.7<br />
5.0<br />
3.9<br />
3.5<br />
3.8<br />
7.3'<br />
8.3;<br />
7.5<br />
5 . 3<br />
5.6<br />
5 . 9 :<br />
5.3<br />
4.8<br />
2.9<br />
3.4<br />
7.5:<br />
7.9<br />
7.3 :<br />
4.8 ;-x 1<br />
5.9 XI<br />
7.1 ;;V:'l<br />
"' (' -. I<br />
4.9<br />
x":!<br />
3 . 8<br />
3.8 * 1<br />
4.9 ( 1<br />
4.2 ( 1<br />
3.9 i x.'i<br />
4.4 x 1<br />
TSL/ASSAY: aboratories<br />
1270 FEWSTER DRIVE. UNIT j .-iISSISSAUGA,ONTARIO L4W-1A4<br />
PHONE tt: ( 905)602-8236 FAX tt: ( 905)206-0513<br />
Cd<br />
ppm<br />
'Vi<br />
< i<br />
;x 1<br />
V;l<br />
:*"1<br />
(i<br />
x i<br />
( i<br />
x i<br />
. * i<br />
.ix:i<br />
":X .1<br />
x '.'1<br />
x?l<br />
:^;1<br />
;l;i<br />
-x ";l<br />
^ l<br />
XI<br />
X 1<br />
i'V-i<br />
x 1<br />
X 1<br />
(l<br />
?* ;1<br />
Co ?<br />
ppm<br />
46 y<br />
28<br />
28<br />
is;<br />
18<br />
30<br />
25<br />
19<br />
23<br />
20<br />
16<br />
21<br />
42<br />
41:<br />
44<br />
36<br />
33;<br />
26<br />
31<br />
34<br />
28<br />
22<br />
41<br />
43<br />
41<br />
47<br />
51<br />
49<br />
49<br />
52<br />
46<br />
47:<br />
51; 1200<br />
53; iiioo<br />
48: ? 830<br />
I.C.A.P. PLASMA SCAN<br />
Cr.<br />
PP"<br />
?930<br />
?170<br />
??85<br />
65<br />
86<br />
240<br />
110<br />
140<br />
86<br />
90<br />
.'.'."..' 95<br />
V..74<br />
:800<br />
1000<br />
:J9;^<br />
;i50<br />
:;i40<br />
iio<br />
210<br />
;i5o<br />
75<br />
88<br />
850<br />
1100<br />
840<br />
990<br />
980<br />
1200<br />
1200<br />
1100<br />
iioo<br />
iioo<br />
Aqua-Regia Digestion<br />
Cu Fe<br />
ppm ,, K : .<br />
45 4^3<br />
78'?-3l5<br />
47:-':;3?8<br />
347;^;;^<br />
32;yi2;'(S<br />
32 3?4<br />
26 3^8<br />
is; 2^5:<br />
13 :3;5<br />
15^ ,2i7<br />
100 ; 2y4<br />
14;.;,4vl;<br />
22",;4j3<br />
10 :;?3;i4<br />
48;?;4i;p<br />
85-?4v9<br />
26:?4;i4<br />
35 3,; 8<br />
39 3?8<br />
56 4,3<br />
19;;;3?9<br />
13''-: 3^.4<br />
33 4,0<br />
41 .3^9<br />
29,,' :'3X7:<br />
33- ?4?0<br />
40 4ii<br />
47; 4:?3<br />
44?4M<br />
56.. :.i4J:4;<br />
45 : :' 4v3<br />
45 4.5<br />
4 1;. 4? 5<br />
53 ?4;i;7<br />
51 ;4.5<br />
Mg Mn<br />
* ;, Ppni<br />
2.5 920<br />
1 . 9 ^620<br />
1 . 9??690<br />
1.8? V 720<br />
1.7:; 570<br />
2 . 3 ; 830<br />
2.2 : 890<br />
1.8?? 6 00<br />
2 . 1 770<br />
1-7 : 580<br />
1 . 7;,?' 580<br />
1.9?" 640<br />
2 . 4; 3,200<br />
2 . 5;;i200<br />
2 . 5: ;:iibo<br />
2 . 3 ?900<br />
2.3 "980<br />
2.2: 1POO<br />
2.3 950<br />
2.3; 870<br />
1 . 9l i 550<br />
1.7?; 600<br />
2 . 5?i300<br />
2 . 5?i3bo<br />
2.5?1100<br />
f.;.,;;?-<br />
2 . 61" 870<br />
2.5; ;990<br />
2 . 5|?:970<br />
2 . 6?;: 900<br />
2 . 655BQP<br />
2.6?: 820<br />
2.5? 920<br />
2 . 6?::840<br />
2 . 6??820<br />
2 . 5 ; : :820<br />
Mo ??Na? Ni P<br />
ppm;;: X: ppm -ppra<br />
< 2 *0? 01 640 90<br />
* 2?0,:p2 80; 1800<br />
* 2?Pvbi 56 1700<br />
< 2 ;;;bv02 16 2200<br />
< 2?priP2 49 1600<br />
< 2 X0,01 180 1800<br />
< 2 XP?Pi 120 1500<br />
< 2?bibl 78 :1500<br />
< 2 ::p;bl 120 1700<br />
< 2?0.;02 60 1700<br />
< 2?pl02 43 1500<br />
< 2 Oi02 45 2400<br />
< 2xP;01 440 420<br />
* 2XJS|01 670 72<br />
* 2*P|Pl 520 410<br />
< 2XO?Pl 140 2100<br />
< 2Xb ::}bi iso 1600<br />
< 2*0?bi 110 2000<br />
< 2XpVbl 210 1400<br />
* 2; bjbl 170 1700<br />
( 2i;ffi02 64 1600<br />
< 2?btP2 54 1400<br />
( 2Xptbi 620 310<br />
* 2X0:01 640 74<br />
* 2*p;0i 650 210<br />
< 2 *0ifll 630 58<br />
< 2 *0vpi 690 .; 58<br />
* 2*p;pl 580 94<br />
* 2XP,ipi 550?: 110<br />
( 2XK01 550 , 100<br />
< 2XpvOi 520 78<br />
* 2xPs;pl; 570 180<br />
< 2 X(g:bi 620 86<br />
< 2^otbi 560 82<br />
< 2 (0;bi 390 82<br />
Pb<br />
ppm<br />
31<br />
2<br />
2<br />
( 1<br />
1<br />
< 1<br />
< 1<br />
i 1<br />
< 1<br />
< 1<br />
( 1 * 5<br />
2 * 5<br />
< iJ 'X j 5<br />
< i ; X. 5<br />
i 1; ; * 5<br />
< 1 * 5<br />
< 1 :?V5<br />
< 1 : * 5<br />
< 1 ( 5<br />
t i ( 5<br />
< 1 ( 5<br />
1 * 5<br />
< 1 * 5<br />
< 1 (5<br />
< 1 - * 5<br />
i 1<br />
< 1<br />
* 1<br />
< 1<br />
< 1<br />
( !<br />
< 1<br />
< 1<br />
( 1<br />
( 1<br />
SIGNED :<br />
3b<br />
ppm<br />
* 5<br />
X 5<br />
;X: - 5<br />
X: 5<br />
* 5<br />
* 5<br />
< 5<br />
* 5<br />
* 5<br />
* 5<br />
* 5<br />
* 5<br />
* 5<br />
< 5<br />
(5<br />
X 5<br />
* 5<br />
X 5<br />
< 5<br />
X 5<br />
Se Sn<br />
ppm ppm<br />
13 ( 10<br />
3 * 10<br />
4 * 10<br />
3 C'10<br />
3 * 10<br />
8 ( 1 0<br />
5 ( 10<br />
3 * 10<br />
4 < 10<br />
3 ( 1 0<br />
2 * 10<br />
3 * 10<br />
12 t 10<br />
12 < 10<br />
13 < 10<br />
9 X 10<br />
7 C-'lO<br />
7 x 10<br />
7 * 10<br />
6 * 10<br />
3 * 10<br />
3 * 10<br />
12 * 10<br />
13 * 10<br />
12 * 10<br />
13 * 10<br />
13 < 10<br />
14 ( 10<br />
15."* 10<br />
16 X 10<br />
14 * 10<br />
14 * 10<br />
15 (10<br />
15 (.-10<br />
14 * 10<br />
Sr<br />
ppm<br />
260<br />
180<br />
240<br />
220<br />
200<br />
450<br />
350<br />
200<br />
290<br />
210<br />
17O<br />
170<br />
350<br />
400<br />
420<br />
300<br />
300<br />
270<br />
280<br />
210<br />
150<br />
160<br />
290<br />
300<br />
280<br />
75<br />
120<br />
130<br />
70<br />
100<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
Ti .<br />
ppm<br />
13<br />
25<br />
725'<br />
29<br />
: ; 23<br />
18<br />
23<br />
14<br />
11<br />
21<br />
12<br />
9<br />
15<br />
18<br />
19<br />
37,<br />
19<br />
28<br />
26<br />
22<br />
19<br />
25<br />
17<br />
.15<br />
17<br />
220 19<br />
230 33<br />
230 25<br />
140 ?V - 31<br />
120 :. : . 34:<br />
'V'-4i<br />
36<br />
;;" .-.47<br />
?5'4'<br />
; 37<br />
V<br />
ppm<br />
395" j : ( 10<br />
*;10<br />
5? ( 10<br />
8 X 10<br />
7 * 10<br />
8<br />
5<br />
3 ;<br />
4<br />
6<br />
2<br />
2<br />
37<br />
49;<br />
43<br />
9<br />
10<br />
9<br />
20<br />
13<br />
10<br />
6<br />
35,<br />
40<br />
40<br />
55 :;X :; 10<br />
54 "x; 10<br />
63 ;,X,10<br />
61 : Y 10<br />
45 (10<br />
M8310<br />
l of 3<br />
NV18MA<br />
NOV-19-1996<br />
W<br />
p,pm<br />
X 1 0<br />
< l o<br />
( 10<br />
( 10<br />
( 10<br />
* 10<br />
* 10<br />
,* 10<br />
X 10<br />
(10<br />
( 10<br />
( ;io<br />
Y 10<br />
( 10<br />
( 10<br />
x 10<br />
( 10<br />
Y 10<br />
(10<br />
( 10<br />
37: * 10<br />
38 (10<br />
62; X iO vx''.io<br />
56<br />
63: ?X\:10<br />
Y<br />
ppm<br />
2<br />
9<br />
8<br />
9<br />
7<br />
8<br />
9<br />
6<br />
7<br />
7<br />
6<br />
7<br />
4<br />
3<br />
4<br />
11<br />
8<br />
10<br />
7<br />
7<br />
8<br />
9<br />
5<br />
39<br />
5... "i?32<br />
;". '.22<br />
3<br />
2<br />
3<br />
3;<br />
4<br />
2<br />
3<br />
3<br />
2<br />
2<br />
2<br />
Zn<br />
PP"<br />
37<br />
33<br />
30<br />
'v'22<br />
'?26<br />
57<br />
:57<br />
38<br />
72<br />
26<br />
25<br />
::33<br />
47<br />
25<br />
:' ?34<br />
?62<br />
62<br />
50<br />
68<br />
i.; 67<br />
'':: 3 6<br />
? 722<br />
28<br />
i, -30<br />
:?';38<br />
.f" :; 4l<br />
'?"3^'<br />
;?35<br />
'36<br />
;3'8<br />
: '. 3 8<br />
40<br />
Zr<br />
ppm<br />
8<br />
2<br />
2<br />
( 1<br />
( 1<br />
1<br />
< 1<br />
< 1<br />
( 1<br />
( 1<br />
< l<br />
1<br />
9<br />
4<br />
8<br />
4<br />
4<br />
3<br />
4<br />
4<br />
2<br />
3<br />
10<br />
4<br />
6<br />
5<br />
4<br />
7<br />
4<br />
7<br />
5<br />
10<br />
7<br />
9<br />
5
CAMECO<br />
ATTN: PETER CHUBB<br />
PROJ : ENGLISH<br />
6U-4574-RG1<br />
ENG96D-169<br />
ENG96D-170<br />
EN096D-171<br />
EN096D-172<br />
EN096D-173<br />
ENG96D-174<br />
EN096D-175<br />
ENG96D-176<br />
ENG96D-177<br />
ENG96D-178<br />
ENG96D-179<br />
ENG96D-1SO<br />
ENG96D-181<br />
ENG96D-182<br />
ENG96D-183<br />
ENG96D-184<br />
ENG96D-185<br />
ENG96D-186<br />
EN096D-187<br />
ENG96D-1B8<br />
ENG96D-189<br />
ENG96D-190<br />
ENC96D-191<br />
ENG96D-192<br />
ENG96D-193<br />
ENG96D-194<br />
ENG96D-195<br />
ENG96D-196<br />
ENG96D-197<br />
ENG96D-198<br />
ENG96D-199<br />
ENG96D-20O<br />
ENG96D-201<br />
ENG96D-202<br />
ENG96D-203<br />
INC.<br />
Ag<br />
:PPW<br />
i i<br />
* *<br />
'x il<br />
i' K --<br />
1 1<br />
* i<br />
* i<br />
: * :: 1<br />
:ili<br />
?;-fe;X<br />
tfii'j<br />
II1-<br />
iY'f<br />
fill<br />
Wfi<br />
i'Je'.l<br />
^ ?ilii<br />
Yt<br />
Yii<br />
i?!?!<br />
ii|:l<br />
'Yl<br />
i. i'. 1<br />
Y i<br />
i, lil<br />
i:-!1<br />
i lil<br />
: * il<br />
* ?l<br />
11<br />
* 1<br />
Al ,.<br />
*<br />
2 . 0 :<br />
2.1<br />
2.2<br />
2.1<br />
2.2<br />
2.6<br />
2.8<br />
2.9<br />
2.5<br />
2.6<br />
3.3<br />
3.0<br />
3.1<br />
1 . 7'<br />
1.1<br />
2.3<br />
2.4<br />
1.9<br />
0.71<br />
0.32<br />
0.25<br />
0.62<br />
0.45<br />
0.47<br />
0.29<br />
0.43<br />
0.36<br />
0.26<br />
0.24<br />
As B<br />
ppm ppm<br />
* 5 * 10<br />
* 5 * 10<br />
5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
X 5 * 10<br />
* 5 * 10<br />
10 * 10<br />
* 5 * 10<br />
:. 20 * 10<br />
20 * 10<br />
1 . 0 : i*: 5 * 10;<br />
1.3? X -5 * 10<br />
1 . 5 5 * 10<br />
0.63 * 5 * 10<br />
0.98 Ji5 * 10:<br />
'Y; 5 * 10<br />
* 5 * 10<br />
10 * 10<br />
x; 5 * 10<br />
:- ;;i5 * 10:<br />
x 5 * 10<br />
1.5. * 10<br />
* 5 * 10<br />
15 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10<br />
* 5 * 10:<br />
* 5 * 10<br />
Ba<br />
ppm<br />
2<br />
* 1<br />
* 1<br />
V 1<br />
7<br />
* 1<br />
* 1<br />
250<br />
16<br />
15<br />
9<br />
11<br />
X 1<br />
i* 1<br />
: .-'18<br />
68<br />
94<br />
12<br />
50<br />
130<br />
47<br />
47<br />
41<br />
51<br />
43<br />
36<br />
40<br />
23<br />
22<br />
49<br />
31<br />
75<br />
50<br />
31<br />
Be Ei<br />
ppm ppro<br />
* l, ,x;5<br />
( 1 i; :^i5<br />
* lii-x'is<br />
* li i* iS<br />
* 1 < 5<br />
< 1 15<br />
* 1 -'.- V:.. 5<br />
* i i*i5<br />
* i?; ,, .i ;5<br />
* i; :; i S<br />
* IVY; 5<br />
* r? ;Y5<br />
* liiiYls<br />
* 1S|S<br />
* l?i'?i;' : -5<br />
* 1 .'1:5<br />
* i .Y: 5<br />
' ^iii'ii!<br />
* i?????Y;5<br />
* i?5?Yi5;<br />
* I'i?:*.;;;;<br />
* i^iift<br />
* l:;:;il?75:<br />
( i;;;?Y5<br />
( i':?iiv:.?5<br />
* l???Y-5<br />
* li?;Y?5:<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HN03<br />
at 95 C for 90 rain and diluted to 1O ml with DI H20<br />
This method is partial for many oxide materials<br />
TSL/96<br />
C a ;;:-<br />
*. - '<br />
4.0:<br />
5.7<br />
4.7:<br />
4.0<br />
4.3<br />
TSL/ASSAYI laboratories<br />
1270 FEWSTER DRIVE. UNIT J rlISSIS3AUGA. ONTARIO L4U-1A4<br />
PHONE tt: ( 905)602-8236 FAX #: (905)206-0513<br />
2 . 3 :<br />
1. 8 : : ?::Y;1 33;;<br />
4 . V? ?Y'i 38:<br />
4.1"<br />
?:i?i 23?i<br />
3 . 9 i; J?l;;i 2 li;<br />
3 . 7 igf!<br />
ia|<br />
3.8;? i-l;l 49? 1300<br />
3 . 7 *Y;i 5 li 1400<br />
: .''' /' ':vI1 ^i'-<br />
5.0? iiigb<br />
'i' 1 ' 1 i'.' 1'."::'.':^ 1 - . '--.<br />
1.6:;<br />
1 . 5':<br />
Cd? Co S" : .:Cr<br />
ppm ppm ; ;PP<br />
4 . 8 :.? * 1 44i; 970<br />
5 . Ofi?*.:i<br />
47''. '::Wb<br />
4.2<br />
4 . 0 ?!:-l 46?':<br />
4.0<br />
libo<br />
.'i?1 4 7ii; SI:"<br />
: ' lil 49;i isoo<br />
11 56'i<br />
li 5 1<br />
:Vl 54:<br />
:-'Yi 53;<br />
4.6i lil 55 1400<br />
5.0<br />
:--Yl 52, 1300<br />
4.4 . .: : *?:i? 53?: .'jSoo<br />
3.3?<br />
^Yi 3 5l(1^?<br />
i Y i 25?;<br />
:??5bO<br />
"ieeo<br />
; 100<br />
; ioo<br />
i ::'*il' io;i<br />
i'iiso<br />
?ixi'4 li; 2i(J<br />
1.2:<br />
1 . 4 i'*--5'! 7i::::llp<br />
1.1 iYl 8 ; ?ii2b<br />
1.0<br />
;iiM0<br />
. .. - ./..v.v.A -\<br />
* Iri-'Y's 0.85 -,,* :;i 9? lio(3<br />
* lii :xii5 1-1- i..*:i 9? ^130<br />
( l??'i*?.;5: 0.97i;?<br />
:x : i lo? iiiisb<br />
* liiiiis 1.2" i :i'.:l 10'; :iii :7b<br />
( 1 * 5 1.2.;<br />
??150<br />
x ?i 9;<br />
I.C.A.P. PLASMA SCAN<br />
1300<br />
1300<br />
1300<br />
1400<br />
15| 0'<br />
ff'ei<br />
i;il50.<br />
Cu<br />
ppro<br />
37<br />
47<br />
48<br />
36<br />
54<br />
47<br />
50<br />
46<br />
44<br />
Aqua-Regia Digestion<br />
40 5,5<br />
70 4.8<br />
51 :4.9<br />
61 3.0<br />
58 :?.3'v4 :<br />
32 i? 2'; 4<br />
6 ;:3v3<br />
20 3 .8<br />
19 3.4<br />
14 3.2<br />
84<br />
31<br />
25<br />
21:;<br />
68<br />
is;<br />
5<br />
11<br />
4<br />
4<br />
3<br />
3<br />
11<br />
28<br />
4<br />
Fe<br />
:*i<br />
4,-4<br />
4.0<br />
4.2<br />
4.4<br />
4.7<br />
4,7<br />
4.6<br />
4.6<br />
4.7<br />
2.9<br />
4.9<br />
5 . i<br />
4.4<br />
i';l,r3<br />
1.1<br />
:i;l<br />
1.1<br />
.1.1<br />
;-:?l-3 :<br />
0.83<br />
1.1<br />
0.82<br />
0.91<br />
1-1<br />
Mg<br />
*<br />
2.5<br />
2 . 5<br />
2.5<br />
2.6<br />
2.6<br />
2.6<br />
2.5<br />
2.6<br />
2.6<br />
2.6<br />
2.6 880<br />
2.6 940<br />
2 . 6 1000<br />
2.4? 770<br />
2 . 4 950<br />
2 . 5 i. 620<br />
2.7 840<br />
2.6 900<br />
1.9 610<br />
1.9: 610<br />
0 . 67 i<br />
0.56<br />
0.61<br />
0.46<br />
0.42<br />
0.36<br />
0.41<br />
0.37<br />
0.46<br />
0.47<br />
Mn<br />
ppm<br />
850<br />
920<br />
810<br />
840<br />
820<br />
780<br />
910<br />
850<br />
820<br />
910<br />
1 - 9 iii560<br />
2.6 :;980<br />
2.6 1000<br />
2 . 3 810<br />
0.78 300<br />
280<br />
240<br />
240<br />
200<br />
170<br />
160<br />
200<br />
,: 180<br />
210<br />
220<br />
Mo i;Na<br />
ppm i*<br />
* 2*0,01<br />
* 2*0:01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0,01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0,01<br />
* 2*0.01<br />
* 2*0^dl<br />
* 2*0.01<br />
* 2*0:01<br />
* 2*0.01<br />
* 2 0,02<br />
* 2 0,03<br />
* 2 0.03<br />
* 2*0.01<br />
* 2*0.01<br />
* 2*0:01<br />
* 2 0. 06<br />
* 2 0,05<br />
* 2 0,04<br />
* 2 0.06<br />
* 20? 04<br />
* 2 0.04<br />
* 2io.03<br />
* 2 0,05<br />
* 2 0.04<br />
* 2-0.03<br />
* 2 0.04<br />
Ni<br />
ppm<br />
520<br />
460;i<br />
600<br />
590<br />
570:<br />
630<br />
640<br />
610<br />
670<br />
670<br />
430<br />
460<br />
480;<br />
320<br />
320.<br />
370 i.i:46<br />
450 ???:50<br />
630 '-•62<br />
78 2Oob<br />
38 2000<br />
44 2000<br />
470i'-:.:;40b<br />
490 :'?260<br />
180 ;iip p<br />
23<br />
7<br />
10<br />
7<br />
7<br />
11<br />
8 ,i|20<br />
8:<br />
8<br />
e<br />
1<br />
p :<br />
ppm<br />
i.78<br />
i 70<br />
: ?84<br />
;:.i (H<br />
:82<br />
: 86<br />
:? 90<br />
i- 78<br />
:i;74.<br />
'i:.84<br />
i 70<br />
:i;82<br />
• '••"•f- -n<br />
: OO<br />
.<br />
: ibbo<br />
800<br />
920<br />
; ?910<br />
iiiSiBO<br />
iibbo<br />
i??680<br />
: iboo<br />
:950<br />
Pb<br />
ppm<br />
* 1<br />
* i<br />
* i<br />
* i<br />
* i<br />
* i<br />
* i<br />
* i<br />
* i<br />
* i?<br />
* 1 :<br />
* 1<br />
* 1*<br />
* 1'<br />
* lj :<br />
* r Ts<br />
: -:* "s<br />
* 1;':<br />
* 1<br />
6<br />
2'i<br />
* li? :3x'-i5<br />
* i?iiiyii's<br />
* l"; ??i*:i:.5 :<br />
* 1;? axis'<br />
4iIP.<br />
2 iliis<br />
3;; ;:i*i:i5'<br />
'i'l'S<br />
3;:<br />
2; -i 1 5<br />
3iiiifi'<br />
5i<br />
3?<br />
4?; ili.is<br />
liiixV'5'<br />
3" ?i*': 5<br />
2<br />
SIGNED :<br />
Sb<br />
ppm<br />
* 5<br />
* 5<br />
* 5<br />
< 5<br />
* 5<br />
* 5<br />
* 5<br />
*is<br />
'li5<br />
i'*- '5<br />
i* 5<br />
:; t?; 5<br />
' i li 5<br />
x 5<br />
X 5<br />
ilM<br />
-?:-i''::':5<br />
^ 5<br />
Se i Sn<br />
ppm ppm<br />
14 *i;10<br />
14 * 10<br />
13 x 10<br />
14 * 10<br />
16 * 10<br />
15 * 10<br />
17 * 10<br />
18 * 10<br />
17 * 10<br />
17 * 10<br />
22 * 10<br />
20 X 10<br />
21;;* ilO<br />
13;*? 10<br />
10 -Yip<br />
iii"*'??io<br />
12 ; : * 10<br />
4 X 1O<br />
3 x 10<br />
3.X 10<br />
15 i * 10<br />
16 YlO<br />
9'ix-io<br />
2"lii;ip<br />
i * ?io<br />
* li* ?10<br />
* i x io<br />
* 1 li'iO<br />
* 1?:X 10<br />
* i ;-?*?;io<br />
* li x lo<br />
* liAilO<br />
* i :iiio<br />
* 1 x 10<br />
Sr<br />
ppm<br />
77<br />
120<br />
100<br />
76<br />
87<br />
90<br />
120<br />
100<br />
220<br />
93<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
88<br />
100<br />
81<br />
91 :<br />
Q A<br />
C34<br />
86<br />
170<br />
240<br />
230<br />
210<br />
200<br />
220<br />
210<br />
260<br />
190<br />
200<br />
230<br />
330<br />
190<br />
110<br />
170<br />
180<br />
190<br />
170<br />
300<br />
Ti<br />
ppm<br />
30<br />
33<br />
33<br />
30<br />
40<br />
55<br />
60<br />
56<br />
37<br />
54<br />
47<br />
39<br />
41<br />
27<br />
35<br />
52<br />
61<br />
18<br />
31<br />
53<br />
46<br />
34<br />
48<br />
24<br />
42<br />
26<br />
38<br />
^47<br />
29<br />
24<br />
20<br />
43<br />
31<br />
24<br />
22<br />
V W<br />
ppm ppm<br />
47 * 10<br />
47 * 10<br />
52 * 10<br />
47 * 10<br />
61 * 10<br />
75 * 10<br />
74 * 10<br />
86 * 10<br />
67 * 10<br />
67 * 10<br />
95 * 10<br />
83 ( 10<br />
89 * 10<br />
48 1 10<br />
53 YlO<br />
20 * 10<br />
17 * 10<br />
37 * 10<br />
6 * 10<br />
7 *10<br />
6 * 10<br />
42 * 10<br />
42 * 10<br />
11 * 10<br />
7 * 10<br />
4 * 10<br />
5 * 10<br />
6 * 10<br />
6 * 10<br />
5 * 10<br />
6 * 10<br />
5 * 10<br />
7 * 10<br />
4 * 10<br />
4 * 10<br />
M8310<br />
2 of 3<br />
NV18MA<br />
NOV-19-1996<br />
V<br />
ppm<br />
2<br />
3<br />
3<br />
2<br />
1<br />
2<br />
3<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
* 1<br />
2<br />
3<br />
9<br />
11<br />
11<br />
3<br />
2<br />
8<br />
4<br />
3<br />
3<br />
3<br />
3<br />
3<br />
2<br />
3<br />
3<br />
3<br />
3<br />
Zn<br />
ppm<br />
34<br />
38<br />
35<br />
35<br />
41<br />
46<br />
44<br />
43<br />
40<br />
42<br />
59<br />
62<br />
47<br />
65<br />
140<br />
6<br />
7<br />
25<br />
34<br />
41<br />
45<br />
59<br />
62<br />
88<br />
29<br />
19<br />
15<br />
15<br />
12<br />
13<br />
14<br />
16<br />
15<br />
15<br />
13<br />
Zr<br />
PPI"<br />
9<br />
7<br />
2<br />
5<br />
11<br />
7<br />
6<br />
10<br />
7<br />
9<br />
10<br />
11<br />
10<br />
6<br />
3<br />
4<br />
5<br />
5<br />
2<br />
* 1<br />
* 1<br />
6<br />
7<br />
5<br />
2<br />
4<br />
3<br />
* 1<br />
2<br />
2<br />
3<br />
l<br />
2<br />
2<br />
5
CAMECO<br />
ATTN: PETER CHUBB<br />
PROJ: ENGLISH<br />
6W-4574-R01<br />
SAMPLE tt<br />
ENG96D-204<br />
ENG96D-205<br />
ENG96D-206<br />
ENG96D-207<br />
ENG96D-208<br />
ENQ96D-209<br />
ENG96D-210<br />
EN096D-211<br />
EN096D-212<br />
ENG96D-213<br />
ENG96D-214<br />
ENG96D-215<br />
EN096D-216<br />
ENG96D-217<br />
ENG96D-218<br />
ENG96D-219<br />
ENG96D-220<br />
ENG96D-221<br />
INC.<br />
'' ;Ag:y Al ' :'lM.}<br />
. :ppm , * ppm<br />
VVM 0.49 cV5 .<br />
V'-f'vJ. 0.27 X 5 . c 10;<br />
v'M 0.42. -^.3 . ( 10<br />
til 0.36 ( 5 . t 10:<br />
;,VM : 0.23 y/ o: 's" ' c 10<br />
v?'xi.I O.l6yv.yc:; :3 'c<br />
10.<br />
VjgJ 0.25VVV?5 ' c 10;<br />
'VViVi 0.36VX 5 . t lOV:<br />
V,M:l 0.28 ;V:5 . [ 10<br />
V'S::! 0.35;;. *";.s ':<br />
10:;<br />
: ID;<br />
V'rxvi 0.22^^-5 -<br />
vgri o.ssVVvys .<br />
B v<br />
PPm<br />
Ba<br />
ppm<br />
c 10 : 34<br />
.t'yy^l 0.25 ';*. 5 . ( 10V : 21<br />
;VxV;i 0.23 xVS ' t 10:: 49<br />
rVC;i 0.30V;VV5 . ( 10:: :: 22<br />
T'x&i 0 .28 X5 '(<br />
10 T 23<br />
32<br />
32<br />
23<br />
33<br />
9<br />
24<br />
25<br />
49<br />
38<br />
"31<br />
: 10;:: : ..54<br />
; '"'X;;* 0.20Vt;5 . : lOV' i 40<br />
.VJXi;! 0.26 Vx; 5 ':<br />
10 y 4 O<br />
Be<br />
ppm<br />
< 1<br />
( 1;<br />
< 1:<br />
( 1<br />
< 1<br />
* 1.' : X "5<br />
( 1<br />
( 1<br />
< 1<br />
( 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
* i;<br />
< i<br />
< i<br />
< i<br />
A .5 gin sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Bi<br />
PP!"<br />
y*:: 5'<br />
vt:5<br />
VCs<br />
:x;',.5<br />
:'X "'5<br />
< 5<br />
*.;5<br />
r -.{s<br />
(5<br />
r^:?5<br />
V* . s<br />
-x- 5<br />
VVy-S'<br />
:'*~:?<br />
:x 5<br />
X 5<br />
X 5<br />
Ca<br />
* ::<br />
1-1 ^ 1<br />
1.4 < 1<br />
1 - 5; x 1<br />
l . 3 ;<br />
1.3" X i<br />
XI<br />
1.5<br />
1.2<br />
1.2<br />
0.98<br />
0.65<br />
1.1<br />
1.3<br />
1.5<br />
1.5<br />
:^:';i<br />
1-5; : < "l<br />
1.3-<br />
1 . 3<br />
1^4<br />
TSL/ASSAY ".aboratories<br />
1270 FEWSTER DRIVE, UNIT j MISSISSAUGA,ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
; Cd':<br />
ppm<br />
••'*. l<br />
< i<br />
\ . 1<br />
^ 'l<br />
ci<br />
' x Vi<br />
< i<br />
( i<br />
x.; 1<br />
< 1<br />
< 1<br />
Co<br />
ppm<br />
6<br />
12<br />
10<br />
11<br />
9<br />
9<br />
9<br />
9<br />
12<br />
9<br />
11<br />
9<br />
9<br />
9<br />
10<br />
8<br />
9<br />
9<br />
I.C.A.P. PLASMA SCAN<br />
Civppm<br />
70<br />
110<br />
190<br />
170<br />
150<br />
140<br />
140<br />
160<br />
220<br />
110<br />
180<br />
140<br />
160<br />
140<br />
190<br />
160<br />
180<br />
160<br />
Aqua-Regia Digestion<br />
Cu ;<br />
ppm ,. *:.;;:<br />
4? .43 210<br />
19; ~yui o .55V :' 240<br />
25; Oi93 0 .58V 260<br />
6:<br />
5;'<br />
;::.:'i?2 0 .47 240<br />
:: :' :.1.1 0 .56 240<br />
5;: ,.';.i: :.i o<br />
15<br />
7<br />
8<br />
5<br />
3; V,;i:;'3 o<br />
12 ;.; : l':i : 0<br />
4 :;<br />
0.93 0<br />
3; ;;l,P 0<br />
4<br />
:.;'Fe ::<br />
;o.95 o<br />
;;;:l;:l 0<br />
v.M.-,^: ....:y.'..-<br />
Mg :<br />
* l -<br />
5; :6i89 0 .49<br />
4!i<br />
0-92 0 .48<br />
4 1.0 0 . 50<br />
Mn<br />
ppm<br />
.62 260<br />
1.2 0 .44 210<br />
Ir 2 0 .46 240<br />
:l-2 0 .38: 190<br />
0,92. 0 25: .140<br />
- 39; ;;2oo<br />
.56 230<br />
.60V 260<br />
. 61';. 240<br />
.60 270<br />
240<br />
230<br />
250<br />
V'Na'.:<br />
Mo<br />
PPm<br />
? ii*:i " :<br />
< 2 : :0.05<br />
4 Mi03<br />
< 2 V6v03<br />
2 Vo.03<br />
< 2Vo<br />
:,04<br />
< 2 :;0;03<br />
< 2 :0.05<br />
< 2 6.04<br />
< 2 0.03<br />
< 2 VP?03<br />
;;"pvo3<br />
< 2<br />
< 2 ;:6;b4<br />
< 2 :;oVo3<br />
< 2 SP r 04<br />
< 2VO.03<br />
< 2 6,04<br />
< 2 6.02<br />
< 2 'P. 03<br />
Ni<br />
ppm<br />
6 iooo<br />
8 1000<br />
8 910<br />
9 1000<br />
8 V570<br />
8<br />
7<br />
6<br />
6<br />
7<br />
6<br />
6<br />
6<br />
.'"P<br />
ppm<br />
6 -910<br />
11 i 930<br />
7. ;iOOO<br />
9 iioo<br />
7 990<br />
950<br />
940<br />
1000<br />
iooo<br />
900<br />
930<br />
940<br />
990<br />
Pb<br />
ppm<br />
4<br />
6V<br />
2<br />
3<br />
4<br />
3<br />
2<br />
1<br />
5<br />
3<br />
< 1<br />
1<br />
2<br />
3<br />
2<br />
2<br />
Sb<br />
ppm<br />
( 5<br />
X 5<br />
X 5<br />
< 5<br />
:
CAMECO bo^-j<br />
ATTN: PETER CHUBB<br />
PROJ: ENGLISH<br />
6U-4575-RG1<br />
SAMPLE<br />
EN096D-222<br />
ENG96D-223<br />
EN096D-224<br />
ENG96D-225<br />
ENG96D-226<br />
ENG96D-227<br />
ENG96D-228<br />
ENG96D-229<br />
EN096D-230<br />
EN096D-231<br />
ENG96D-232<br />
ENG96D-233<br />
ENG96D-234<br />
ENG96D-235<br />
ENG96D-236<br />
ENG96D-237<br />
ENG96D-238<br />
ENG96D-239<br />
ENG96D-240<br />
ENG96D-241<br />
ENG96D-242<br />
ENG96D-243<br />
ENG96D-244<br />
ENG96D-245<br />
ENG96D-246<br />
EN096D-247<br />
EN096D-248<br />
ENG96D-249<br />
ENG96D-250<br />
EN096D-251<br />
ENG96D-252<br />
EHG96D-253<br />
ENG96D-254<br />
ENG96D-255<br />
ENG96D-256<br />
INC.<br />
Ag Al As<br />
^ppm * ppm<br />
X 1 0.21 X; 5<br />
XI 0.39 X 5<br />
;.Vii 0.19 Xv5<br />
,V-i 0.23 ..X:;5<br />
Vi 0.18 if ,5<br />
X: l 0.23 X 5<br />
:X 1 0.16 X 5<br />
. X 1 0.18 X.--5<br />
;;V:1 0.30 x 5<br />
,\V;;M 0.20.;: X;, 5<br />
; x ;i: 0.26, x 5<br />
VX;:! 0.13 ;:s.x-;5<br />
v/X//* 0.18 i 't :5<br />
irVi'i O.lSvViS<br />
':;Vi;i o.i7.:i:;xi;5<br />
PS f i o.io xi 5<br />
sV:i 0.23" V s<br />
-S'X'il 0.35::-:.xv.5<br />
-, X*l 0.28? X 5<br />
: x;il o.i8.::ft.i;:";5<br />
Sic;!- 0.2i;;v.xi.5<br />
/IVI/l 0.17l|X.f5<br />
SX'*1: 0.27lix!-5<br />
J-Xfl 0.19|lV5<br />
:i;V;::i o.2i.:i;V;;5<br />
,:'ix:|l o.isi x 5<br />
iiXil 0.24' ; .::X'. 5<br />
X:-l 0.21 X 5<br />
isVsl 0.28; ;x 5<br />
sfStll o.25l|x;i8<br />
S/Vii o.86i;vX-5<br />
Ixll 0.97 -S :5<br />
.Si;/ i -o.83fi|5io<br />
BS-Sli o.27-;;i;Vi5<br />
B ;: ;<br />
ppm<br />
< 10<br />
< 1 0<br />
( 10-:<br />
< 10<br />
< 10<br />
( 10;<br />
< 10<br />
< 1 0<br />
X 10 ?' 60<br />
< 1 0 i :::i 52<br />
< 10 i- 21<br />
< io/ ;,--.. 24<br />
X 10 iS4'8<br />
x 10 ii-<br />
-i 3 5<br />
< 10, 3-3.4<br />
X IO":<br />
< 1 0<br />
x 10<br />
X 10<br />
' 'i.34<br />
( 10,<br />
X IO"<br />
< 10<br />
x 10<br />
x 10<br />
x 10;: S2!<br />
x 10<br />
< 10<br />
( 10<br />
X 10<br />
( 10:<br />
x 10;<br />
if5;3<br />
( 10<br />
x 10<br />
x 10<br />
Ea<br />
ppm<br />
47<br />
: 38<br />
i; 55<br />
25<br />
64<br />
i 48<br />
:v. 7i<br />
i .77<br />
if' 5 9<br />
; 44<br />
49<br />
""'. '37<br />
-' -'S*<br />
:':: :. 35<br />
t 3 9<br />
i:ii,38<br />
i 27<br />
35<br />
40<br />
-,-.i8o<br />
i-* *<br />
iixiii<br />
ill'6<br />
Be : iABi -<br />
ppm -,Ipm<br />
< 1 X 5<br />
t 1 ,..':V.'..5<br />
X i;":ixi;.5<br />
< l :-:- V;Vi5<br />
x li " : i X 5<br />
( i.?-^\ 5<br />
x l*;i;:x"5<br />
x 1 :;V 5<br />
* i: ; .;ix. 5<br />
x i-i-v.5<br />
x i^ViS<br />
t i/l/x 5<br />
( liif/x.i-s<br />
< i'::'; 'Vis<br />
* rlP?<br />
< l ii/V.'S<br />
x V.JxTiS<br />
( i':.'.. /X' .5<br />
* i : :ix-'5<br />
< ii.pi.,5<br />
< l.ifx!.5<br />
( i;,4;V*5<br />
< i/'&Vls<br />
x i;*xi'5<br />
( i;i!f;:5<br />
( 1 " V c-i5<br />
< I X 5<br />
< 1 :.X :5<br />
( lSjV'.5'<br />
y.-.'v:-:':-:":v'vX.-^<br />
< li-SXlCB<br />
< lLiV:5<br />
* i:.S:;;5<br />
A .5 gra sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H20<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Ca<br />
*<br />
1.4<br />
1.2<br />
1.6<br />
1.5<br />
1.7<br />
1.7<br />
1.5<br />
1.5<br />
1.7<br />
1.7<br />
1.5.<br />
1.1<br />
0.57<br />
1.0<br />
1.1<br />
o.eili-<br />
0.97<br />
0.82<br />
1.2<br />
1.2<br />
1.5<br />
1 . 6<br />
1 . 4<br />
3 . 3::: 'x. i<br />
4 - 0 ; /; ; ' ( 1<br />
8.2 ^x'l<br />
6 . 9.:<br />
7.4<br />
TSL/ASSAYE laboratories<br />
1270 FEWSTER DRIVE, UNIT - ..ISSISSAUGA,ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
Cd<br />
ppm<br />
< 1<br />
( 1<br />
x 1<br />
X 1<br />
< 1<br />
x'-l<br />
4 i<br />
x 1<br />
X 1<br />
x 1<br />
X 1<br />
< 1<br />
( 1<br />
.i- -x. 1<br />
-;': 1<br />
"i-X..:!<br />
j;x'v' :l<br />
< i<br />
rx i<br />
X l<br />
;x ; -i<br />
1.3<br />
i . 4 ; . yc i<br />
;i-V-';l<br />
: -.:; : x-: i<br />
.'-.x 'l<br />
1.5; *x 1<br />
1.4 V i<br />
1.5 x 1<br />
l . 6 ; -,x i<br />
1.8. :;^'' :<br />
;X l<br />
co ;<br />
ppm ;<br />
9 150<br />
11 : 180<br />
9 .1.40:<br />
11 180<br />
9; 150<br />
11<br />
9<br />
11<br />
11<br />
11.<br />
11 : 150<br />
13 240<br />
16:: 450<br />
12; 220<br />
li,; 210<br />
12<br />
9<br />
11 9<br />
13<br />
11 160<br />
11: ':.Jl70<br />
9 -140<br />
- :; i-7Q<br />
11<br />
10 :.i50<br />
12 190<br />
9 ISO<br />
12 190<br />
9 150<br />
13 ,x;18|<br />
58<br />
54<br />
; -'730<br />
50 ,;i?'60<br />
51<br />
55<br />
I.C.A.P. PLASMA SCAN<br />
Cr ::i<br />
ppm<br />
190<br />
140<br />
200<br />
190<br />
200<br />
260<br />
190<br />
^240<br />
;i4o<br />
;240<br />
iiii<br />
;:.i?P<br />
Aqua-Regia Digestion<br />
Cu : ,rFe Mg :<br />
pp ra; :;*r * ,"<br />
4 0,94 0.60<br />
6j;i,l 0.48,<br />
3;::0.93 0.66:<br />
a; li, 3 o.67 :: :<br />
12 ;;i,o 0.68<br />
21.41,1 0.67<br />
10J: ;i. 0 0.63<br />
21 ,!i;0 0.62<br />
2li l.l 0.67<br />
8; "l. 1 0.59;<br />
6^4:1.4 0.63;<br />
5i3l ;:'4 o.48-'.-i<br />
3 -. - ......- Ol . 88 ". 0 . 25 ,:-'.,; 120<br />
6 0. 97 0 . 40 : 170<br />
5:OJ94 0.3S; 170<br />
6:1.1 O.SO;: 220<br />
6. "l, 3 0.50V; : 230<br />
7;Siv4 0.663I?50<br />
10:SlV:54 0.634V<br />
- :-.' ' ' . -<br />
5:B2;:2 0.65S'<br />
8::: :fi:;: :2 0.66'-i;,250<br />
7:,4i;3 0.62'i;'; ::;::23:0<br />
15-11,3 0.66;;';.<br />
i2 :.. ; i'-i:.-i o.63; :<br />
8";ilM 0- 851<br />
,",'.-v'-.?.s."V'X ':'.''<br />
:.--.:v.-:-x:-v.-."-^;'- x v ;<br />
Mn<br />
ppra<br />
230<br />
190<br />
230<br />
250<br />
250<br />
260<br />
240<br />
260<br />
250<br />
250<br />
250<br />
210<br />
7iift;;90 0.2 S;: 1 ,130<br />
SjSlri 0.42 : :'- .190<br />
4''I:Il;.:,2 0.46:: 200<br />
240<br />
i 230<br />
10 s 1.2 0.63 :230<br />
10vO:s?93 0.63;: ; : :-230<br />
.260<br />
:'V50<br />
29-34:3 2 . 7k<br />
920<br />
37?;lfc| 2 . 6l:<br />
58t;;;4i?7 2 . fr:: S930<br />
54;- : i.;j;i :'9 2.6f .1900<br />
Mo Ha<br />
ppm , *<br />
( 2 0.03<br />
< 2 0>04<br />
( 2 Q.Q3<br />
6 0.03<br />
' 2 - 0?<br />
< 2 0.04<br />
< 20; 02<br />
< 2 0.03<br />
< 2 0.05<br />
< 2 di 03<br />
6 0.04<br />
< 2 0.03<br />
< 2 0:04<br />
< 2/0-03<br />
* 2 P-?3<br />
, ' , ,-'...y. ".'' '<br />
< 20. 0 2<br />
( 2 0,04<br />
< 2 0,06<br />
< 2 0.03<br />
< 2 0.03<br />
.. . . ...- . .- .-"i''<br />
< 2 0,02<br />
< 2/0.04<br />
< 2 0.03<br />
* 2 -"?<br />
< 2 0 . 03<br />
< 2 0.03<br />
( 2 0.03<br />
( 2/6 i O*<br />
* zs^ii<br />
t 2^'Jof<br />
< 2X0.01<br />
< 2X0 i 01<br />
< 2x0.01<br />
< 2X0.1.61-<br />
Ni -"p;' :-,:<br />
ppm ppm<br />
8 1000<br />
9 960<br />
7'-;-i Opo<br />
10 i 880<br />
9 1000<br />
9 980<br />
7 1000<br />
10 960<br />
9 1000<br />
i o;- 1060<br />
1 0^:1000<br />
is' .;:93o<br />
18 ii 500<br />
1 2 ^990<br />
16'^; s 9 6<br />
11 i910<br />
12 -is lo;<br />
9: 980<br />
ii : ; J90<br />
9'iso<br />
8'S;9JO<br />
8;S:9;90<br />
8 :'.:;|l^b<br />
10 looo<br />
7-,.:--;:950<br />
9 i :lpOO<br />
7J1100<br />
i-^is<br />
81oSI.72<br />
650 '' V.-.78<br />
650-^48<br />
ssoiiifSo<br />
560::,i:70<br />
Pb :Sb<br />
ppm ppm<br />
< 1 . "x- 5<br />
( 1 :;X : 5<br />
< l'X;5<br />
< 1 X 5<br />
< IX 5<br />
< 1 x 5<br />
1X5<br />
1 X 5<br />
1 * 5<br />
2 X 5<br />
< 1.-.-. :X'-.5<br />
< l/'/lx 5<br />
( 1 < S<br />
< 1-../X-5<br />
2:f;:x 5<br />
( i:.,-;::f:s<br />
2 X 5<br />
l-'-'./X' 5<br />
3 X 5<br />
4;,;x.-5<br />
3;'s-r'x is<br />
5"-.'i.ix.."5<br />
3iii;ix :i5<br />
6:'-ixi.5<br />
3 X 5<br />
2 ( 5<br />
2. < 5<br />
2::;: ::i;x;:5<br />
2';g;.xl5<br />
' ^M-?5 -<br />
< l?- :?ix'i5<br />
f 1 '••': :'-' f ' K<br />
\ i .v.-.; "\ ; J<br />
< iiiS'i.5.;<br />
< li.;iX;i5"<br />
< liS'-Vs;<br />
SIGNED<br />
se<br />
ppm<br />
( 1 < 10<br />
< 1 ; xi 10<br />
< 1 < 10<br />
< 1 x' 10<br />
< 1 < 10<br />
< 1<br />
< 1<br />
< 1<br />
( 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1:<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
1<br />
< 1<br />
< 1<br />
< 1<br />
< l<br />
< 1<br />
< 1<br />
< 1<br />
< 1<br />
1<br />
14<br />
14<br />
16<br />
14<br />
16<br />
Sn<br />
ppra<br />
< 1 0<br />
< 10<br />
x 10<br />
< 10<br />
< 10<br />
x io<br />
^10<br />
x 10<br />
< 10<br />
x 10<br />
X 10<br />
t 1 0<br />
< 10<br />
X 10<br />
X 10<br />
X 10<br />
X 10<br />
'X- 10<br />
x 10<br />
x;io<br />
X 10<br />
x 10<br />
< :10<br />
xi/10<br />
i 10<br />
x io<br />
x 10<br />
i x ;io<br />
;V 10<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
S r H. jTi"; v w<br />
ppm: PP . ppm ppm<br />
320 ;<br />
8o;;i:<br />
i:.29<br />
160- ; ; 15<br />
160: .17<br />
280 :<br />
340,,<br />
650<br />
470<br />
220<br />
270<br />
170 :. ,: : 17<br />
190 i i: 10<br />
63 ;.'.?ii9<br />
120i-<br />
-i. i*<br />
230<br />
260:<br />
220<br />
190<br />
420<br />
520<br />
; 17<br />
;i 12:<br />
.17.<br />
9<br />
10<br />
i 21<br />
13<br />
•f is<br />
i: .i /:9<br />
:. .'17<br />
22<br />
17<br />
13<br />
510 i'iiilS<br />
370 :^1S<br />
230; ...S; 24<br />
190 // : i:if6<br />
110 ::;.i5<br />
120 . 13<br />
98 18<br />
83 . :y.-i:14:<br />
89; . - .: -".--2:6<br />
380 ;::.ii"13<br />
320 '.-.^<br />
130<br />
: :j.ii^<br />
520<br />
230iiliii<br />
410 :'i :x.ii<br />
4 < 10<br />
6VX-10<br />
3 X 10<br />
4ix 10<br />
3 X 10<br />
4 X 10<br />
3 < 10<br />
5 < 1 0<br />
4 ^ 10<br />
3 X 10<br />
4 X 10<br />
4 X 10<br />
10 X 10<br />
5 X 10<br />
5 "x 10<br />
6" : X' 10<br />
5" X 10<br />
7 X 10<br />
4 X 10<br />
5 X 10<br />
3 X 10<br />
six 10<br />
4;:x; 10<br />
4.ixi 10<br />
4 x 10<br />
4 X 10<br />
3 X 10<br />
3 X 10<br />
4ix .10<br />
f'.T/.lP<br />
18 X ilO<br />
16 X 10<br />
33 X 10<br />
nix 10<br />
( ix 10<br />
M829D<br />
l of 2<br />
NV14MA<br />
NOV-15-1996<br />
y PPm<br />
3<br />
3<br />
3<br />
3<br />
3<br />
3<br />
3<br />
3<br />
4<br />
4<br />
3<br />
2<br />
2<br />
3<br />
3<br />
2<br />
3<br />
2<br />
3<br />
3<br />
3<br />
3,<br />
4<br />
4<br />
4<br />
4 42<br />
4 23<br />
4 i. 17<br />
4 20<br />
4 16<br />
2<br />
2<br />
4:<br />
4<br />
4<br />
Zn<br />
ppm<br />
20<br />
16<br />
16<br />
12<br />
14<br />
13<br />
10<br />
17<br />
20<br />
21<br />
16<br />
16<br />
12<br />
12<br />
-14<br />
9<br />
14<br />
12<br />
17<br />
17<br />
'..'16<br />
i 15<br />
19<br />
22<br />
27<br />
28<br />
30<br />
"i ..;44<br />
44<br />
52<br />
Zr<br />
ppm<br />
5<br />
7<br />
7<br />
9<br />
6<br />
6<br />
6<br />
7<br />
3<br />
6<br />
4<br />
11<br />
15<br />
8<br />
9<br />
17<br />
5<br />
14<br />
7<br />
10<br />
10<br />
9<br />
5,<br />
5<br />
7<br />
6<br />
5<br />
5<br />
3<br />
5<br />
7<br />
6<br />
5<br />
4<br />
6
CAMECO GO^J INC.<br />
ATTN: PETER CHUBB<br />
PROJ: ENGLISH<br />
6W-4575-RG1<br />
SAMPLE H<br />
ENG96D-257<br />
EN096D-258<br />
ENG96D-259<br />
ENG96D-260<br />
ENG96D-261<br />
ENG96D-262<br />
ENG96D-263<br />
ENG96D-264<br />
ENG96D-265<br />
ENG96D-266<br />
EN096D-267<br />
ENQ96D-268<br />
;-Ag' Al ; Aa : B :0;B^; Be ; ;Bi<br />
JPPB. * , : . " ppi" PP""0;PP'" . ppm :ppm<br />
X 1 0.21 OxfS' ( 10-,0"0f7<br />
;X 1 0.86: 0;:ip ( lo; ;ii<br />
:X;i 0.93 . C.;5 ( 10/OOS4<br />
;X;l 0.69 ::;.; : ,';5 ( l600fl7<br />
•it'jt 0 .42 10 ( 10 , 35<br />
--' '.-.•'•.•'-. .<br />
ixfl 0.97 < S < 1 Of Of 19<br />
^ :rl 1.9 0 ' s < i o.0-xf;i<br />
XI 1.7, ;X ; 5(10: O.;0?'<br />
3 0.85 20 ( 10 x-5<br />
0; 3 1.4'. ; : 20 ( 10 f; Vi<br />
1 :. ..' ' . .. V' .y 111 ; v 1 :.":'.<br />
0-2 2.40<br />
< i 0.66<br />
::X. 5 ( 10000"3<br />
K 5 ( 10.00(';;1<br />
;. - . . i;::/.: 1 :." 1';;;;:<br />
.... .' : v;:-,.; ; ,/'..<br />
( i -x- 5<br />
( 1 -X,: 5<br />
( i'OxO.5<br />
( 1 :0x ;: 5<br />
( 1 ; ;X -. 5<br />
( lOfftOs<br />
( iOc:;5<br />
( l': :.'";X ; ' : 5<br />
( i-f'VOs<br />
( I"; ; x05<br />
* i:: '5xfs<br />
* 1..;:i*:: 5<br />
A .5 gn sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
T3L/96<br />
TSL/ASSAYi aboratories<br />
1270 FEWSTER DRIVE. UNIT 3 rtlSSISSAUGA, ONTARIO L4W-1A4<br />
PHONE #:: (905)602-8236 FAX H : ( 905)206-0513<br />
Ca ; :;;Cd : Co f :CrO<br />
* , - .jppra ppm VOPPJ<br />
,<br />
!^,;.,v<br />
.- . - - -: ,;<br />
;;<br />
5.2 (1 67 0250<br />
4.7 0( 1 57 0530<br />
4.7; OV;1. 6oi ?640<br />
4.9 ! ?K:.I 54;'<br />
;' ;:4;90<br />
5.9 . ^fl 50:' :.3tO<br />
5.3: ^'*fl 52; ; :057p<br />
5.9 X?l 61 3 850<br />
4.8 : ;x;i 41;; 550<br />
4.6 V*-l 39";". y&o<br />
4.9 X;:l 40;i 0073<br />
;,;;y; ,-'<br />
3.6<br />
;l5p"<br />
Xil 46:;: ;<br />
8.8!<br />
440<br />
'x; :yi 67,0<br />
,;;:\.;J ;y<br />
I. C. A. P.<br />
Cu '...<br />
ppm<br />
51 ;<br />
52<br />
46<br />
43<br />
73<br />
44<br />
44<br />
75<br />
98<br />
72<br />
140<br />
58<br />
PLASMA SCAN<br />
Aqua-Regia Digestion<br />
life<br />
*<br />
4.9<br />
4,8<br />
, :"4 :;8<br />
4*7<br />
4,8<br />
:4,8<br />
fS?2<br />
5.7<br />
8.5<br />
7 - 5<br />
6.8<br />
' "4.; 4<br />
Mg Mn<br />
* PPm<br />
2.7 910<br />
2.6 870<br />
2.6 890<br />
2.6 820<br />
2.6 990<br />
2.6 930<br />
2 . 5 940<br />
2.3 1100<br />
2.1 1200<br />
2.2 950<br />
2.3 740<br />
2.5 1300<br />
Mo ;. Na. 0 Ni .<br />
PPm ;:0*00 ppm;<br />
: P Pb Sb;<br />
,ppm ppm :ppm<br />
.'00 "O " -- . —"'•::''-'.'\<br />
( 2*0. '01 700 0:92 ( i-;:.x05<br />
( 2(QVOi 660 ; 380 ( r. :x::,5<br />
( 2X0061 6 5 o; );.'i3b ( i:: 0x : :s<br />
( 2'VOtOi 620; Of 68 ( lfO( 5.<br />
( 2(oVpl 510<br />
vlloo ( i;.;;0 .x 5<br />
^"O'.O'.'O'.':''' -<br />
( 2(6.01 610 -.:r;i86 ( li. ;(:5<br />
( 2XPJ01 510: iv ; : 56 ( lOO(': '"5<br />
( 2(OTpl 240; :;2io ( 1 (5<br />
( 2(0.01 120 0,140 ( 1- (5<br />
( 2(POpl 130; S:. C 76 ( I;v. ; (..:'5'<br />
( 2(0;Pl 220/ '130 < l ; x Os<br />
( 2X(3Voi 80o"' ; 030 ( 1 -' ; ( ; 5<br />
vV'O r'.;:;;.: :<br />
SIGNED :<br />
Se<br />
ppm<br />
16<br />
16<br />
16<br />
14<br />
14<br />
15<br />
19<br />
18<br />
13<br />
12<br />
14<br />
14<br />
Sn<br />
ppm<br />
( 10<br />
( 10<br />
( 10<br />
(10<br />
( 10<br />
( 10<br />
(10<br />
(10<br />
("10<br />
( 10<br />
x .: 10<br />
(;10<br />
S r<br />
PPin<br />
250<br />
190<br />
130<br />
200<br />
180<br />
170<br />
230<br />
130<br />
200<br />
230<br />
190<br />
470<br />
REPORT NO.<br />
Page No.<br />
File No.<br />
Date<br />
Ti ;<br />
ppm<br />
( 'l<br />
8<br />
14<br />
5<br />
27<br />
6<br />
0.15<br />
11<br />
7<br />
9<br />
11<br />
X 1<br />
V<br />
PPm<br />
( 1<br />
10<br />
12<br />
11<br />
( 1<br />
a<br />
47<br />
44<br />
17<br />
13<br />
26<br />
10<br />
: M8296<br />
: 2 of 2<br />
: NV14MA<br />
: NOV-15-1996<br />
w ppm<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
Y<br />
PPm<br />
3<br />
4<br />
3<br />
3<br />
7<br />
3<br />
2<br />
4<br />
2<br />
2<br />
3<br />
4<br />
Zn<br />
ppm<br />
47<br />
55<br />
46<br />
42<br />
49<br />
48<br />
53<br />
64<br />
50<br />
52<br />
77<br />
29<br />
Zr<br />
ppm<br />
7<br />
11<br />
6<br />
8<br />
.10<br />
6<br />
10<br />
9<br />
12<br />
11<br />
9<br />
7
CAMECO o—i<br />
INC,<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4691-RG1<br />
SAMPLE #<br />
ENG96D-269<br />
ENG96D-270<br />
ENG96D-271<br />
ENG96D-272<br />
EN096D-273<br />
ENG96D-274<br />
ENG96D-275<br />
ENG96D-276<br />
ENG96D-277<br />
ENG96D-278<br />
ENG96D-279<br />
ENG96D-280<br />
ENG96D-281<br />
ENG96D-282<br />
ENG96D-283<br />
ENG96D-284<br />
ENG96D-285<br />
ENG96D-286<br />
ENG96D-287<br />
ENG96D-288<br />
EN096D-289<br />
ENG96D-290<br />
ENG96D-291<br />
ENG96D-292<br />
ENG96D-293<br />
ENG96D-294<br />
ENG96D-295<br />
ENG96D-296<br />
ENG96D-297<br />
ENG96D-298<br />
ENG96D-299<br />
ENG96D-300<br />
ENG96D-301<br />
ENG96D-302<br />
ENG96D-303<br />
"i*3 :<br />
llfff"*<br />
IP;" 1<br />
iJr.i<br />
555:2<br />
5553<br />
5l :X;fl<br />
llxSl<br />
mm IS;::r;l<br />
liilrii<br />
lliri<br />
lil<br />
mm<br />
5*1<br />
HIP<br />
Isr'i<br />
yslll<br />
;5x5l<br />
5ix5i<br />
lilll<br />
llll<br />
3lx5tl<br />
ii|ji<br />
Ifflli<br />
v'riVlv/i^ 1'.-;;.-"<br />
Kitol<br />
1111<br />
rfS-l.<br />
5;3!i<br />
15x5i<br />
llli*<br />
SIP<br />
liS'li<br />
|:sX|,l;<br />
Al l<br />
* 5<br />
i.i;; 5x,-5<br />
2 . 4; 5K..L 5<br />
l- 4! 1155<br />
1.&; llx's<br />
2.0 5x'l5<br />
1 . 7 "k<br />
0.37?<br />
0.2ll<br />
0.29?<br />
0.71S:<br />
1 . 7' l<br />
2 - 5 1<br />
2.0<br />
0.93<br />
1.5;<br />
iiAsi<br />
;. PP mi<br />
flils<br />
igts<br />
llr'5<br />
-r 5x1.5 5"<br />
5lrl5"<br />
51:1.5<br />
i.iiMSs<br />
i - 6; Ifcfs<br />
Us<br />
55ib<br />
B Ea<br />
ppm; i PP<br />
< 10<br />
< 10<br />
< 10<br />
< 10<br />
< 10<br />
* ip'; ;5i22<br />
llrf'5<br />
lilib < lolyi.22<br />
55=5 < 10; 1135<br />
flxl's * 10: 15:36<br />
< lol:-;K<br />
; 37<br />
< ib;<br />
< 1 0<br />
< 10<br />
< 1 0<br />
< 10<br />
5i l- 3f<br />
i;*l:l<br />
fix"; i<br />
5'x"!<br />
5ri<br />
51 31<br />
IS.: 24<br />
f;5.11<br />
' lisp<br />
ibo<br />
1.3; 5l:io < l O:<br />
1.6;;<br />
-ills' 55.12<br />
< 10;; 55,12<br />
1 . 55 5*55 < 10'5:16<br />
1 . 4 1; 5x55 < lofli:<br />
:-i<br />
2 . 0; iris < 10; 5533.<br />
< lof 51:34<br />
< IP; 5522<br />
1.5]: ;S1;5 < lo! s-528<br />
1.6? Sri? ( 10; 153(5<br />
0.73; lfr;5 : < 10;<br />
11; 19<br />
1.8?.<br />
< lol<br />
i'l'ie'p<br />
1-65<br />
< 1011;;.<br />
4 5<br />
i . si; 1x55 < iol; 552;*<br />
0.76 liis < 10;; .l;il4.b<br />
0.48; Hlf5 < ip<br />
;:5 :5'2<br />
x;<br />
Be i-'.iBp ea ;5cdf;<br />
ppm .ppm *<br />
;5p;iW<br />
< 1:5LX55' 5 75;c;il<br />
< i'"';;^ll' 2 .85;x'5i<br />
< illx-is 3 3:5;c"l"i<br />
< ifiyif 2 .8;;;: c 1 -; 1<br />
* 15lri5 3 - 6;'i;.^l: :l<br />
1 - 6;<br />
< 10 ;Sx5i < l5::W5* 3 . 4;5^ :i<br />
1-Sf5:X5'5<br />
< 10 ;5"5i < ifSrlS 4<br />
o.8ov;<br />
. mm<br />
5x55 < 10 liri < 15:^5.5 io;:;;xSl<br />
1 . 0; 5xl;5 < 1015<br />
ri ( il,lC:5 9 - i"-il'll<br />
2 . 4;;<br />
* 101<br />
|p llf 6 < 151x55 6 - 05'X^i<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
< 1-5x1*5 5 .5:1' x 5i<br />
< 151X35 2 4l:;xl;;l<br />
< 151x51 i . 8-15453;<br />
< lV.;.:xf5; 2 . o:.5x;:;i<br />
< l;f;;:|;l5. 2 4:iilM<br />
< i;l5X;"5; 5 .7:;fx;'.l-<br />
< i:.;;:X5,5 3 .9.;5r:i<br />
< 1 5 X Is 4 :o5' :;ri<br />
< l;:;;x:::S 4 .955x5i<br />
< 151*1:5 2<br />
o;siiP<br />
< i i;r;.5 7 .5 :l:;;'x;-l<br />
< 1:1^1:5 3 . 3:5:1x1;!<br />
< IvVlifS 1 8'5;x'Ii<br />
( ll;;:x55 7 . 951 ('li<br />
< il5 :M| 4 . 75;;x;;;|<br />
v;;:;;;;;;; :;;<br />
< i;5'*i: 5 3 .4:1; tMC<br />
< i' :: l'rl5 4 . 4|!x Ei<br />
< i;ilSl 4 . 4552;i<br />
< 15 :W;I 5 . 3i;l?f i<br />
< l;5 :(;M 8 . 3;;;5x5i<br />
< i5.;;x5'5 4 4;5^;l|<br />
< l55t;l5' 4 . 3;;:5x53:<br />
. sfixii;<br />
< ilffiSs a<br />
< i;;-i v;:5; 2 . iSax'ii;<br />
< ll^;:? 1 .i5;;( li<br />
TSL/ASSAY' f ".aboratories<br />
1270 FEUSTER DRIVE, UN^i' . .USSISSAUGA,ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX tt: ( 905)206-0513<br />
Co 5; ilfer l'<br />
PPm: ;PP?<br />
35;.:;<br />
33:1<br />
35i;;; 5184<br />
42.5 ..Us<br />
4 IS<br />
351 il9i6<br />
365:<br />
54:5 ;;5bo<br />
565Mb<br />
42;;; ;68P<br />
31;:':; 1260<br />
155 :J4p;<br />
155 i:io<br />
14g<br />
lisb<br />
i?i;<br />
36;-: 5-190<br />
4 2 :: ; WSi<br />
34:;;' :.1'69<br />
27.5: :4;3o<br />
19.5 ;2?Q<br />
37;.:; 1420<br />
3l5i 122P<br />
22:5 flip<br />
325 abb<br />
4 OS<br />
24:5'<br />
SO;;;; liSb<br />
35;5; flip<br />
322; ip<br />
49;5;36P<br />
31;5<br />
48'i<br />
lib<br />
44;5IM<br />
17;; :lbb<br />
13;"? :;i7b<br />
I.C.A.P. PLASMA SCAN<br />
l?io<br />
; :5:9i<br />
lliS<br />
;;;i53 :<br />
iM<br />
ilb<br />
fib<br />
Hi<br />
Aqua-Regia Digestion<br />
Cu 5:: :.pel'<br />
ppmi;;..i(5i<br />
7351:359<br />
lOOi; 5/4<br />
73;;;56lB<br />
951,57,6<br />
110;:l5'. :7<br />
96l;l55 :i:<br />
90l;5:;::2<br />
Iib5:i3'5i<br />
29l;-2 :,9<br />
285:3.9<br />
31:;-:14:;3<br />
6:;;52,.i<br />
8;Sliil<br />
si'lizlb<br />
10552J6;<br />
ll;;S4l;4<br />
ai'Sja<br />
89;; ::f657<br />
32;;;;;2.;5<br />
i8;:l;.;2'.5<br />
51;5;4y2<br />
17K.3;i;9 :<br />
14:;;;3S : 3<br />
49;5;353<br />
58153.3<br />
;-:-:-v.v.vXvx .. . -.-.v..<br />
w..v^v.-:.:.v-.v.V ;:<br />
32?l;ia<br />
12051356<br />
4851358<br />
4i:S; ::p<br />
3155353<br />
72i|4.;b<br />
41113;^<br />
38g|PS<br />
1553213<br />
frllivS<br />
Mg<br />
*<br />
2.0 iopo<br />
2.0 : 680<br />
i . 9: - 177P<br />
1.9 :;i;7po<br />
1.9 IOPO<br />
2.0: ;i600<br />
l.l'' 670<br />
0.79; S470<br />
O.B6; ;5450<br />
1-3; IIP0'<br />
2.0; 1600<br />
1 - 7; ;i3bb<br />
1.7 1200<br />
2.1 780<br />
1.9; ;530<br />
2.0: 1200<br />
1.9'j ll670<br />
1.7; 5370<br />
2. li i20P<br />
2 . li<br />
1 - 7;;<br />
2 . o"<br />
Mn<br />
,,ppm<br />
i . a: ;;laso<br />
i . 9 : 1200<br />
2. r ;;3lPO<br />
2.2<br />
".14'PP<br />
1300<br />
2 . 2<br />
116'b<br />
;;l54P<br />
- esp<br />
2.0; UBIQ<br />
2.ol 5960<br />
2.0l11300<br />
2.0 ;;790<br />
2.3; 5:920<br />
2.2 ^I2b"b<br />
1.5* 53150<br />
0.61;<br />
;5i9"o<br />
MO ; :;iNa<br />
ppml. l S<br />
< 2^0.01<br />
< 2X0 ; oi<br />
< 2xO;Oi<br />
< 2^0.bi<br />
2 0,01<br />
4^bvbi<br />
< 2lbiPi<br />
< 2*P"."p'i<br />
< 2X0; O!<br />
2 *0ibl:<br />
< 2xp;bl<br />
< 2 0.04<br />
< 2:0.03<br />
< 2 b. P 4<br />
< 2;;0,b7<br />
( 2 p. pi<br />
< 2 !;bl01<br />
* 2^0;pl<br />
< 2*0.01<br />
< 2:0,04<br />
< 2 PVOl<br />
4lb:;bl<br />
< 2:; p. 03<br />
< 2Xp:01<br />
< 2*0; 01<br />
< 2lblbi<br />
< 2|pvbi<br />
< 2xb;;;bi<br />
< 2Vb:M<br />
< 2xo's;bi<br />
< 2xP;pi<br />
< 2XP:;P1<br />
< 2;i;'p5oi :<br />
< 2;ip;jb6<br />
< 2;; b; os<br />
Ni<br />
ppm<br />
420 ;<br />
66:<br />
76<br />
110<br />
150l ::59'ab<br />
22bl 1980<br />
580; 5:82<br />
730 ;1 :30<br />
5910<br />
440;<br />
290; i860<br />
36 ;iiob<br />
2 li ;i2bb<br />
227 1300<br />
sol<br />
440<br />
85<br />
63<br />
200<br />
100<br />
P';;.;<br />
PPH<br />
200<br />
250<br />
100<br />
i IIP<br />
- '"140<br />
.400<br />
libb<br />
.1100<br />
'";35b<br />
250<br />
76<br />
.540<br />
490; 86<br />
220 5450<br />
160;: 12 3 0<br />
600.: :.l:li6<br />
360<br />
Hi?<br />
iSbbi<br />
641;<br />
100; Isbb<br />
320;; ;1I6P<br />
310l ;.ll3b<br />
510:<br />
ffSp<br />
fflpp<br />
600" 83;<br />
;5i2b<br />
560; llZib<br />
82; ilseb<br />
18: 1:550<br />
Pb Ijlsi<br />
ppml: pj<br />
* J-ll*<br />
< 15^'<br />
4;'^:<br />
< ii;, t:<br />
< mix<br />
< i5l;x;<br />
< ill'r 5<br />
< il'"^l ::5<br />
,. j};;:.^'<br />
' 1li^;<br />
< li-lxl<br />
< lilxl<br />
6'SH:<br />
;'5<br />
;5<br />
i!:i- 5r i:.s:<br />
< l;.;::xl<br />
< i. :l"-:l<br />
< i";5.x':<br />
{ il.lv<br />
< i;;.;;x.<br />
< ill*<br />
3;;<br />
?m<br />
5<br />
5<br />
5<br />
5<br />
5<br />
.;"S"<br />
is 5<br />
J<br />
;5<br />
5<br />
5<br />
5<br />
5<br />
S<br />
< l;fSrl5<br />
< iii;^.sfs<br />
< i5;;x; 5<br />
< l5;;x;, :5<br />
< ifSl<br />
fi<br />
( i;;:;;;x;;: ;;5f<br />
< lll'^: is<br />
< if!';^. , rl<br />
< Il5;*lil<br />
5fli; ;5<br />
'S<br />
< iK'r<br />
< llfx; II<br />
( i;i:;X; :S;<br />
( ii.;ii ;;s<br />
< i:-lr-5<br />
se<br />
ppm<br />
13..<br />
18<br />
12<br />
12<br />
16<br />
8 ;x:ip<br />
^ i ip<br />
11 ;x iO<br />
9 < 10<br />
15 ^19<br />
8<br />
2<br />
i<br />
2<br />
2<br />
B X IP<br />
12 ( 1 0<br />
11 < 10<br />
9 rip<br />
8 y lo<br />
8 f<br />
^10<br />
5 X: 10<br />
3; '*' 10<br />
13f X:; IP<br />
12;<br />
7<br />
13<br />
14<br />
3<br />
< 1<br />
Sn l<br />
PP m<br />
.X;lb<br />
^10<br />
rio<br />
< 10<br />
^..Ip<br />
rio<br />
* ip<br />
,X 10<br />
x ip<br />
< : lo<br />
ixiio<br />
3 ri 10<br />
7: ;rllp<br />
9.; :xl;ip<br />
9 * 10<br />
9 ^ilP<br />
:X;:ip<br />
rib<br />
xf;io<br />
x: lo<br />
rio<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
Sr :.<br />
ppmi;<br />
44b5 5 :12<br />
no 1 fflfr<br />
180 ;llp<br />
160 ;l 5ib<br />
130 122<br />
2105<br />
2 4 oil : : ::l"9<br />
410 1 Wl: 1<br />
440 :,12<br />
310; 16<br />
240<br />
96<br />
85 ? ;<br />
11 oil<br />
120;<br />
220 .;:<br />
69 ; '<br />
62<br />
280<br />
110<br />
Ti<br />
ppm<br />
lib<br />
8<br />
;.;;8<br />
1;":7<br />
10<br />
: 22<br />
22<br />
40<br />
30<br />
;11<br />
82<br />
170 10<br />
1405; .516'<br />
91;l: 51 9<br />
4 7 O:;;; lio<br />
350:5<br />
fi/2<br />
180 18<br />
2805 529<br />
320.5 1: i?<br />
320 ; f 11<br />
410: :;2<br />
' 18<br />
180.<br />
220:;; ;:22<br />
5 IP;;;; :l:.l :5<br />
110 B<br />
48 ; 11<br />
V<br />
ppm<br />
M83ly<br />
l of 3<br />
NV19HA<br />
27'f x, 10<br />
38 < 10<br />
16 "\ 1 0<br />
21 5 10<br />
17 f l o<br />
10; Ir lo<br />
4; rio<br />
12 Ir 10<br />
29 < 10<br />
47 x 10<br />
10<br />
4; t 1 0<br />
3 -x ''vib<br />
3 .x lib<br />
4 ;-'r ib<br />
9<br />
76<br />
71<br />
25<br />
45<br />
20 ^;10<br />
8 : xfi'io<br />
6 t 10<br />
37 X 1 10<br />
37 cub<br />
4.<br />
12i<br />
14<br />
11<br />
9<br />
5:<br />
38<br />
321<br />
7:<br />
6<br />
NOV-20-1996<br />
w ; Y<br />
ppra<br />
rip<br />
X 10<br />
rio<br />
< 10<br />
X. IO<br />
x 10<br />
:^llO<br />
Klib<br />
;xiib<br />
< ip<br />
^10<br />
K. ib<br />
"rib<br />
x lib<br />
i; 10<br />
X 10<br />
ppm<br />
4<br />
3<br />
2<br />
3<br />
3<br />
5. l<br />
6""<br />
5 l<br />
3<br />
6<br />
6<br />
4<br />
4<br />
5<br />
4<br />
6<br />
4<br />
2<br />
2<br />
4<br />
4<br />
4<br />
2<br />
3<br />
3 l<br />
8;<br />
l : 34<br />
3'"'f<br />
8 1; 1:1:45.<br />
ffi 51'<br />
5"<br />
52<br />
5 ; 33<br />
7 .<br />
2;<br />
5.<br />
3<br />
2<br />
Zn<br />
PPm<br />
37<br />
71<br />
48<br />
45<br />
51<br />
41<br />
37<br />
20<br />
12<br />
45<br />
43<br />
18<br />
14<br />
18<br />
28<br />
41<br />
82<br />
69<br />
10<br />
53<br />
38<br />
43<br />
38<br />
29<br />
47<br />
-: 51<br />
f-24<br />
";45<br />
32<br />
19<br />
Zr<br />
ppm<br />
8<br />
B<br />
10<br />
5<br />
13<br />
16<br />
13<br />
4<br />
2<br />
. 8<br />
9<br />
4<br />
4<br />
4<br />
3<br />
4<br />
6<br />
2<br />
4<br />
7<br />
4<br />
15<br />
12<br />
5<br />
6<br />
2<br />
5<br />
9<br />
12<br />
6<br />
3<br />
6<br />
9<br />
16<br />
11
CAMECO<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4691-RG1<br />
SAMPLE #<br />
ENG96D-304<br />
ENG96D-305<br />
ENG96D-306<br />
ENG96D-307<br />
ENG96D-308<br />
ENG96D-309<br />
ENG96D-310<br />
ENG96D-311<br />
ENG96D-312<br />
ENG96D-313<br />
ENG96D-314<br />
ENG96D-315<br />
ENG96D-316<br />
ENG96D-317<br />
ENG96D-318<br />
ENG96D-319<br />
ENG96D-320<br />
ENG96D-321<br />
EN096D-322<br />
ENG96D-323<br />
ENG96D-324<br />
ENG96D-325<br />
ENG96D-326<br />
ENG96D-327<br />
ENG96D-328<br />
ENG960-329<br />
ENG96D-330<br />
ENG96D-331<br />
ENG96D-332<br />
ENG96D-333<br />
ENG96D-334<br />
ENG96D-335<br />
ENG96D-336<br />
ENG96D-337<br />
ENG96D-338<br />
INC.<br />
x?Agi<br />
i-PPff<br />
i-X- 1<br />
?-'Vl<br />
In*<br />
;?:;?.?:;:2<br />
??Jil<br />
3?iil<br />
?:i?33<br />
?:?il2<br />
l'*:?!<br />
;'?;xil<br />
i?*:?!<br />
?ixfi:<br />
iixil<br />
sai<br />
iSii<br />
?:?;?|f<br />
iMl<br />
?ix.if<br />
il<br />
*.;';:X#?^;v.#K<br />
Hill<br />
iSPsl<br />
ilffiS<br />
1111<br />
Hit<br />
IMS<br />
mm<br />
lijli<br />
Btail<br />
IS?1<br />
,.Y ,v. ;,,i,.^;<br />
SiXrt<br />
fSil<br />
A1 riM i<br />
* ??pp'm<br />
0.51? X ?5<br />
0.64 . ....4 ±5<br />
0.62??X?5<br />
o.77iiiis<br />
1.8??? 20<br />
1 - 6:;:::X? "5<br />
0.95i?;x?5<br />
2.1?'?'^ is<br />
1.9?i^5<br />
2 . 8?f x,?5<br />
- ii v. . ;<br />
1.9;ik5<br />
1 - 4 ?? 0.5<br />
0.18i?i?5<br />
0.17?;?tis<br />
0.26?i:x?i5<br />
0.12??;^?5<br />
0.13.iW'5<br />
o.i4?;-ixi5<br />
0.22??ft?5<br />
1 . lillJs<br />
i . 5lil?5<br />
2. Sim<br />
1 . 9.i;Kf5'<br />
2.0ili;5<br />
2.l|gi;f<br />
2. 4lll?t<br />
3 . o';ip;b<br />
2 . 8;i??!ib<br />
1.5iaiS5<br />
-,v.-,v^v.v;:.^<br />
Z . V.^.MfeS<br />
^^.-Xv^o-vXvv<br />
KvWj*"-:^^: 1<br />
2.6|lio<br />
1.6?2l?5<br />
1 . 9?,?:M?5<br />
1 . 6i??l2b<br />
1 . 4 ? :;i "?S<br />
B ;.?Bai<br />
ppm;;;pfim<br />
< 10 i? 38<br />
< 10? '. ,;.'28.<br />
< ib'i'izz<br />
< nmo®<br />
< 10. t2<br />
( 10? il3<br />
< lo-;??!!<br />
( 10?-?"i8<br />
< ioi 2ib<br />
< 10 : 170<br />
< 10: : ?;:9Q<br />
( ibiiis'o<br />
< louis<br />
< 10??i?15 :<br />
< I0|f?;34<br />
< 10?i;;;16<br />
< ib??i '"12<br />
< I0ffi?i,9"<br />
< io????ii<br />
< ib|li?4<br />
t iQfSfW;<br />
< io?iSb<br />
< lOiiSb<br />
< loJfpS<br />
< io?flip?<br />
< 1 0?|?230<br />
< loiilsp<br />
< 10?|?29b<br />
< ibillb<br />
< lotsifia<br />
< ibi??4i<br />
< 10???230<br />
< io?i?24p<br />
< 10i?2 :6P<br />
< 10;;il4b<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 Bin and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Be :?Bi; : ea :icd?<br />
PPm:??P|? * ?;,::^pm;<br />
( i:??i;5 0.86? -x. 1<br />
< 1;,; ::X?'5' l.P'i-X";!<br />
( l??x"? :5 5.3i?X :??l<br />
( i :;??:-c?;s 4 . 6i.;?c?l<br />
< i??,;xi;5 4.5?,;.'x?i<br />
< l?-.f ::?5v 3<br />
<<br />
(<br />
<<br />
l?i.G5 8 .8';;;:x; ::l<br />
i?-?c?5 5 .0;;:?.X.?l:<br />
l''" x; 5 8 .5?ix?l<br />
( 1??;C;5 3 .8??x?i<br />
: '<br />
:<br />
< l':??::xi5 4 5.;?.;Xi ;i<br />
< l??;xi ::5 4 2i :x.;i<br />
<<br />
(<br />
<<br />
l'?--;;X!i5 1 .7?;:;x.?l<br />
l?:?-(i:5 2 . 2i.;"xil<br />
1??;;X?: :5 1 .lS?'..:'?l:<br />
.3?:',:i'"l:<br />
( l;i:Xi?S l,<br />
( li:Yi?5 1, .4i.Ki:l<br />
( i;:i.:xiS 1. . 2?;;;X?1<br />
< iSEs i-.6?;x?l<br />
< I?:??*' 5.<br />
0I?S-<br />
< liiis s. , 2??ipl<br />
( lillis 3, . 2?S?xIl<br />
< I?;|*i5" 3. . 9?]i??I<br />
< liSES 4. 2ii*;|<br />
< l^??||f 3. ' 41?;*??!<br />
< li'llis 3. .7??*'?!<br />
< ISPS 3, .9?;iYil<br />
< 1? :M?.5 3. .9i;':.t;'?l<br />
( li;Sfi :5 3, 3???Ml<br />
.OgijH<br />
( liisi 4.<br />
. 9? ix '?i :<br />
. 6iil?i<br />
i<br />
<<br />
(<br />
iSafSS" 3.<br />
^.-fUl 3 .6?:;?^'"!<br />
(<br />
<<br />
l:i'i;:S 3. 2???*il<br />
ii;p:5 4. . 2'i:?x';;l<br />
< li?O 4, .2?ix?l<br />
TSL/ASSAY laboratories<br />
1270 FEWSTER DRIVE. UNIT J MISSISSAUGA.ONTARIO L4U-1A4<br />
PHONE tt: ( 905)602-8236 FAX #: (905)206-0513<br />
Co ?:..'Cr?;<br />
ppm :;ppm<br />
15 :; ;250<br />
19??,25b<br />
42::::Tl8b<br />
32i;..22p<br />
37i?: :l3"P<br />
32:il20<br />
42;??570<br />
42 i"l30<br />
56;?;940<br />
39?;?39P<br />
53:1100<br />
5i?i;6sb<br />
15 ???2'10<br />
18;??12P<br />
13i :,;,i8p<br />
11???17P<br />
12:?' 18P<br />
14 :;:? :2PP<br />
13.:?i;18b<br />
52;?;;:7"2b<br />
j?i;S*l<br />
33:|?660<br />
4l|fMb<br />
3l|lbpjp<br />
34|l|b b<br />
35:?;?4bb<br />
34??l2b<br />
38;B?|bb<br />
38i:?:6lb<br />
27???53P?<br />
36|p7P<br />
40;i40P<br />
34 :- ! ?5bb<br />
3"SlS<br />
34?:?4'?p<br />
32??-?46P<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
Cu ,.'?Fe ' -'<br />
ppm ;J{ a<br />
9 1 . 8<br />
11?:? :2,2<br />
34;: :?-4'.-2'<br />
19ii3i3<br />
46;;'4;3<br />
55i:4?2<br />
63?;3;7?<br />
32??:4::9<br />
72i :?4 :?'l<br />
37 4.4<br />
59i;?4:";4:<br />
56.-*'4'i3<br />
13??2,:3<br />
13?i;2;:i:?<br />
8Sli7<br />
9 ::.':?:'l.8<br />
8? 2,0<br />
9?i2;b<br />
20; 2.0<br />
48???4?i'2<br />
38-?13?:0<br />
87?l4l|<br />
47i?|354<br />
52?|3i;3<br />
78|?;4ib<br />
48?i3|9<br />
36'?i4'ib<br />
4li?'3?B<br />
84i?2S5<br />
130'?|3||<br />
16:i :3;8<br />
78-i?3?6<br />
98 ??3V8<br />
73-;i3?e:<br />
64?;?3?6<br />
"g v,<br />
* i<br />
0 . 60<br />
0.84<br />
Mn;<br />
?PP<br />
170<br />
;;220<br />
2 . 1 ? ^820<br />
1-9?; ?61b<br />
2. P; ?:68P<br />
2 . 0? 670<br />
2 . 1" 1300<br />
2 . i?; iB50<br />
2 . 2~ lobP<br />
2 . 2? 560<br />
2 . 3 ?; :?790<br />
2 . 3? ?770<br />
i . if ?.29P<br />
1.3- ?,3'5P<br />
0.55? i 170<br />
;?2ip<br />
0.64<br />
o.7oi ?23b<br />
0.65'? iaio<br />
O.B9i 290<br />
2 . 3 f<br />
1IM<br />
2.1?: i93b<br />
2.2l ifi<br />
2. lii83b<br />
i'8'3"b<br />
2.2;?<br />
2. lii||b?p<br />
?:p3p<br />
2 . 2?:<br />
2 . 3?; ;?74"0<br />
2 . 3'i ?85'b<br />
2. li l :?Ib<br />
2.3?;<br />
|l4b<br />
2.2?: i :87.b<br />
2. IP ies'o<br />
2.1? io'SO<br />
;-:;74'0<br />
2 . li<br />
2 . o?; i-7io<br />
Mo ? ?Nai:<br />
Ppm v*i<br />
< 2 0.07<br />
< 2 :0,11<br />
< 2?P.P1<br />
< 2^P?'b:t<br />
{ 2ib?01<br />
< 2:0? 02<br />
< 2VO,bl<br />
< 2?:p;:oi<br />
< 27o?'0l<br />
< 2:'b.p2<br />
< 2^o;oi<br />
< 2x0,01<br />
8?0;09<br />
efibi'bs<br />
( 2?b-07<br />
4 0.08<br />
6:b?i2<br />
< 2 P"b9<br />
< 2?o;o7<br />
< 2XP?01<br />
< 2xp?i';bi<br />
< 2;?b?fp?i<br />
( 2xb??bl<br />
< 2Vb?il<br />
< 2?;p?, :M<br />
< 2ib|p3?<br />
< 2iP;ipl<br />
< 2^0?bl<br />
( 2;jt(feii<br />
< 2 :|p??pl<br />
( 2W,;P1<br />
< 2??QibS<br />
( 2|o,:b?2<br />
< 2?:blb3<br />
< 2ib;"p3<br />
Ni ? .IP;?:: Pb i?Sb.;<br />
ppm: :;,ppm ppn :?fipm<br />
24 ? 520 ( 1; ^5<br />
42; i 5 10 ( l "ix-;5<br />
370: iTjo ( i;.; :3;?5<br />
200;; S'57.0 < liix:: ': :'"5<br />
24 Q;;<br />
i:74b < i?i^.?s;<br />
160; lioo < i??;xis<br />
630; 5130 3??:x?5?<br />
280, i;:3.2b < l?;;:?V- ; 5<br />
790 ?;::98' < l :?' :'i'.?5'<br />
300? 1200 < 1 :X?5<br />
?'i?'-i<br />
740? ;?i20<br />
580? ;i430<br />
<<br />
<<br />
iiii?<br />
i-iJxl'a<br />
1--XV5<br />
52? ??140 2;:?X?;5<br />
46S{ ;i'12b<br />
14: ??570 <<br />
4?ix;;5<br />
l:--?K:;i5<br />
13? - " 450<br />
is; ?:;;"8'6<br />
l??:x-:'s<br />
2"?:' :X'?5<br />
22 ??390<br />
4 2? ??390<br />
3??;X:?5<br />
3' ?X?^5<br />
650;; li?84 < I';??* is<br />
li?? < liifs:<br />
380?<br />
210? 159P <<br />
360? :?:;::96 < liixiS<br />
320? ?|?94 < ii?;xlB<br />
130? ;|lpb < i5,f|;;5:<br />
?2pb < i|i;(ls:<br />
:<br />
170?<br />
260; :i?soo < r?.?l|s<br />
300? :'2'20b <<br />
3 OP? ll?b <<br />
200J.<br />
l';i :x?;;5'<br />
lills<br />
pibp < il?l5<br />
lib < iiii<br />
430;<br />
150: ?1000 < l^HiS<br />
140? Slop < iliEs<br />
150? ;i|pb < liiSs;<br />
120"<br />
-lobo < i??;'x?5<br />
SIGNED :<br />
Se<br />
ppm<br />
1 < 10<br />
2 < 10<br />
10 X?1P<br />
6 X<br />
6 '*<br />
10<br />
10<br />
B<br />
13<br />
11<br />
14<br />
16<br />
16<br />
14<br />
3.<br />
4<br />
1; X?10<br />
2<br />
2<br />
2 :<br />
2<br />
13<br />
14? ;X?lb<br />
18? Si-IP<br />
16 ; ^?10<br />
16? ??.?ib<br />
18 ;iip<br />
16 x ip<br />
19? x 10<br />
17? x 10<br />
14? ::*.:10<br />
19? ^:?10<br />
18?<br />
19<br />
18<br />
19<br />
18<br />
Sn<br />
ppm<br />
: *. 10<br />
X 10<br />
X? 10<br />
< 10<br />
i 10<br />
i 10<br />
< 1 0<br />
',i,;10<br />
••*. 1 0<br />
X 10<br />
x 10<br />
S 10<br />
< 1 0<br />
1: ip<br />
^ ib<br />
X 10<br />
;x ;io<br />
^ ' .io<br />
x 10<br />
Sr<br />
ppm<br />
44<br />
52<br />
250<br />
290<br />
320<br />
240<br />
540<br />
270<br />
250<br />
130<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
180 ;<br />
190<br />
iioi<br />
140<br />
57?<br />
76?<br />
78<br />
75<br />
83<br />
230;-<br />
190?<br />
110?<br />
130?; i:36<br />
17oi 1*36<br />
120 ?32P<br />
190<br />
180<br />
170<br />
IIP?<br />
ri ?<br />
ppm.<br />
9<br />
' 11<br />
i",?<br />
?' :'7<br />
11<br />
i b<br />
- i?<br />
16<br />
19<br />
67<br />
30<br />
22<br />
;.ilb<br />
' i?7<br />
10<br />
7<br />
12<br />
44<br />
.11<br />
i IP<br />
'?3b<br />
: 7b<br />
490<br />
570<br />
440<br />
.i'^<br />
200;; .; :47b<br />
140. 210<br />
150 850<br />
150;. ;360<br />
190: 480<br />
230 820<br />
V ? W<br />
ppm . ppm<br />
6 (<br />
7ic<br />
< 1?'X<br />
3?x"<br />
2 :?4<br />
4 <<br />
28?X<br />
6?X<br />
44 X<br />
91 X<br />
50 <<br />
21?X<br />
6"^<br />
2?X.<br />
6? X<br />
M8319<br />
2 of 3<br />
NV19MA<br />
3 < 10<br />
4 X 10<br />
5?V 10<br />
7 < 10<br />
22 C 10<br />
52?':; :10<br />
93?{': 10<br />
63?;X'-.'"10<br />
59?X .10<br />
10<br />
i2o?x:<br />
89i|;<br />
siixi<br />
120?X?<br />
NOV-20-1996<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
?lb<br />
.10<br />
10<br />
10<br />
10<br />
10<br />
.10<br />
10<br />
10<br />
110?X 10<br />
120 s x 10<br />
110 X lo<br />
48?;.XS?1P<br />
ip<br />
-10<br />
10<br />
110?; 'f. IP<br />
120 -X 10<br />
110 :"X. 10<br />
Y<br />
ppm<br />
2<br />
2<br />
5<br />
5<br />
5<br />
5?<br />
5:<br />
4 :<br />
3<br />
5<br />
2<br />
4<br />
2"<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
3<br />
2?. 17<br />
;?" : 53<br />
4:<br />
2 Vii?6<br />
3 i':16<br />
5 ?46<br />
8^<br />
10<br />
10<br />
2<br />
10<br />
Zn<br />
PP"<br />
16<br />
20<br />
41<br />
37<br />
:..52<br />
55<br />
??'43<br />
?;66<br />
43<br />
70<br />
38<br />
: 49<br />
:." '21<br />
29<br />
14<br />
29<br />
19<br />
.16<br />
14<br />
i 53<br />
56<br />
' 65<br />
.....44<br />
i? 15<br />
:?:.45:<br />
3 47<br />
6 i 4?<br />
6; ;?:46<br />
7. 45<br />
1 . 59<br />
Zr<br />
ppm<br />
13<br />
14<br />
11<br />
16<br />
14<br />
12<br />
9<br />
15<br />
6<br />
1 12<br />
8<br />
10<br />
15"<br />
14<br />
13<br />
15<br />
15.<br />
15<br />
18<br />
7;<br />
6 : -<br />
9-<br />
8<br />
6<br />
11<br />
8<br />
12<br />
9<br />
6<br />
10<br />
8<br />
14<br />
12<br />
12<br />
14
CAMECO oO ^iJ INC.<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4691-RG1<br />
SflMPLE #<br />
EN096D-339<br />
ENG96D-340<br />
ENG96D-341<br />
ENG96D-342<br />
ENG96D-343<br />
ENG96D-344<br />
ENG96D-345<br />
ENG96D-346<br />
ENG96D-347<br />
ENG96D-348<br />
ENG96D-349<br />
VvA{j , Al<br />
!!!:".M; I: i.4.,:<br />
~.\;Yv;i 1.2!;<br />
;v.::pv5 < 10 i": IW<br />
-i.; :- :J''..V :- i i •y'-'--<br />
~?"''i..4 :'? 1 1 . 6<br />
?;?S 2.2!<br />
; -!*pi 2.7V<br />
: ::Bl 1 . 5<br />
''.'Y;l 1.6"'.'<br />
vY-1 l - ft<br />
As : B<br />
ppra ppm<br />
jvY'5 < 10<br />
. -...' - .'..<br />
vlv'S < lo:<br />
v5a'5 < lo:<br />
;|* : (S < 10<br />
;V 5 ( 10<br />
15 K 10<br />
X 5 ( 10<br />
•••Ba:j<br />
;i;'lio'<br />
Sil<br />
:K250!<br />
68<br />
190<br />
I?SP<br />
320<br />
f'S'! , -* :<br />
,,^.;.\A^.3, 1 . D-./';;'*.,S<br />
t 1 ns! !v;idrt<br />
A 5 gm sample i. digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2o<br />
This method is partial for many oxide materials<br />
TSL/96<br />
TSL/ASSAV laboratories<br />
.<br />
1270 FEWSTER DRIVE. UNIT o rtlSSISSAUGA. ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
I. C. R. P. PLASMA SCAN<br />
Aqua-Regla Digestion<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
M8319<br />
3 of 3<br />
NV19MA<br />
NOV-20-1996<br />
Be t!B;i.,: ca llcdl. Co Cu vpe Mg :. Mn Mo . Na :<br />
ppm :ppm * !i;ppin<br />
.... , ,, ,.,.' ppm"li<br />
Ni C;V,P'V: Pb l Sb Se<br />
ppm ( ! *<br />
V Sn Sr : Ti V<br />
ppm ppm SK", 1'<br />
W Y Zn<br />
ppm".".. pptn ppm Ppra ppm ppm ppm<br />
::: : . ' : V V : i:<br />
ppm ppm<br />
" ,' : .V : -'<br />
ppm ppm ppm<br />
fVVv :V<br />
.01':'. X 11 33 : Sob 71 V3.9 2.0 7.10<br />
< i;v*;V: 5 4<br />
< 2 0.04<br />
"•'•.x'"' 5<br />
. 0"" \ ^ ' : 1<br />
130"llob<br />
30<br />
19<br />
-- ' J ':'' :'' a 1-'<br />
75vi3.,7<br />
< 10 320<br />
2.0<br />
930 120 < 10<br />
< 2!!0,p*4<br />
6 66<br />
< 1SS&5 4<br />
120:1000<br />
1<br />
< 1<br />
SVXS'I: 3 li<br />
18<br />
7ivl!lj'v.:7 2 . 0V<br />
470 840 120 * 10 6<br />
< 2:0.05<br />
< iv&as 3 .Svivxiil 30^<br />
70!v!!:'3v;6 "'680<br />
110,1100<br />
58<br />
18, 490V<br />
2 . 0<br />
730 120<br />
* "Si 4<br />
33; 62v"'3'.7<br />
isoKiiob<br />
Y.i 10 7 57<br />
< lv 17.<br />
: ;:":: ' : i111': /' '••:: lip<br />
x 10 350<br />
2 . 1 ;. 710 * 2!!,PM<br />
530 110<br />
7<br />
200|i6pO<br />
58<br />
V'VVi.::.?.:<br />
..v ' •••-.'<br />
.SI 16 :x 10 240 280 100<br />
< l :'!5!x!} 5 5<br />
•Y. 10 8<br />
^VVV'V<br />
53<br />
40 57*3!:!?'<br />
2 . 2 850 < 2*0.01<br />
< li < 5 4 .2 < 1<br />
4 60 530 < 1<br />
45 1400<br />
^ 5 14 (. 1 0<br />
55 4.2 2.3<br />
390<br />
820<br />
79 68 X 10<br />
< i.;:x,:5 4<br />
< 2
CAMECO ^OLD INC.<br />
ATTN: P . CHUBB<br />
PROJ: ENGLISH<br />
6W-4692-RG1<br />
SAMPLE tt<br />
ENG96D-350<br />
ENG96D-351<br />
ENG96D-352<br />
ENG96D-353<br />
ENG96D-354<br />
ENG96D-355<br />
EN096D-356<br />
EN096D-357<br />
ENG96D-358<br />
ENG96D-359<br />
ENG96D-360<br />
ENG96D-361<br />
EN096D-362<br />
EN096D-363<br />
ENG960-364<br />
ENG96D-365<br />
ENG96D-366<br />
ENG96D-367<br />
ENG96D-368<br />
ENG96D-369<br />
ENG96D-370<br />
ENG96D-371<br />
ENG96D-372<br />
ENG96D-373<br />
ENG96D-374<br />
ENG96D-375<br />
ENG96D-376<br />
ENG96D-377<br />
ENG96D-378<br />
ENG96D-379<br />
ENG96D-380<br />
ENG96D-3B1<br />
ENG96D-382<br />
ENG96D-383<br />
ENG96D-384<br />
;;lAg,; Al ,l,:A:sl<br />
!;;:pj?m * 1,/pjpm<br />
slXl.l 0.54ll^:-5<br />
fei o-8il;ii5<br />
i/XMl 0.49:;!!!5<br />
issii; o.2ol :lti5<br />
ill Mill<br />
"lilf i . iiOlls<br />
mm 2 .111x15<br />
llftil 2 . 3.111s:<br />
ISii 2.4!lx'ls<br />
!ffif?i 2.7lllib<br />
ffiii 2.811*5<br />
sf Hi 2 . eS'iVss<br />
lil 2. eiiis<br />
ESxSl 2.1,l;;lib"<br />
SfiJI i . 4jll?b<br />
HI 0.9l|l|l<br />
i'rfffif 0.77.::lx35<br />
pjjiftflt 1 . 2l;xl;5<br />
slrti 1 o.68;;;.:,:iib<br />
Will 0.21;':Ml5<br />
":--':::-:;;:-;:;::.s •./w/-:.::-.^-:-'<br />
Sy::-'?23ziZ '••:^W'j.:^i<br />
lilt o.islils<br />
.v.^.^v.v/j.v.-.v.v.v :;AV.: .-. - ..-V..;..,.;....<br />
lift* 0.14fcS*ii5<br />
liipO o.06;a;:x.:m<br />
IS*! 0.2lisxi5'<br />
III 0- 141S<br />
o. 27l'x;I<br />
0.22l:;llS.<br />
Exit 0. 22!::x!'5<br />
o.2psii :<br />
|g|| 0.23|H1S<br />
l-:-::". ^.vXv.^.-:: Ivli'.vlf/.^.v.'v.<br />
ffi;;*|;t o.i slips;<br />
IfSM 0.14f!il5<br />
llxfjj 0.1411XW<br />
glfll 0.26ipl5<br />
ilVll o.25:!;ip<br />
B :;;,f Ba;:<br />
ppm ; ppm<br />
( lb;l :l38<br />
( 10,;;:l-6p<br />
( 10!l-!3B<br />
( 10!:1'12<br />
( 10l!:32<br />
( loliiSo<br />
( lO—iiO<br />
( 10!;2iO<br />
( 101,190<br />
( 10:1/210<br />
( 10;:ll49<br />
( lO'lllSP<br />
( lOjfipO<br />
( l o'Sji'go<br />
( lofffbp<br />
( 10M900<br />
( ibll776'<br />
( lPJS/79<br />
( I0l;l52<br />
( lojsiiz<br />
( ioi!!3~6'<br />
( loStl<br />
( lo:Jif37<br />
( ibfSif<br />
( logic's<br />
( lolllsS<br />
( lblll.29<br />
( 10;;l,;-23<br />
( 10!!l;22<br />
( lo:ll;;18<br />
( 10111:22:<br />
( iolil29<br />
( 10i;l:;1.2f<br />
( 1 0/513 3<br />
( i oil: 130<br />
Be '-'iBi!<br />
ppm : ppm<br />
< i ;l:S'l5<br />
( l:.llC:5<br />
( l;:l(!5<br />
( llW;5 ;<br />
* 1;!'1!5<br />
( I'/JVlS<br />
( iLlVls<br />
( i,':l :xl'5<br />
( il!x";-5<br />
( l" 15: 5<br />
( ll'St'5<br />
( i:l:x!5<br />
( l;SI?!'5<br />
( i:llx:.5<br />
( ll;xl5<br />
( l ;'l'xl"5<br />
( l,l,::cls<br />
( l-':Xr5<br />
( 1- 111.5'<br />
( 1-1^/5<br />
( 1/iai's<br />
( lit ilj<br />
( I'SfcS<br />
( ill/xls<br />
< 1;S;.*1.5<br />
( H;i;:*fej<br />
< 1:11^15;<br />
( illX;';?:<br />
( i:i;;X:;:S<br />
( i-lv-lis<br />
( i:ll(:l5<br />
( I'llx-?<br />
( ll:":( ..'5<br />
( i::;;:(;:5;<br />
( i:' :;:X;;5<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
Thia method is partial for many oxide materials<br />
TSL/96<br />
Ca l;cdl<br />
*<br />
.rlppni<br />
5;: :X.'::'l<br />
4.<br />
7. 6:::;xll<br />
5. .6;;K;"1<br />
2. . 5:l;x li<br />
4. .O.'l:f: : l<br />
.2!; : W'i<br />
7. . 6:;;X.;'i<br />
4.<br />
2. •4'1-X;'1<br />
5. • 4,l''x:ii<br />
4. • oi".:*''!-<br />
5;' ;:x'-;;i<br />
4.<br />
4. 4l':: ^li<br />
5. i;-;X';i<br />
5. 6:-; Vi<br />
5. ll;^.:!<br />
5. 5";;'^!<br />
,5. 6';;l'(-li<br />
t. 5: ; :'(:;1<br />
2":l'Vli<br />
3.<br />
4.<br />
5.1;: f||<br />
6::l,x;'lL<br />
4.<br />
3. 0-1 :*;i:'l<br />
1. . 4l-;:x;;i<br />
5. .9:;::(;:1<br />
2. ,7;:.:;Xl:l<br />
4. .i;!'X.::i<br />
4. . 2:i;X:;l<br />
3. ,5'lx5ii<br />
2. .s'llxlf<br />
1.<br />
, 8; ::l;;cll<br />
, il:x';;;l<br />
2.<br />
1. . 91;X:::;1<br />
3. • i;;;.^;:i<br />
5. .9l;:'V;'i<br />
3. .9:l'(;i<br />
TSL/ASSAY r laboratories<br />
1270 FEWSTER DRIVE. UNJ.T J MISSISSAUGA.ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX tt: (905)206-0513<br />
co ::<br />
ppm! .ppm<br />
28;<br />
19; !:19P<br />
191lizb<br />
I7 : i: .;:150<br />
331<br />
22J<br />
25^<br />
3 li:'1;94<br />
33: ;l37P<br />
38; :?;4'iO<br />
38;:<br />
46:<br />
4 Si<br />
36^<br />
371<br />
341•W320<br />
37': ;:370<br />
45*;<br />
46p:::470<br />
581<br />
221KBjJO<br />
161flip<br />
14;; va|p<br />
27: /Ifpp<br />
16 !;|lP<br />
iii?.?'<br />
17;:<br />
20l :p82<br />
17l;libp<br />
131<br />
ill?<br />
iii<br />
iollibTp<br />
•.••.•.•..••.•.••••.••y-."<br />
12! isigo<br />
15! ::;Sb'b '.ll'ee<br />
22:<br />
19! •*fiB|<br />
I.C.A.P. PLASMA SCAN<br />
I'C r -:<br />
liop<br />
11;?*<br />
lisp<br />
;liib<br />
3S3P<br />
i loo<br />
.'woo<br />
;:1S7P<br />
; J5ip<br />
sift<br />
Si?b<br />
Aqua-Regia Digestion<br />
Cu Fe<br />
ppm;.* !<br />
5 3. ;;.3l 6<br />
4B;;1.2;,9.<br />
32 V!::2.8<br />
25;.:!2:.3<br />
39 :-l:4l ::2<br />
94!|3!b<br />
2 5-13! 4<br />
9lli.3V4<br />
110l:4 ; ; : 5<br />
110/1J4.5<br />
5:1 4, .3<br />
44ll4.'6<br />
2 3114; 4<br />
94;!;4,b<br />
5411:3^9<br />
5o;l;:l!7:<br />
77,:r'4 t ;0<br />
221/4,3<br />
32;'?'4,.2<br />
17l!:4v,4,<br />
8 2 1:13:0<br />
isSlila<br />
2 3.1/133;<br />
4911:315<br />
68l;;;2l :4;<br />
47;:!is3:<br />
44::!l2l6<br />
28,!l2;V6<br />
ll^Mit<br />
6;!;fiiv5<br />
6':'ife9<br />
i7lii:"8<br />
28,11215<br />
48;:;l3'.i6<br />
37ll3:;b<br />
Mg ~<br />
*<br />
2 . 0<br />
2.0<br />
1 . 9<br />
2.1"<br />
2-1,;<br />
!Mn- :; .<br />
ppm<br />
1 . 9 , 620<br />
2 . P 880<br />
1 . 9 :, ,:740<br />
1 - P^1340<br />
1 . 9 ; 570<br />
1:870<br />
600<br />
480<br />
780<br />
.710<br />
: 83P<br />
2 . 2,<br />
2 . 3 .870<br />
2 - 3; ;iboo<br />
2.2! : BOO<br />
2 . 1! :;75P<br />
2.2; : y710<br />
2 . 2 ; 79P<br />
2.3 !83P<br />
2 . 3 ; 'i :640<br />
2 . 3." '1860<br />
1 . 9 i1560<br />
1 - 2;; 1:4 Pb'<br />
0 . 65! 1:290<br />
2.1: 17.50<br />
1.5!<br />
;!3?p<br />
1 . 5; 1:460<br />
1 . 7; :;:5ob<br />
1 . 6; E*20<br />
0 . 84; ;l3"io<br />
0 . 7 o: !;:270<br />
!;3lb:<br />
0.78<br />
0 . 80; !;360<br />
1 - 5; :';S8p<br />
1 . 9! ;iioo<br />
1 . 6; :l70b<br />
Mo Ilka!<br />
PP mll*l!<br />
( 2 0!P3<br />
( 2;,p:i-p2<br />
2;PlPi<br />
( 2^0;p5<br />
( 2,;p,.b2<br />
( 2(0.01<br />
( 2;(otpi<br />
( 2, 0,02<br />
< 2/^O.Oi<br />
( 2 0,01<br />
( 2xb;bi<br />
( 2(p;bi<br />
( 2X0 1 01<br />
( 2(6;bl<br />
( 2xp;, :bi<br />
( 2(bi01<br />
( 2xb::oi<br />
( 2xbl :bl<br />
( 2(P!01<br />
( 2xp|bi<br />
( 2:(b'bi<br />
( 2ipirb5'<br />
6;plb4<br />
( 2'(0501<br />
< 2i:b!'pl<br />
( 2:!b:|p2 :<br />
( 2,!bvpi<br />
( 2! :blb2<br />
< 2lplp2<br />
( 2:1103<br />
( zloliz"<br />
2!p|ps<br />
< 2lp|;p2<br />
6.*6|(St<br />
( 2;b!b2<br />
Ni IIP!:ppm<br />
ppm<br />
100, 1400<br />
iiolzibo<br />
70!2000<br />
18 1600<br />
78;i7bo<br />
100!2boO<br />
79: 1600<br />
60/1500<br />
110:2200<br />
isoi'eoo<br />
330;! 910<br />
570!:260<br />
610;; 110<br />
300:1200<br />
270:1100<br />
210 1600<br />
330; 1400<br />
520 ; 170<br />
580'1 194<br />
610l;: 76<br />
eslispp<br />
28V29QO<br />
2ll;!570<br />
12011800<br />
25:;54;PP<br />
3211800<br />
54;;i8bb<br />
40;;Mpb<br />
12:1000<br />
12;:3Mpb<br />
ibiwpp<br />
1511700<br />
32::i::;970<br />
66:1400<br />
28 1700<br />
Pb :::Sb:<br />
ppm ppm<br />
( 1 : : :: (:5<br />
6'"-' X 5<br />
li ,: ;"(!5<br />
17; X 5<br />
2:;.'X;15 :<br />
( ii.yis<br />
( 1 ( 5<br />
( 1 ( 5<br />
( 1 (5<br />
( 1 ;x;5<br />
( 1 (;5<br />
( 1 (5<br />
( 1 (5<br />
( i , (Os<br />
( i;.:!x!'5'<br />
< l/ (;: : 5<br />
( 1 ('5<br />
( 1 (5<br />
( l':":(:;:5<br />
8l,;:(:5<br />
2:;;:(l5<br />
6:'l.xlS'<br />
illxls<br />
6l'l(':::5<br />
i;-;;x';5<br />
3:1 ;X!:5<br />
5';--: x is<br />
3!! :(!5.<br />
9l.-;p"5<br />
6? :1*!5<br />
61 :1(1'5<br />
2l:"(;:5<br />
2.;Xl5<br />
( 1 IX .5<br />
Se ;<br />
ppm<br />
8 '( 10<br />
8 X 10<br />
6 (10<br />
2 (10<br />
5 (10<br />
9<br />
5<br />
4<br />
17<br />
10<br />
10<br />
15<br />
17.<br />
14<br />
13<br />
14<br />
14<br />
13<br />
12<br />
12<br />
6 X 10<br />
3! dip<br />
2 ^llp<br />
8 ::X1 10<br />
3 s;.(:;10<br />
3<br />
3<br />
3<br />
1<br />
1<br />
; Sn<br />
: ppm<br />
x 10<br />
( 10<br />
( ..io<br />
(10<br />
X;10<br />
( 10<br />
( 10<br />
( 10<br />
.Cio<br />
X 10<br />
(10<br />
( 10<br />
(10<br />
( 10<br />
(10<br />
X .10<br />
x 10<br />
(IP<br />
•X'1'10<br />
(;;lp<br />
1 x!,10<br />
l: (;lb<br />
3. (10<br />
7;. (^ 10<br />
3 ( 10<br />
S r<br />
ppm:<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
510<br />
290<br />
110<br />
260,<br />
170<br />
210<br />
290<br />
320<br />
670<br />
67o;;<br />
630<br />
670<br />
340<br />
360/,<br />
420;<br />
' :'- ' 1 -Tt 660 **<br />
4 IP!, :119"<br />
180 1,1<br />
: ; :8<br />
630-1 lilJ<br />
67 O:/ 1;14<br />
350:; '-;!|4<br />
,,;,-., 9:<br />
400 1<br />
isol<br />
2701<br />
230<br />
li:<br />
PP<br />
-•..34<br />
360^<br />
.'.' :'4.1<br />
560:<br />
410 1 : 18<br />
130 17<br />
250 18<br />
124<br />
, : -.25<br />
; 32<br />
81<br />
47<br />
;30<br />
33<br />
36<br />
27<br />
30<br />
16<br />
10<br />
15<br />
,, 6<br />
;(.:i<br />
600; , 1 24<br />
680. 1:16<br />
5 sol; ' :-";16<br />
660! :::- ;45<br />
190 1'1,19<br />
•**i<br />
12<br />
13<br />
V<br />
ppm<br />
9<br />
3<br />
10<br />
56<br />
38<br />
8<br />
3<br />
13<br />
7<br />
( 1<br />
l of 3<br />
NV19MA<br />
2<br />
3: -X'llO<br />
4<br />
( 1;<br />
3<br />
2 (!10<br />
( 1 ;X 10<br />
:( '-'ip<br />
2<br />
3 ;(!10<br />
4<br />
'I'fyiO<br />
3 (;;1P<br />
4. xlio<br />
2 ;( 10<br />
4: X 10<br />
2 ( 10<br />
NOV-20-1996<br />
W<br />
ppm<br />
17<br />
li'<br />
X 10<br />
( 10<br />
4 X 10<br />
4 :<br />
(10<br />
3<br />
x 10<br />
X 10<br />
< 10<br />
( 10<br />
X 10<br />
..^ 10<br />
34 ( 10<br />
62 ( 10<br />
66 (10<br />
32 ( 10<br />
29, x 10<br />
( 10<br />
( 10<br />
( 10<br />
( 10<br />
(10<br />
;x 10<br />
:( 10<br />
X 10<br />
X; IP<br />
Y<br />
ppm<br />
12<br />
7<br />
5<br />
10<br />
7<br />
5<br />
3<br />
4<br />
8<br />
6'<br />
a<br />
7<br />
3<br />
1<br />
2<br />
8<br />
6<br />
2.<br />
10 : :::;57.<br />
6"<br />
:1;3|<br />
9<br />
8<br />
6"<br />
!;'!2.4: '<br />
4.,<br />
"!1'26<br />
4 :!<br />
4.<br />
3;<br />
4;'.<br />
Zn<br />
PPm:<br />
7 :56<br />
10: ;:.:42<br />
9 ;, 40<br />
5<br />
7': :<br />
123<br />
:'::;::81<br />
-1' 51<br />
69<br />
72<br />
188<br />
,:90<br />
91<br />
59<br />
57<br />
60<br />
! 47<br />
1 43<br />
: 35<br />
1 34<br />
1147<br />
88<br />
1:45<br />
'.136<br />
:: i Q<br />
:36<br />
l41<br />
:1;'33 '<br />
- •"•••-"'•j tt<br />
.•'•'••'"'"T,<br />
- 1';27<br />
:: : 26<br />
8 31<br />
6/ -:,.32<br />
Zr<br />
ppm<br />
5 :<br />
4"<br />
3<br />
4<br />
3<br />
( 1<br />
4<br />
2<br />
6<br />
. 7;<br />
13<br />
11<br />
10<br />
7<br />
6<br />
5<br />
6<br />
6<br />
7<br />
6<br />
4<br />
3<br />
11<br />
4<br />
4.<br />
2<br />
2<br />
2<br />
3' : :<br />
2<br />
3<br />
13<br />
11<br />
7<br />
4
CAMECO oO ^iJ I NC.<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4692-RG1<br />
SAMPLE #<br />
ENG96D-385<br />
ENG96D-386<br />
EM096D-387<br />
ENG96D-388<br />
ENG96D-389<br />
ENG96D-390<br />
EN096D-391<br />
ENG96D-392<br />
ENG96D-393<br />
ENG96D-394<br />
ENG96D-395<br />
ENG96D-396<br />
ENQ96D-397<br />
ENG96D-398<br />
ENG96D-399<br />
ENG96D-400<br />
ENG96D-4O1<br />
EN096D-402<br />
ENG96D-403<br />
ENG96D-4O4<br />
ENG96D-405<br />
ENG96D-406<br />
ENG96D-407<br />
ENG96D-408<br />
ENG96D-409<br />
ENG96D-410<br />
ENG96D-411<br />
ENO96D-412<br />
ENG96D-413<br />
ENG96D-414<br />
ENG96D-415<br />
ENG96D-416<br />
EN096D-417<br />
ENG96D-418<br />
ENG96D-419<br />
2,;.*3- 5 Al l:;;;:AS;<br />
::<br />
1 . ;,;ppm * B•app'n.<br />
2 '22:12 f<br />
22(2i 0.38";<br />
;,;-x2l 0.22 ; ;;:2;S<br />
fiSlt P. 14? 2;.(25<br />
SE11I 0.82; 2:;:(25<br />
1113; P. 2 8; •2^'-:?<br />
•,-v.. : .V.:V;O::::-.Y/ :"<br />
lil 2-^<br />
ill 2.3;<br />
ISO: i.6 : .;<br />
feeai 1-82<br />
2'2"5<br />
B 2<br />
ppm<br />
;-Ba;;<br />
ppi?<br />
( 10: .2,44<br />
( 10;: :2;35;<br />
•;;.i .'- 1:(j<br />
( io2-;;;:;1?<br />
( io2 f -S3<br />
( IP" 2:913<br />
;; :-(' :;i 2<br />
17<br />
11<br />
22xl| 1 . 1; 2:^25 ( ip;<br />
;;2;2'l 1.4- 2 15 ( 10<br />
•':2'(2i 1 .9- 2 .'5 ( 10<br />
.;2xSi; 1.1 . ( 5 ( 10<br />
;||iiS 0.68; 22*2.5 * 1 0 2;x;l<br />
Pi! 1.2; 2:*-:,5 ( io22("2i:<br />
SWIl 2.4; ;;x.;,5' ( 10.2 Cis<br />
fixjS i.?;; 22l'b ( IP; '2;16<br />
iSftl 1 . 6; 2' -lo < 10;:-:2<br />
-24<br />
22222 i . 9; 2;; 20 ( 10 2<br />
;:',18<br />
224::;:i 1.5; :":x25 ( 10 ;; 25<br />
222x'.;l 1.8'- ;2io ( 10 : 17<br />
12x21 2 .2 22 .'-'5 ( 10 ; 16<br />
isv:-:! 2. 3 j2*.<br />
: s" < i o,; •'2'26<br />
C ip ( 10 2221;<br />
:;;:";'i:6 -<br />
;;;:,20 ( io2<br />
llfeli 2.4- •2*25 ( 102: Sf:l<br />
ifSi ;v.-:-:o.- ; -.. ::..'.- 2. o; -;;x ;5- ( 102; ;'^41<br />
SiXil 1.9 2x;:5 ( 102: 2^28<br />
llfcii 0.31.: 2:-'^ S ( 10 ;12P<br />
21222; ;;<br />
fsfw* 1.9 ;2(2S < 10; ;2.2o<br />
22S2i 2 . iS ;;2lO ( io2 :;:;'i2<br />
52 (21 1.92 2(25 < io; ':;':48<br />
t^'5<br />
Sit* i-'S;2*25<br />
< 1 Q;2<br />
11*3- 1 - 9* 2210 ( 102; 22i4:<br />
gffiW-i -';x2'5<br />
Mm 2 .4';<br />
:2:zp<br />
X 5<br />
( 1O:;;<br />
;;;43'<br />
( 10;<br />
222.;5<br />
1.62iszb<br />
||'( 3 2 . 7; ;2( -:|5<br />
( 10,2: lit<br />
< 102; ;2:6i: 22"5<br />
< 102<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Be :2;Bi':;; Ca ^uCd;<br />
ppin.;;ppm % ; ;,:ppm<br />
( i;;;2x,'5 3.i2-;2(.,,i<br />
( i;;:':;;.;(;5 2 .a^K :i<br />
< iSHsS; i.9::'"2x'2i:<br />
( i;i;12.5 3.62";x|l<br />
4 i:22a25 3.6;;;:x|i<br />
( i;2:(.;.5 : 4.2"-Y"f<br />
< i2::2^: - ; 5 3.2 ci<br />
( l; : .-;c;5 4.0 .,X;1<br />
< i;22i{25 4.7":"x;;;3.:<br />
< I :22".fe5 5.02::^'l<br />
< 1 :22x2:5 4.32.2*2,1<br />
( l2.:;te5' 3.0:'2;f;;r<br />
< i;;;S(-25 2.8;:2; :;(2i<br />
< infills 2.522x21<br />
( i::'22'x:J5; 3.2-;;.:x'::;i<br />
< 12,2(25 2.6;2 (-i<br />
( l';:' ::;x'-"'5' 3.o'-2x22l<br />
( l-';2;(:.;5 3.3:-*X;:i<br />
< i;2x--5' 3.32.2(;;:.l<br />
( i-;:;2x;:5 2.9;.;2x v.;i<br />
( l'-;lB-5 2.o;;;x,.i:<br />
( i2;21'5 5.42-32.1<br />
( 122x15 2.822S21<br />
( i; : 2^j5 2.9::2::;(2i<br />
( 1:2.;^.::? 3.l5 :.;;x::;i<br />
( 1'. -':x.::,5 4.0 :; :;:2(.;:;1<br />
< i ; 2*25 3 . 7- T; (2i<br />
( l : .:-;'(.;-5 2.8;.;;;(2:i<br />
( i.V';-.xj:5 2.722x2;i;<br />
( l..;;;:;S:5 5.3;^S<br />
( i:' :::'(25 1.82^21<br />
( i-2' :'('25' 2. 52,; (2:1<br />
( l:;;.;Xi;5: 2 . s:;.;;';/;;!<br />
( Ipljl 4.8';2-;;(2l<br />
( l-2;;(2"5 2.9:;|;:(Si<br />
TSL/ASSAY laboratories<br />
1270 FEVSTER DRIVE. UNIT j MISSISSAUGA.ONTARIO L4W-1R4<br />
PHONE fh (905)602-8236 FAX H : ( 905)206-0513<br />
Co ; •'i;':or;;:<br />
ppmfppw<br />
13<br />
i?; 2;;14P<br />
'""'"'•i"'of\<br />
15? .:::::lOv<br />
43i imo<br />
23;<br />
46; ::2..6io<br />
39; ;:;:690<br />
44; fllPb<br />
48; ;|6lP<br />
44; ;2:45P<br />
47i<br />
17;<br />
14;<br />
17*<br />
18;<br />
9;<br />
14; ;;,;,|',5<br />
i?;; iUl;<br />
12; ::;.;;^5<br />
13;: *:34'<br />
18; ;::2257<br />
22; 1120 p':'56<br />
14;:<br />
2ll 1M<br />
12; '2272<br />
16;;<br />
IS2<br />
13; ::.;2;8'6<br />
15; -S;2S9<br />
12! "1162<br />
26;<br />
23;<br />
14; :<br />
2267<br />
16:; 2f*7<br />
26;; fils<br />
22,, ;;;:;;85<br />
I.C.A.P. PLASMA SCAN<br />
;2;:-.84.<br />
ilw<br />
PIS<br />
;2ibP<br />
;2±; :78<br />
2:262"<br />
2;P2<br />
;2l68<br />
"/^•..••'.•'•••"•'•'•"<br />
2^fq<br />
'-S90<br />
Agua-Regia Digestion<br />
cu ;vC;i?e.;<br />
ppm- ::;:;;^.. -<br />
54 , 2". 0<br />
35222;4;<br />
142::2 :,i<br />
6952-525<br />
59;.;.;.,.3v4;<br />
45 4.9<br />
46 4.3<br />
46;; ;4.6<br />
31 4.5<br />
19;;,;.4;..p<br />
45f';;4V:4<br />
20^1^8<br />
15=2626'<br />
18 :;:5;8<br />
32;,'::?;;;?:<br />
13';':.;5'.i<br />
25':. 6.5<br />
19;--;-2,ll;<br />
15 !2'';7--;: B<br />
2o:2:7;;3<br />
I5:2;;6v8<br />
1522K8<br />
1 622.528<br />
i522:9.-:7<br />
28;2.:2";[-Jf<br />
f:.:]:1.. 1 . 1 ..,/1/ ".:.v<br />
4 22,;;?-:,. 7<br />
i22;27,9<br />
17?" 7:1.5<br />
23:;2;7.'lb<br />
•41;;:,.5;;-1<br />
31 ;7.4<br />
12:;25^4<br />
1522|::7<br />
27:223'.y'9;<br />
22;; ;.-'..7.-;.9<br />
Mg ; Mn<br />
* 2;PPn'<br />
1.1; 410<br />
1 . 4,2 510<br />
i.i;2:43P<br />
2.1 22870<br />
1 . 8 ::; 690<br />
; . ,. .:..-".v.' '<br />
2.4 1000<br />
2.2 680<br />
2.3 920<br />
2.3 1100<br />
2.3 1000<br />
2 . 322910<br />
1 . 323400<br />
0.83:;2500<br />
0.66: 2000<br />
0 . 88-3500<br />
0.69 2400<br />
0.84;;2700<br />
1.0,4400<br />
0.87; 3200<br />
0.8322700<br />
1.0 2100<br />
1.9:3lpO<br />
i . 2;;2iob<br />
1 . l23700<br />
i . o2;: sab<br />
1 . 5-3300<br />
i . i23lob<br />
1.123000<br />
0 . 9o2;290b<br />
1 . 92l700<br />
1.3: 1700<br />
1.0 2200<br />
1 . i::;2100<br />
1 . 9-1100<br />
1 . 422500<br />
Mo ' :;Na; :'<br />
ppm ,* ;<br />
( 2 0:02<br />
< 2 P; 05<br />
6;;.P|b6<br />
( 2:PvPl<br />
< 2 .:.S;P3<br />
( 2(0.01<br />
< 2 0 ,02<br />
( 2(0.01<br />
( 2(0.01<br />
( 2(0;bl<br />
( 2(0,01<br />
( 226202<br />
( 22bW<br />
( 2 O; 05<br />
( 2;:0ib3<br />
( 2 0 .05<br />
( 2 b;05<br />
( 2 0 ,03<br />
( 2 fi : 04<br />
( 2; 0,05<br />
( 2 o;; 03<br />
42o1;p2<br />
( 2-0^03<br />
22o,Q2<br />
( 2:0202<br />
( 2;P.03<br />
( 2(b2oi<br />
( 2-bib2<br />
22&3J2<br />
( 22b2p'2<br />
( 2 'Pi:p2<br />
( 2;:b;;b3<br />
( 22pJ;p2,<br />
( 2'2b :i'b;3<br />
420.02<br />
Ni i;<br />
;.::"P:2; Pb ;:.2sb"2<br />
ppm ppm ppm ppm<br />
12<br />
32':<br />
2000 ( 1(5<br />
50;<br />
160:<br />
50;<br />
2:!i30 2--:-' -(.;' 5<br />
;2'560 ( i;:2:;:x25<br />
fCOo 2':"'2:(5S<br />
:" :8'sq ( i;' :;2.f;5<br />
400 86 (1(5<br />
370 72 (1 ( .5<br />
42O ,: 88<br />
550 ';'2ioO<br />
420'-<br />
( 1 (5<br />
( i!i;x2g<br />
:;"2:;.74 ( i.22(-,5<br />
SB":<br />
24; .-.;3: 6'b ( i.22f'- :;:5<br />
28-;;4'oo<br />
( i22"c;;:5<br />
17; 2310 ( i2^:;5<br />
480 i;;7'b ( 12-:'(2S<br />
;235'b ( li*.S<br />
10 ';380 ( l; x;;5<br />
14 ; 390 ( I'V.CB<br />
28; 2340 ( 1 -;-(;"5<br />
26 ;24'oo ( i2;..(;.5<br />
4 1;, ;;:390 ( l'2x;5<br />
84;- "2400<br />
IIP;<br />
( l2;,:;(";:5<br />
:i;i'bP ( ijSy^S'<br />
59;; 2.440 ( i;;2x25<br />
47; 2;;3PP ( It.-^VS<br />
is; iSpb ( i22.X:; 5;<br />
:<br />
63;; •;: :37b ( l2.;:^25<br />
2524330<br />
so; ;,';46b<br />
32; 2'-4lb<br />
66J;l'4pq<br />
(<br />
(<br />
(<br />
If 2x2 5<br />
i2; :,;x:;.: 5.<br />
l2:;'S-25<br />
i:;.;2;;;(;-:.5<br />
";48o ( i22x :::.5<br />
38;<br />
1722.-530<br />
( l;2;;(;-;5<br />
132 2'3.9b<br />
130;; 1206<br />
( l22;('25<br />
( i;:2x25<br />
19; '360 ( 1:2;(;;:5<br />
Se . ; sn ;<br />
ppm ; , ppm<br />
15 ( 10<br />
12 ( 10<br />
15 x 10<br />
12;<br />
12<br />
14 j:.(;;.1.0<br />
5; ;( 10<br />
3 ,'( 10<br />
3 5 10<br />
4 X 10<br />
3<br />
4<br />
6:<br />
4 : ; :x: lo<br />
4 (;10<br />
4 (:iO<br />
14; x2io<br />
5 :: ;^-;10<br />
5 : X; 10<br />
2l ;(; 10<br />
5 X; 10<br />
3 ;( 10<br />
4; x 10<br />
4!<br />
x : ;lO<br />
19:<br />
5<br />
3;<br />
3<br />
XvlO<br />
X 10<br />
x : 10<br />
x 10<br />
V 10<br />
:x:io<br />
( 10<br />
(;10<br />
( '•'.IP<br />
12 X 10<br />
5; X 10<br />
Sr<br />
ppm<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
.<br />
:<br />
2 ( 10 230 21<br />
3 x 10<br />
3' ;( 10<br />
12 x io<br />
6 ( lo<br />
170 V.-12<br />
1902 ; ;6<br />
2102 :<br />
'"214<br />
;30<br />
190<br />
:<br />
290 ; 20<br />
210 570<br />
280; ; 40<br />
260 ;;2o<br />
280 20<br />
270,;<br />
80-<br />
68-;<br />
56<br />
79<br />
61<br />
67<br />
80<br />
79:<br />
67<br />
39;,;<br />
2402<br />
53;;<br />
572;<br />
150<br />
52<br />
472<br />
532<br />
3io2<br />
82<br />
Ti ; V - w<br />
ppm ppm l?pm<br />
;. :2:17<br />
29<br />
;":-2b:<br />
: is<br />
23<br />
17<br />
17<br />
25<br />
28<br />
20<br />
22<br />
2:46<br />
:i9<br />
•."".'•"23<br />
.21<br />
80 32<br />
76 43<br />
73;;: :-;28<br />
64"<br />
29<br />
2702 45<br />
26<br />
16<br />
23<br />
-30<br />
31<br />
3 X<br />
4 ,(<br />
3 X<br />
15 (<br />
5 (<br />
17 (<br />
55 (<br />
44 (<br />
13 X<br />
3 (<br />
16 (<br />
20 (<br />
23 (<br />
14; (<br />
23 (<br />
16 (<br />
26 (<br />
22 ;x<br />
24 ; X<br />
27'' '-X,<br />
29J.X.-'<br />
78.;x :<br />
24;x,<br />
22 (;<br />
3 :.;.('<br />
25:x<br />
17 (<br />
20 (<br />
23 x<br />
120; (<br />
36. (<br />
14 (<br />
13 (<br />
7 5" x<br />
23 (<br />
M8322<br />
2 of 3<br />
NV19MA<br />
NOV-20-1996<br />
10<br />
10<br />
IP<br />
IP<br />
IP<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
:io<br />
IP<br />
10<br />
10<br />
10<br />
10<br />
IP<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
y<br />
ppm<br />
5<br />
4<br />
2<br />
7<br />
5<br />
2<br />
< 1<br />
2<br />
4<br />
3<br />
2<br />
3<br />
3<br />
3<br />
2<br />
2<br />
2<br />
3<br />
3<br />
2<br />
3<br />
8<br />
3<br />
2<br />
5 :<br />
4 :<br />
3<br />
3<br />
3<br />
3<br />
6<br />
4<br />
Zn<br />
ppm<br />
27<br />
21<br />
220<br />
50<br />
33<br />
40<br />
29<br />
.2:23<br />
••••' .-14<br />
37<br />
2:16<br />
251<br />
40<br />
48<br />
72<br />
:; 55<br />
68<br />
79<br />
\"75<br />
-82<br />
200<br />
180<br />
160<br />
19P<br />
•" : ;'4P<br />
190<br />
140<br />
4.;<br />
2"<br />
; :;;':"63"' IPP<br />
' :"27?<br />
7<br />
98<br />
: '53<br />
57<br />
264<br />
72<br />
Zr<br />
ppm<br />
2<br />
B<br />
16<br />
12<br />
10<br />
7<br />
7<br />
9<br />
6<br />
7.:<br />
6<br />
7;<br />
s;<br />
11<br />
le:<br />
8<br />
9<br />
B<br />
8;<br />
11<br />
10<br />
12 :<br />
11<br />
172<br />
1<br />
12<br />
9<br />
g; :<br />
10<br />
15<br />
11<br />
11 8<br />
10:<br />
12
CAMECO GO^D INC.<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4692-RG1<br />
SAMPLE #<br />
EN096D-420<br />
EN096D-421<br />
ENG96D-422<br />
ENO96D-423<br />
ENG96D-424<br />
EN096D-425<br />
ENG96D-426<br />
ENQ96D-427<br />
ENG96D-428<br />
ENG96D-429<br />
ENG96D-430<br />
ENG96D-431<br />
•K.:;;l<br />
mi<br />
Al :: AB ' B : Ba;i Be ":<br />
* ; PP10 PPm ppm ppm;<br />
2.5:i<br />
2. 6r!<br />
Wfyt 3 . ii<br />
HIP 2.8)!!<br />
zd<br />
o.a<br />
;;;Z5 < 10;<br />
2.<br />
;lb < 101;<br />
2. 2;::.; :;*S5 <<br />
2.oSa.i!'5; (<br />
i. 7S!tf;!S < 103:<br />
?<br />
10 :yi:6 ( l<br />
lo. : 16; < i<br />
10 V;.;?i < l;<br />
10;v.'!!4i < l :<br />
45 < l<br />
;i"8 < l ';<br />
.'•7 < l<br />
f :12<br />
'•1-23<br />
< r;<br />
A 5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 ra in and diluted to 10 ml with DI H20<br />
This method is partial for many oxide materials<br />
T3L/96<br />
Ca ;.,:'cdi<br />
3.o''"! :: c;:i<br />
1.6:. ;;x';;:l<br />
4.8:;'iiil<br />
2.8;;;!X;?i;<br />
5 . 2; ;:!,H f!<br />
2.2.".?.;;;'!<br />
2.1 ' :!.ri<br />
l-9'..;:*;;f<br />
1.9, "x;?!<br />
o.84"..;!x;;!i<br />
4 - 2 !";SS<br />
TSL/ASSA'. i - Laboratories<br />
1270 FEWSTER DRIVE, UNIT<br />
- -. — . — , ,. M U *.***jf\wn. , \jn J./VH J.U Jj^ W — i A ^<br />
PHONE#: (905)602-8236 FAX * : (905)206-0513<br />
I. C. A. P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
Co yibr- cu ;!;.;; ;Fa ; Mg ijfMn:; Mo -;:Na ; Ni : .'...•p;'5;'.; pb ,; ( ;,<br />
Sb Se ;.Sn ,<br />
PP"i±:;p:pm ppm;,i;<br />
;-;:.;ft,;:S;i *"<br />
PP m,-.:jf ';; ppm ppm ppm ; .ppm ppm ppra<br />
;;';:'!:'s S? V:\S<br />
21-5-45' 33; 7:8 1.3:3300 < 2;; 0. 01 15 400 ( i,:;<br />
205i;66' 25':,,;,<br />
X;! 5 4!(,!lb<br />
7il 1.5."; 14 ijp' 2XPspl 23 ; 500 ( i; ;.; :<br />
13i;;:':.;;22 4^-V<br />
X 5 3".;V IP<br />
l:l. 1- 9±lPO < 2^0,01 43 ;1500 < i;!<br />
141375- 3 :!i:." 4;2 1.6; ;960 < 2;;:;p|pi 26;<br />
v.s 1 4 * :..io<br />
f:KJ*' * 1A"' i'<br />
I6j;l;fp 2;S<br />
"X: s; 2 ;:x';i6<br />
( 2 6 i 01 29<br />
S;;:,'Hi;'; ;.v;.? 5is ;|;;;:;;; ;;;K ,;;.5ft ";<br />
16'~"' :"68 12"'*" ^•/; :v; ^;;; :;. ; : "<br />
...... ,....',. .:v;.:v.. .- - -<br />
.;. :' : ';. : ;. :'. ' "<br />
3,8 1.7;;1300 < 2; di02 4O; 2QOQ < 1 !<br />
isllsz? 29?;;<br />
X 5 4 ( 1 0<br />
14 1 . 6;3606 4XdibJt 20 ? :::5lP < l. : !' ;<br />
*; 5' 4 ( 10<br />
IftMSg. 27'!::,!!" 7.9 1.6i;29dO Z&Ji 32;<br />
I3ft;;;;;"4| is'??:<br />
:;590 < 1<br />
T!!, 9 1.6s,35o'b 2Xpvi):l 19-<br />
.........,.".,.,.— . .. :;.;!5.10 < i :;<br />
15*578 12.::::.;!<br />
X 5 3;,/ 10<br />
si? 1.6;:..450b 4XO".01 25 !,:.470 < i;.;!;'<br />
;: :;;;t; s;;;;-;;;;";.<br />
;.;.. .:i; . .;;.-;...<br />
SSSfJ S:<br />
ie!s'l75 3i;:!!!;!l"ft<br />
i.8.;;37oO 210V.Q.1 66.<br />
'f',5! 6 x! 10<br />
29i!;|5| ISS7,S<br />
2.0V;16p6<br />
11500 < l2- : x ;5 6 'x id<br />
-.-.'.'.'-.i .-.•..-••. ' . •••••• 1<br />
SIGNED<br />
Sr<br />
ppm<br />
56<br />
41<br />
160.<br />
REPORT No. : M8322<br />
Page No. : 3 of 3<br />
File No. : NV19MA<br />
Date<br />
no;; "•.•"14?<br />
••.!22<br />
99<br />
280<br />
58 !.<br />
28 "-.-'vi<br />
44 ; 24<br />
26<br />
210<br />
;!;'ppm<br />
; 26<br />
, .26<br />
20<br />
: 31<br />
27<br />
40<br />
27<br />
V W<br />
: NOV-20-1996<br />
; r ' '. .'' - 1<br />
I7;;x 10<br />
19 V 10<br />
< l':.V.!lP<br />
< i:x:io<br />
2 X 10<br />
5.x 10<br />
21 X 10<br />
16^ 10<br />
15 ;X 10<br />
19 X 10<br />
34';'-*: IP<br />
11 -x 10<br />
Y<br />
ppm<br />
3 56<br />
3 65<br />
a 94<br />
5" : !,-:"6'4'<br />
5<br />
12<br />
4<br />
4<br />
4:<br />
3<br />
4 ;<br />
8<br />
Zn<br />
ppm<br />
67<br />
64<br />
46<br />
50<br />
50<br />
100<br />
87<br />
Zr<br />
ppm<br />
9<br />
11<br />
6<br />
6<br />
6<br />
3<br />
12<br />
11<br />
10<br />
M:<br />
4;<br />
9
CAMECO vC<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4689-R01<br />
J I NC,<br />
SAMPLE tt Al<br />
*<br />
ENG96D-432<br />
ENG96D-433<br />
ENG96D-434<br />
ENG96D-435<br />
ENG96D-436<br />
ENG96D-437<br />
ENG96D-438<br />
ENG96D-439<br />
ENG96D-440<br />
ENG96D-441<br />
ENG96D-442<br />
EN096D-443<br />
EN096D-444<br />
ENG96D-445<br />
ENG96D-446<br />
ENG96D-447<br />
ENG96D-448<br />
ENG96D-449<br />
ENG96D-450<br />
ENG96D-451<br />
ENG96D-452<br />
ENG96D-453<br />
ENG96D-454<br />
ENG96D-455<br />
ENQ96D-456<br />
ENG96D-457<br />
ENG96D-45B<br />
ENG96D-459<br />
ENG96D-460<br />
EN096D-461<br />
ENG96D-462<br />
ENG96D-463<br />
ENG96D-464<br />
ENG960-465<br />
ENG96D-466<br />
;;. •...^•••s'f-;- v.,-:lil<br />
1.2!<br />
^"5 B 5::;::Ba;<br />
Sppm ppm;5 ppra<br />
5^55 <<br />
51*5 i 2.i5; 10;<br />
5i5*i.| 0.67VJ55<br />
ip < io5 . V ;82 :<br />
fiffil 0.765<br />
'.-"•••fi"T<br />
1*1*1 < io5w;::6?<br />
5l!i fi' 2 . oS ;-x5*5 < io5<br />
555'f'f 0.765; 5; ip < 10<br />
ills' < 10; t28o<br />
55:'*r|i i . 45: Si -j ( 1055iSp<br />
M& 2 . 3 5. :;51P < 105 5200<br />
555x51 2.0'55^55<br />
< 1055.;<br />
' ';2<br />
5:5*5i i . 65; 'i* i* < 1055'i5P<br />
llxll 2 . o555?:;I<br />
* iof:<br />
ill* 2.4s 5555 < io|<br />
KKp'l i . 4:5<br />
.yv,,/,:.. ;-: ..v./ 5*55 < ip|<br />
18*5* 0.61s:: mt* 10!<br />
1111 0-28i:jf-j5r<br />
< 105;<br />
1;1S 0.2 li; 5(5 5' < 1055536<br />
15x5:1 0.315* 51*5 < 105"; 1574:<br />
r^TO 0.57S;; 5:.;' 5 < io,, 55;7'8<br />
lliX'll 0.55:4 ;5io < 10:;: ;;|5B<br />
111 0.141;x;,5<br />
< 10 ;;<br />
'5'tS'o<br />
1:5*51; ff :<br />
i5*si 0.2955 5*55 < io:5. 55'i5 .<br />
0.22! gls < 'lip 10" i<br />
It'Wl o.24lf W'5 < lot Step<br />
Sirtji o.2iS5:x5'5<br />
< 105 5^0<br />
P'M 0.3255;*5*5<br />
< 105Up<br />
^.Is <<br />
1-5;;; 2<br />
•5511<br />
ftfli<br />
9#<br />
11*1<br />
i:;!, 81<br />
5490<br />
lisa 5*4*40<br />
|2|*5 :1 0.22*5<br />
:-"'"i"i:<br />
105:;;::.16<br />
IM51 0.28i5 •*t5 < 10'5 ;10S<br />
I'iO 0.295-x<br />
5s c 105SP?<br />
5.5^1 0.2955 :feS < 105 : :*iPO<br />
54*51 0.45.5; 555 < 105 •120<br />
55X51; 1.0,.:: :x|5 < 10 5 55.14<br />
515x51 i . 85a Sio < 103; S;7 :7<br />
55'x5i 1.555 :*|5 < 10*5: ;i4p<br />
555*551 i. 755510<br />
( 10 3*20<br />
i.55*li; 2.6;".." |.i'5 < 10 180<br />
Be<br />
ppm<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HN03<br />
at 95 C for 90 rain and diluted to 10 ml with DI H20<br />
This method is partial for many oxide materials<br />
< i:,;^,55 e<br />
. sS'SSiJ<br />
x 155x55 3 .9.; 381<br />
< i ; 5*5*3 3 . 555x5,1<br />
< l5:.;5*55 7 .355:X51<br />
* i|.,:;i(-li5 s<br />
< 15:5115 5<br />
x l' :;**l;5 5<br />
c 1.55^55 4<br />
•2;; 5X;5l<br />
•'llxll<br />
.2'55B-:i:<br />
.755;*::;;!<br />
TSL/ASSAV f T,aboratories<br />
1270 FEWSTER DRIVE, UNIT - .IISSISSAUCA.ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
Co ;;5:;Cr5 Cu :•v-.'Pe;;'<br />
PpraXppni ppm:;;;*:,:<br />
40:5940<br />
i7.55;|;ip<br />
16;:;r.;47 :<br />
40 r 970<br />
32;5i'5|<br />
: ' '-:'':: ': 'l :''0<br />
285517^<br />
77 V^V'jiri<br />
* ':;:.:..:;.;;py<br />
3o'S;a;9o<br />
* I'fc'^iS; 6. i.;;; ;...vs.j; *UJ;;;(55y<br />
< l;5 :i55 4.65:i:x5l 3l5.:.v;330<br />
;:'555I iflBS '5:555:::<br />
:<br />
< 1*5x55 5 . i :5'.5:i *5j;<br />
<<br />
<<br />
<<br />
iSx;55 4.5a!x55i<br />
iSiSiS 4. ^;i:iH":i<br />
-1-..: i;;;;:x;;;5 ^v^:-:^ 4*<br />
- . 2*;BiiL<br />
< Ift^if 4.<br />
< i :;;;vi55 5 .<br />
* i^'ilSs 4. 3:;" ::;xl':i<br />
< li5X;5| 3. .7.;tf^'.i;i<br />
< i55xlS 4 . 25l:x-5l<br />
' ^'ili 3- 2.:|||1<br />
< l|:l|i 2. 45{;5iili<br />
< IvStjl 2.<br />
0*5i'Sl<br />
< i'55i*55 3 .<br />
< i :;";;(5l 3. 45|f5ji<br />
* l;:i;X55 5 .<br />
. 4MSsi<br />
v;;:; 1;;;^,:<br />
:-^:.;-:.. ^..-.:<br />
6l5:fel<br />
5|;|;i<br />
( i5".::;x5W 2 . 5:::^;:^:;';^<br />
* 155155 5. 4S55^5;l<br />
< i. :55l;''5: 2. evrni<br />
( l'-;x55 3. fism<br />
' r 1'^ 7. 255^5:1<br />
( i5'x.;i-s 5. 8:5i;xJ;l<br />
< i:5::;*5:5 5 . sliifc<br />
< i5.:.:i:f5 4.<br />
<<br />
3;;5Sf|<br />
l..*iS 3. 9-iS<br />
* 15 i 5 4. 3.55:^11<br />
485l?7.p<br />
535'l300<br />
36f|3p<br />
9O ::^'-''Hvnri<br />
*":-:^v.-.J.OU<br />
soiifll*:<br />
5"555i<br />
345;'5i6'6<br />
4855246<br />
465;;:400<br />
4655150.<br />
5i::;S:;'i:5p<br />
13555:11<br />
"SIMP<br />
13k -MS<br />
isalfii<br />
225i.iy<br />
165|i4 :0<br />
27S5i;;|8<br />
52*5:5240<br />
5iil95o<br />
4055*50<br />
35555100<br />
3745620<br />
36|s;;37p<br />
3355430<br />
41?! 1200<br />
Aqua-Regia Digestion<br />
v 1..;.;;;-.-;' -5,<br />
4:5 :5'4. : 7<br />
oy.;:. 2 :. 8<br />
7555.2.9<br />
32*5i"4vl<br />
98|54, : 6<br />
495Q.450<br />
51i''3vl<br />
74iS4v8<br />
2 25 53 .8<br />
50 ;';#- 0<br />
4i-55 :4;52 :<br />
62SIL4<br />
58;;;{;4y;2;<br />
^1-'-*'^- "t±<br />
62;;;;-;;3;.;6<br />
6155=358<br />
48'5545'2<br />
50'5!'4f7<br />
425,:, 4V9<br />
4255:4:v*2'<br />
20.55'3li-5<br />
4055 2'53<br />
aiiMa<br />
6356119<br />
22\SMQ<br />
5 155:3. 52'<br />
I6;5|2l4 :<br />
902S3V5<br />
3955:455<br />
4i;v;;'3;*3<br />
29;:;i';3 .;7<br />
53V..4V1<br />
3355357.<br />
10055450<br />
8355:4ll<br />
43;5;4.5l<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
M8337<br />
l of 2<br />
NV21MA<br />
NOV-22-1996<br />
Mg Vjs.Mn:,'; Mo pvJfaR Ni lipvrj Pb *5..;Sb5: Se :; Sn5 Sr -,.,;:T'i ;i V ;V;W . Y '52145 Zr<br />
~""" - ppm ppm ppm; ppB ppm;.ppm ppm ppn ppm<br />
2.352300<br />
1.8*55780<br />
i. 85:5590<br />
2 . 45iiop<br />
2. i;: iioo<br />
vv/55.55 1 '','J.<br />
2 . 154000<br />
2.0;;1000<br />
2.2;: : ; I960<br />
2.4 1100<br />
2-2 5780<br />
2. 4;; 5 840<br />
2.555810<br />
2.355:700<br />
2.215650<br />
2.255740<br />
2.2ii;*7io<br />
2.6 890<br />
2.555870<br />
2.6v.;:800<br />
2.7;5570<br />
1 . 355.290<br />
0.88J534P<br />
0 . 8955;350<br />
1 . 5 5;; 460<br />
2.1; 5 660<br />
1 . 25:;:5320<br />
2.351*690<br />
2.6555580<br />
2 . 6i 5:650<br />
2 . 5 ; ; 5 670<br />
2 . 3 5 v 620<br />
2.555890<br />
2 . 355*720<br />
2 . 35:5700<br />
2 . 4555870<br />
< 2*o;-*;pi: 54055140<br />
< 2|p :v'C*.*'i 635'I*4PO<br />
< 25p.:.;p2 6i:; : 1500<br />
< 2;x0501 51055250<br />
< 2x6.pi 86;;;i3pp<br />
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< 2|6|6| 21051100<br />
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< 2x6:;01 650555(58<br />
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•:: :s:::;;o,: :-V-:;::-:::;.:;<br />
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300<br />
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6 71<br />
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10
CAMECO ,,0 ~J INC.<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4689-RG1<br />
SAMPLE #<br />
EN096D-467<br />
ENG96D-468<br />
ENG96D-469<br />
ENG96D-470<br />
ENG96D-471<br />
ENG96D-472<br />
EN096D-473<br />
ENG96D-474<br />
ENG96D-475<br />
ENG96D-476<br />
ENG96D-477<br />
EN096D-478<br />
EN096D-479<br />
ENG96D-480<br />
ENG96D-481<br />
ENG96D-4B2<br />
ENG96D-4B3<br />
ENG96D-484<br />
ENG96D-485<br />
ENG96D-486<br />
ENG96D-487<br />
ENC96D-488<br />
ENG96D-489<br />
ENG96D-490<br />
;5;ASrI;<br />
51'llS<br />
nil<br />
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35x5'!!<br />
IIII<br />
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tlSS<br />
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IIHwi<br />
pill<br />
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mm<br />
113.1<br />
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illli<br />
till<br />
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PPm :5 PPW Ppm:;|;p|m * 5 ppm<br />
;-.:;5 335* S^R<br />
( io;5300<br />
< 135x55" 4 . 2'5 ;x3i<br />
( 10.-5I1^0<br />
< i3li:5 3 - 6:!:dm<br />
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( io3l : .117:<br />
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( 1053113<br />
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( io3?| •I:26<br />
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( 1033 ?37<br />
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( 10:53<br />
. . - ...- :-".::": - ,. . - ' -' : :<br />
\3l'<br />
A .5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
i-i<br />
i/.v^.v..'.-..''.; '.'<br />
< 1:;:!© 2 .9i5:xi";i<br />
< 153H8 3 •83I,x.3i<br />
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TSL/ASSAY ' laboratories<br />
1270 FEWSTER DRIVE, UNIT -, MISSISSAUGA,ONTARIO L4W-1A4<br />
PHONE #: (905)602-8236 FAX tt: ( 905)206-0513<br />
Co ;:I|Ct:I<br />
ppm ppm<br />
363:570<br />
28;588l<br />
3o:;J9;do<br />
29;-iiob<br />
193,1150<br />
26iiS<br />
26;55;6.2 :<br />
203:II72<br />
is'iSid;<br />
18-,.:,v;68<br />
2o31:I|6<br />
2153552<br />
17:35 Is'8<br />
a5IIl43'<br />
1133359<br />
93I3M<br />
243557S :<br />
I9:.'::3lf8<br />
15;r:;.a|<br />
16llil52 :<br />
14 : ;3l54<br />
23:55190<br />
i7l|:ipO<br />
3951165<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
:-....' ' "'<br />
cu II •pe;.;<br />
ppm,':;*;;:;:<br />
9l5 :!4.3;<br />
59p3v5<br />
6253334<br />
455l3v.7:<br />
66fll4;9;<br />
eoIlSS<br />
57337 ;: :4 ;<br />
3135459;<br />
9i5 :33:7<br />
39.5 3.6<br />
4i5:!: :55 :'6:<br />
42: (59'l5<br />
28;;3;'83;1<br />
6:I33'a4<br />
83:^5;<br />
s: j -3^ B<br />
4l5:I'5 :S6<br />
74 :;. ::4lv7;<br />
26 3; 2<br />
125.1'33 :;i<br />
'-^•.••/•••.•••^•.''•"•-\<br />
6'3;4v5;<br />
4155556<br />
18;5;4;5:<br />
59iS8J2<br />
Mg IJrtl:; Ho 5; :'Na5<br />
* ;:: ::;pp"o ppra;5l'^'I'i;<br />
2.45.^740 ( 25o;02<br />
2.355640 ( 2W :;di<br />
2 - 4.sWo: < 21*1<br />
2.4:;:7SO ( 2XO.:01<br />
1.6;;2:40d ( W:m<br />
.-::.'-~ •••- ••••' ;;:. :.: : '. .15,.' 5."<br />
1.552600 ( 256.03<br />
i.elljopp; ( 25oI;P4<br />
1.452260 ( 2s'0l03<br />
1.7il60b ( 2l;"6.vd"3i<br />
1.851200 ( 23o.sQ3<br />
i.5i2.4op ( 25d,:oj<br />
1 . 53:3500 256502<br />
i.eSspo ( 2lpjoi<br />
0.7832000 ( 23o303<br />
1.2326010 25o3pl|<br />
0.80 2300 ( 2l:bi05<br />
i.s'Iieob ( 2;b3b4<br />
1.4;: 230Q ( 2i;d;;: o7<br />
1.655870. ( 2? :fl?Q*<br />
1.5.5-78(1 ( 2l;;d;3b|'<br />
1.6:7400 ( 2lb3 :05<br />
1.731860 ( 23bl654;<br />
i.6ll8do; ( 25p;;:o7<br />
1.732300 ( 2:ipi,;p3 :<br />
Ni ;<br />
5;.P ;:5<br />
ppm ;Ippm<br />
i7o;<br />
260'<br />
3 3 o;<br />
280<br />
39;<br />
33; 5:290<br />
so;; •3430<br />
27;; 3:526<br />
41; 12000<br />
6 li; ;220p<br />
25J3:700<br />
19; ;5.57p.<br />
195ii?o<br />
9;: iisib<br />
13S<br />
111: :3650<br />
23; 5:54:0<br />
24;;: 5710<br />
3 li woo<br />
34:;<br />
isl<br />
22?:<br />
I'l5^?p.<br />
•••440<br />
TSL/96 SIGNED :<br />
36l<br />
;19.0P<br />
5:170<br />
K:i8te<br />
5.1:90<br />
;;l3oo<br />
'• X :3:V ' ' 3'<br />
536lib<br />
;2polo;<br />
3^710<br />
3:Mo:<br />
Pb 5; Sb ;<br />
ppm5Jipii(<br />
( I5;x55<br />
( 135® 5<br />
< 153x3*<br />
( 1/5^5;<br />
* *'jM?<br />
r;;,:::,..:.^<br />
( 155(:I'5<br />
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( 1:5; *35<br />
( 113(55<br />
se ;<br />
ppm<br />
19;<br />
16<br />
16<br />
17<br />
4<br />
3<br />
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2<br />
3<br />
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(10<br />
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( 10<br />
( 10<br />
4o (IlO<br />
10 (510<br />
11<br />
2'.'<br />
XtlO<br />
3'"*iio<br />
: (IlO<br />
K; io<br />
(lio<br />
(,io<br />
*3io<br />
x3io<br />
xlio<br />
(lid<br />
•iifio<br />
dp<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
S r •:;:-: Ti5<br />
ppm PP<br />
260'3llpQ<br />
2io3 :;:72<br />
1705- •;3'i<br />
I :23<br />
190 5<br />
49; ; 55-9<br />
48 :: 5;;6<br />
5835iis;<br />
55-1 : ;:,";7<br />
33'<br />
210<br />
310.<br />
514<br />
88 -li<br />
53 ;::I: 127<br />
57ll;; I36l<br />
455.1 315<br />
120 5 ••'1 5<br />
:'3<br />
5 O<br />
57<br />
- .7<br />
87;;5 6<br />
180; I ';I3<br />
170 I 5-3<br />
'"I2<br />
7o3:;<br />
43;I<br />
4lI5;<br />
::I8<br />
5. :6<br />
33l; :I5.9<br />
v ;..;i"3;<br />
ppm:; jPpm<br />
;10<br />
eil.i: lio<br />
675X. 10<br />
69 ; ; ( 10<br />
17 y 10<br />
126/X:<br />
12: x:<br />
235x<br />
lOlx<br />
( 1 (<br />
( 1;(<br />
B v; 10<br />
I4:;x: 10<br />
8 X io<br />
( ii'iv; 10<br />
( ii x: 10<br />
9 ( 10<br />
323x1 id<br />
23l;X : 10<br />
3i5x, 10<br />
M8337<br />
2 of 2<br />
NV21MA<br />
NOV-22-1996<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10: < 10<br />
34::.(' 10<br />
2B5x'I;io<br />
4:'I(Ilid<br />
4 1' (I;vib<br />
Y<br />
Ppm<br />
8 31:47<br />
3: •13-12<br />
2 •"5;i4.<br />
3<br />
3<br />
3<br />
2<br />
3<br />
8<br />
9<br />
3<br />
3<br />
3; ;;.I2id<br />
3l : 35*59<br />
2 1 3 55<br />
3<br />
2<br />
3.<br />
6<br />
8<br />
4<br />
3<br />
2<br />
2l<br />
;zn'<br />
ppm<br />
:3' i?<br />
940<br />
iddo<br />
Ilsoo<br />
Il50<br />
51<br />
•I;'. 73<br />
5130<br />
i9d<br />
I.I' 63<br />
lib<br />
:; : 100<br />
;;i39<br />
'•:- ::J*<br />
83<br />
116<br />
100<br />
ISO<br />
Z r<br />
ppm<br />
16 7--<br />
10;<br />
9<br />
; 7<br />
6;<br />
9<br />
Si<br />
4<br />
* ;iJ<br />
8;5<br />
10<br />
9 :<br />
3l<br />
8<br />
4 :<br />
6:<br />
4<br />
4'J<br />
35<br />
5; ;<br />
7<br />
7<br />
7!
CAMECO GOUD INC,<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4690-R01<br />
SAMPLE *<br />
ENG96D-491<br />
ENG96D-492<br />
ENG96D-493<br />
ENG96D-494<br />
ENG96D-495<br />
ENG96D-496<br />
ENG96D-497<br />
ENG96D-498<br />
ENG96D-499<br />
ENG96D-5OO<br />
ENG96D-501<br />
ENG96D-502<br />
ENG96D-503<br />
ENG96D-504<br />
ENG96D-505<br />
ENG96D-5O6<br />
ENG96D-507<br />
ENG96D-508<br />
ENG96D-509<br />
ENG96D-510<br />
ENG96D-511<br />
EN096D-512<br />
ENG96D-513<br />
ENG96D-514<br />
ENG96D-515<br />
ENG96D-516<br />
ENG96D-517<br />
ENG96D-51B<br />
ENG96D-519<br />
ENG96D-520<br />
ENG96D-521<br />
ENG96D-522<br />
ENG96D-523<br />
ENG96D-524<br />
ENG96D-525<br />
3*1*31<br />
IMl?<br />
IIP<br />
iiKSi<br />
flllf<br />
Ezfel<br />
fiSS<br />
lili<br />
35*31<br />
J//3K1<br />
;' ..•.•....v.-.v w.'<br />
35fe*r<br />
HP<br />
11133<br />
*;s;*il<br />
11*5*<br />
z:-.-Z:.---.-;-"--~<br />
iflx;/:!<br />
Ifmi<br />
IIIS'i<br />
iSa<br />
W&ii<br />
lltti<br />
siii<br />
i/.S.S^i<br />
/-v^V^/l<br />
;;;;vt;;;S/<br />
liti*<br />
53*11<br />
5-l;yli<br />
Hill<br />
5/7*551<br />
H177,4:<br />
Ill'i<br />
117;i<br />
i;;;;/::/^.:;;<br />
?;Pi'p:l<br />
Il-Xfl<br />
13*14<br />
itiffl<br />
11*11<br />
Al<br />
K<br />
3;*; As", B :.;7Ba*;<br />
JiPPl PP :PP.m<br />
l;*35 *<br />
3.1<br />
3.3 lap <<br />
4.0 13x7.5 *<br />
2.45/1*15<br />
*<br />
1.7512P<br />
< ,,,: ,,...,,,<br />
0.76 73575 <<br />
0.83 3:5/10 (<br />
0.42vSipg<br />
*<br />
0.85 ;l'--35 <<br />
0.92.11.5<br />
<<br />
0.88 71*3.5 *<br />
2.1 sil "s" *<br />
1.3 .1*555 *<br />
0.72 111/5. <<br />
1.1<br />
f'fip *<br />
lllsb *<br />
2.7<br />
4.3<br />
4 . 4<br />
4.4 /3*3'5 <<br />
3.5<br />
37/30 <<br />
•5xJ s <<br />
.;**lM5, (<br />
2.7 :73:l5 <<br />
3.2 71x15 (<br />
2.0 :lif35 *<br />
0.45<br />
0.23<br />
'tis K<br />
;x;15 <<br />
0.43 :l*3s <<br />
0^87; Ixss *<br />
0.41 11540 *<br />
0.41; 57*30 *<br />
0.93;<br />
55*30 <<br />
i.ilpis" *<br />
0.47liif5 *<br />
1.3lllib *<br />
1.311135 *<br />
l.B5*'3i sn ,<br />
io7'; *7i<br />
1073*71<br />
io73*7i:<br />
lo/slii<br />
io;.rtc;'tj<br />
10;57l4<br />
lO:.7-*13<br />
1017111<br />
10/5/15<br />
10.5?;;,;4<br />
io';75,;59<br />
10';*: 5*7 i<br />
lollSli<br />
105531*2<br />
io;-75:':i4 ;<br />
lo/l*'".*!<br />
lo':l*"":i<br />
lOlxli<br />
103W71<br />
10.;;5;7'6<br />
in 1 '" '•""•ia -<br />
1U::: ': ': lo<br />
1015553;<br />
105/7.53<br />
10/57*48<br />
lo7;5 47<br />
10;;w37<br />
10;:*5*5'1<br />
Io5.;:x7:l'<br />
io5;;x3i<br />
io77x.;;i<br />
ioil^ :<br />
io*5i5'8<br />
10353-23<br />
lo5s*;23'<br />
iO;35;2i<br />
A .5 gm sample i a d igested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 mln and diluted to 10 ml with DI H2O<br />
This method i a partial for many oxide materials<br />
TSL/96<br />
Be 3.*ii * Ca 77cd 7<br />
": " ...':. , ". ,. ,- .. ..:.<br />
PPm;/; ppm * ///ppm<br />
< l;.77t;;*.5 3.975*5];<br />
* 1*75*75 5.03 : ^7**3f<br />
< l;5 :*f.5 3.457*3f<br />
< i75:x7s 3.95.':'*5i<br />
< i*3: :x.75 3.7.*:-5x5i:<br />
73 :Sfe; 3;i:33;':':<br />
< i !S5x7'5 : 3.85:;:*ai<br />
* 17 X/5* 3 . B// x 1<br />
( I*3'"i75 5.4-;-5x;-*l<br />
* l5;i*".5 4.5'vxs't<br />
< 1;:,;:*,;5. 3 . S.*/,;*^!<br />
< 15175 3. si/Mi<br />
( i;;S*45 3.975*;;-!'<br />
* l5;3x;;f 4 . 2'}:v;*7;l<br />
* 155x35 4.o'*:3;*7*i<br />
* i77x:75 3.7 :;;j.'.'x*;! :<br />
* i:5.: : (35; 3.27l*5 :l<br />
< i-; : - :-x':*5 2.0:57**;*!<br />
< l .,-:,;*75: 2.7-. ::5x;:'i<br />
* i5..*.*";5 2.977-*7i<br />
* i-i-'/ijs; 1.774X71<br />
* i3;5*;s| 2.8*-'5K7i*<br />
* i*3j*ll5 1.735x3.];<br />
* 1;7*:**:5 1.6*l||:'i<br />
* 135(35' 4.i3:;;:*7i;<br />
* i; 7:i*.;5 4 . i;-5.X;;*i*<br />
< lj.,;;ife5 4.4pl.j:<br />
* l3iE5 2.4313-t<br />
< i7*;-*75 0.30'-:;:;;;*;.;;];<br />
* 1;'5S.':::5 0.17/1x51;<br />
* ^S?:'? 0.127:*|*p;<br />
* l!!/*;! 0.32*5131;<br />
* iK7:*;;5" o.30*5;*:Pl<br />
< 1/53**! o.38;||;l<br />
* i;:;;;.;*;:4 2.4^*75*7/1-<br />
< i|5x:,;5 4.5:7||3i<br />
TSL/ASSAY. Jaboratories<br />
1270 FEUSTER DRIVE, UNIT 3 MISSISSAUOA.ONTARIO L4U-1A4<br />
PHONE #: (905)602-8236 FAX It: ( 905)206-0513<br />
Co 5*;Cr;"<br />
ppm i; ppm<br />
1557750<br />
iiS7;'3^<br />
13.vwSSi<br />
i67';;54*9;<br />
1057548<br />
//a/s/B<br />
7 "* 93<br />
17 100<br />
Il5;;396<br />
165:150<br />
11;:;.;:56;4'<br />
I655i7(5<br />
13 :53;:55<br />
18775152<br />
165*1 jib<br />
15.77120<br />
.;...- ;' :.v..v.y;...'.'<br />
1157558<br />
15 :;;S51<br />
12;::,.: i' 33<br />
14; 45.33<br />
215/S54-<br />
WS33<br />
2427ibb<br />
2237:713<br />
187/180<br />
17^4^:<br />
16/55*89<br />
;;./;/;;.,./:;<br />
2l|sffi88<br />
15*7|||b<br />
49/5160<br />
5o7;';l :3b<br />
59,77160<br />
363|l9'i<br />
47.11170<br />
16;1|60<br />
28|:|ifil<br />
29l;:*24Q<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
Cu :;5Fe'*<br />
ppm';; * ; ;<br />
23;78.i<br />
18;,53l2<br />
21*5;;ii2<br />
495:77"**;j<br />
21;775.vi;<br />
26 3.9<br />
16 .4.3<br />
35; ]45S<br />
24;;;4.,.l<br />
3071/455<br />
2177*735*<br />
571174 2<br />
35*3:41?<br />
327:.''4*.;6<br />
14;59..i2<br />
i53Wi4<br />
23*..;-*.i7<br />
24:;;::l7i7<br />
35/1710<br />
40117., 7<br />
58:.17l2<br />
461./8;?<br />
85/po<br />
10*53/6<br />
17:1'/:;<br />
83.73*4;.-8<br />
69W9C2<br />
431/1.19<br />
2911:19<br />
3375.:20<br />
221 :'1 ::I<br />
19l;*;S7b<br />
39/1-/4C/6'<br />
44ll5V4<br />
84:5/35^.7:<br />
Mg : : ;;Mh<br />
* l-jppm<br />
1 . 873000<br />
1.8/3900<br />
1.773600<br />
1 . 772600<br />
1 . 6/2200<br />
1 . 2 '1800<br />
1.3 1700<br />
1.5 2100<br />
1 . 5 1900<br />
1.2: 1600<br />
i . 37;i6pb<br />
1 . 552500<br />
1 . 352200<br />
1 - 1 * 1900<br />
0.90/1700<br />
1.5:12600<br />
1 . 6 :2700<br />
1.7:13800<br />
i . 7i4ibb<br />
1.5l;26bp<br />
1 . 81/1600<br />
1.67;2900<br />
0.9012200<br />
1.5 111 00<br />
1.5;;., 850<br />
1.65l2pb<br />
1 . 6x4000<br />
o.463iooo<br />
0.365/760<br />
0.4511:520<br />
0.657778P<br />
0.2 5113 30<br />
0.69*590<br />
1.8-1.570<br />
2 . 13:1100<br />
Mo v'vi<br />
ppm./ |<br />
2:0^ 03<br />
4lb*ibs<br />
270*. 02<br />
4**,O.<br />
06<br />
< 2;:oj•'•05<br />
* 20, 07<br />
< 2 0. 06<br />
* 20: 05<br />
c 2lo. 08<br />
'04<br />
* 2**b;<br />
< 2.10':; os:<br />
03'<br />
* 2lo;<br />
216'. 03<br />
{ 2l'pl 04<br />
( 2 **0. 07<br />
< 2 /0;<br />
* 20. 02<br />
4X0 s 01<br />
6;*bV<br />
e5 o5 o?<br />
* 2.1b.. 03<br />
4lO :, 02<br />
2***o: bi<br />
* 27 03 03<br />
< 2;.pv03<br />
< 23b!<br />
.04:<br />
Blplpi<br />
47-Pl'02<br />
47bi: 02<br />
6iOl03<br />
2±® PJ<br />
4iyb302<br />
2|b3<br />
PI<br />
< SiK<br />
ia;;<br />
'bs<br />
oi<br />
bi<br />
< 2'M 02<br />
Ni 1<br />
ppm;<br />
20 ; ;<br />
14;: I'eSb<br />
151 1430<br />
17;*<br />
1480<br />
13/ •:54'ip<br />
9<br />
22<br />
111<br />
20;<br />
13':'<br />
1/pl ;-<br />
7*PP"!<br />
;543p<br />
440<br />
520<br />
5.570<br />
;l40b i;:4*S6'<br />
Sob<br />
191<br />
14;; 1/250<br />
2 li Mo<br />
1?7:3380<br />
18l//•430<br />
137 -;2'9b<br />
19 :*400<br />
isl,;1;27.0<br />
14? li'sb<br />
25;<br />
/liso<br />
iissb<br />
47;*<br />
227 .5*330<br />
237 :?250<br />
197 1900<br />
20/ lipq<br />
labb<br />
227<br />
223 1180<br />
765 Piio<br />
775 llH'O<br />
88E<br />
llpb<br />
46p: Slo<br />
5 3l 5:700<br />
275 liib<br />
6911.1.90<br />
91/15960<br />
Pb :;:5sb5<br />
ppmllppni<br />
* l:;l;fc:5 :<br />
* 1/77*35<br />
< ^IfiS<br />
* li'sxi/'s;<br />
* 11.7f::S<br />
< 1 :*,*;-5<br />
< i. : :5:S1.5<br />
2;.:'-x;-:i5'<br />
* iil;.-5ll-**-xl<br />
: 5<br />
( li::/:*/:'?<br />
< il;31 : 5<br />
* ll/X/sS<br />
< i-ll*7;s<br />
l/lxl'S<br />
( l/vPs<br />
( iS---^7 s<br />
< i|5;*:l;5<br />
< iS4x;cs<br />
< llSl'5<br />
t. i.55**5^<br />
< iKixM<br />
< 17;3;3;5"<br />
* il;:;:**55<br />
2llx5'5<br />
< illPs<br />
331175*<br />
92*11*5<br />
83 *lS A;i<br />
7lllxl|<br />
19l7xl|'<br />
16;!*!l5'<br />
4l,*x55:<br />
677x55'<br />
45.7*7:5<br />
//;/;, ././x/<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
:<br />
Se ,.7Sn 7 s r ;; .-Tl:<br />
ppm ppm ppm./ ppm<br />
--*; ."/;7 ;;-.'<br />
e:;*; 10<br />
67*1/10<br />
44;; ..US<br />
ae!;: 120<br />
87*' ip 40*3 5*37<br />
55*; 10 45l /li<br />
4;*llO 407 J 7 7<br />
3: * :10 5O<br />
3; * *io 46*;;<br />
3 -*; 10 761<br />
* 1<br />
3 X 10 56*1 • : *;;4<br />
512'<br />
3** lip 35 1<br />
...... ,. ,. ^<br />
4 X 10 39 '3.53<br />
4i:,x;;io 433* /Ii3<br />
3'..*lio 56*3557<br />
33fcib 647;;<br />
sl/s'<br />
35* 10 467: l/".^<br />
4* X 10 36.;<br />
5 X 10 31 ;/<br />
6:::*,:iO 38*1"..<br />
631/10 405;<br />
;/ ;2'.<br />
l/ .1<br />
*;-2i<br />
48<br />
••58<br />
1.63<br />
4:i;:*5:io 335; 1; 3 2<br />
6;* ?10<br />
5'3*!lO<br />
140 1 1*:'28<br />
425* 7;4b<br />
Six-'lO<br />
3 X 10<br />
44!.i ;5:25<br />
3205 .3,;;8<br />
3 X 10 330/ 510<br />
1 1<br />
*<br />
45.*;l3i;b<br />
6lx;710<br />
i:0 *./ 10<br />
32ol11*7<br />
7837 ;*'io<br />
16;1 *7*4<br />
* l/l/lp<br />
il.x5lo<br />
... "-.:-.;: v .:',:: :.<br />
107 :7, ::4.<br />
127* Jo<br />
;./--.<br />
;Vfl<br />
* i;;**3io 15'*;.<br />
41x110<br />
25*510<br />
12l,<br />
*".5'4<br />
isl713<br />
6':*x3lO 290;*; ; * 14<br />
135****ib 51ol<br />
; li<br />
V ;: W<br />
ppm . ppm<br />
30 : * 10<br />
20.7*1 10<br />
35 **10<br />
24 X 10<br />
10 x 10<br />
6l* 10<br />
9 * 10<br />
4 ;* ip<br />
8 i* 10<br />
8 * 10<br />
12 X 10<br />
13 X 10<br />
12 X 10<br />
7; * 10<br />
11 5* 10<br />
23 X 10<br />
29 * 10<br />
36 * 10<br />
38 * 10<br />
26 t* 10<br />
48 *7lO<br />
25; X 710<br />
19 * 10<br />
3 * 10<br />
2 * 10<br />
45* 10<br />
i6**;*ip<br />
* li*/ 10<br />
* i';*.io<br />
83* 10<br />
16V*..;*:10<br />
4*.;* ;*io<br />
24 7* IO<br />
27l*;*iO<br />
45 *;;io<br />
M8338<br />
l of 2<br />
NV21MA<br />
NOV-22-1996<br />
Y<br />
ppm<br />
2<br />
3<br />
2<br />
3<br />
2<br />
3<br />
3<br />
4,.<br />
3<br />
3<br />
2<br />
S'"<br />
s:/:<br />
3<br />
3<br />
2<br />
2<br />
1<br />
l'-';':<br />
2<br />
3<br />
1<br />
2<br />
6<br />
7<br />
7l 1/55<br />
2 1/84" .<br />
2*<br />
7/39<br />
2 *:5;27<br />
* 1: 3;;;4.8<br />
2;.<br />
1<br />
i;<br />
3<br />
6<br />
Zn<br />
Ppm<br />
200<br />
210<br />
190<br />
180<br />
130<br />
60<br />
110<br />
100<br />
88<br />
110<br />
100<br />
130<br />
160<br />
lib<br />
170<br />
150<br />
170<br />
170<br />
180<br />
160<br />
110<br />
•130<br />
96<br />
48<br />
48<br />
: ;*:,;6i<br />
18<br />
; 78<br />
•577<br />
140<br />
Zr<br />
ppm;<br />
83<br />
12;;<br />
91<br />
9<br />
; 8<br />
8<br />
B<br />
9<br />
10<br />
1 7;*<br />
8<br />
5;<br />
9<br />
g<br />
9<br />
8<br />
6<br />
6<br />
15<br />
11<br />
13<br />
8<br />
B:;<br />
3 *<br />
3<br />
6?<br />
97<br />
4/;<br />
10<br />
14,7<br />
67<br />
117<br />
10*<br />
15:;<br />
20
CAMECO<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4690-RG1<br />
SAMPLE tt<br />
ENG96D-526<br />
ENG96D-527<br />
ENG96D-528<br />
ENG96D-529<br />
ENG96D-530<br />
ENG96D-531<br />
ENG96D-532<br />
ENG96D-533<br />
EN096D-534<br />
EN096D-535<br />
ENG96D-536<br />
ENG96D-537<br />
EN096D-538<br />
ENG96D-539<br />
ENG96D-540<br />
EN096D-541<br />
ENO96D-542<br />
ENO96D-543<br />
ENG96D-544<br />
EM096D-545<br />
ENG96D-546<br />
ENQ96D-547<br />
ENG96D-548<br />
ENG96D-549<br />
INC.<br />
5*5* l - 4j<br />
sfl| 1 - ^<br />
S&lf 0.50;..<br />
1.6;<br />
5;?X.:ji; 0 .62<br />
mm<br />
0.35;,<br />
L I?<br />
KSmSZ 2 . 33<br />
ISpf 1.5?;<br />
iSSI 1.5-;<br />
illl 2.7:?<br />
jllll! 3.9/; •;X:?S < 101<br />
fvifl 2.4! I--5 < 10!<br />
gflfcri; l. Si ;fc ;S < 10;;<br />
IIJ2I 2.4-a<br />
Illl i- 9i<br />
HIS 1.9!<br />
Bpl 0.43/2<br />
SBpi 0.31;S<br />
,AS.)j B i.<br />
.ppi ppm!;<br />
;.;S.5 < 10?<br />
5C5 < loj<br />
?5:i| < log<br />
5::l6 < lofc<br />
536 < lo":<br />
Iso < 10!<br />
id < ios<br />
l OS<br />
161<br />
:;73<br />
?37<br />
:22<br />
'il<br />
!??5<br />
Szo iolite!<br />
JCs < lot<br />
igs < lo<br />
S5 ( 10<br />
s < IP<br />
iiza-<br />
laz<br />
Be<br />
ppm<br />
< l;<br />
A 5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 c for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
T3L/96<br />
* i :? 5Xx5 4.9: ;<br />
< i;j;<br />
fgS 0.96u<br />
':;::f"'5 0.18;';<br />
fXj;!. 0 .40 :(<br />
5x55 o.ie;;<br />
IfeX';:? 3.75;: :<br />
3Xjs| 5.2 :;;:<br />
als 9.71<br />
||fi| 7. 3 S<br />
;ill5 5 . 2;t<br />
7X;|S 4 .7!<br />
*'*Xs 5.4 : ;. :';'<br />
4 .<br />
^1 3 . 9'I<br />
Sfl 4 . 0 if<br />
i^S: 3. si;<br />
".aboratories<br />
1270 PEWSTER DRIVE, UNIT o CUSSISSAUCA.ONTARIO L4W-1R4<br />
PHONE S: (905)602-8236 FAX K: (905)206-0513<br />
30:^:320<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
Mg<br />
2.1J2100<br />
2.0,1800<br />
0.90^1300<br />
.<br />
37 ;:;:::450 49^^.0.57^.320<br />
23JS"9 "oil; 18 1.5;;; 876<br />
44,^600 1701=19 2.1:. 17.66<br />
86; 896<br />
79* 856<br />
84^1766<br />
6651366<br />
Mo : Ni<br />
71 5:;^-8 2.4;,:2400 < 2x6.61) 999<br />
57:;S4;;4 2.451466<br />
150V8 2.4,,;lZOO<br />
55,1300 55v :,:SV6 2.5 1100<br />
66 tj4.6<br />
^| 24 5;5l45o soilage i.aSloOO<br />
420<br />
54:<br />
*74<br />
4351700<br />
Pb .<br />
ppm<br />
SIGNED :<br />
-Sb'...;<br />
Se Sn<br />
Ppm , : ppm<br />
8;<br />
6<br />
3<br />
6<br />
1<br />
2<br />
l:<br />
V<br />
9<br />
10<br />
19 :: .*'. '10<br />
.'•'CIO<br />
14 ;<br />
12 •C 10<br />
19;<br />
17 :"C;10<br />
24<br />
17<br />
15<br />
19<br />
5X;:'1P<br />
-f:: 1^<br />
5^ ;;1(?<br />
5X.;1Q<br />
::x;io<br />
x 10<br />
x 10<br />
; 70<br />
X 10<br />
20<br />
V.id<br />
< 10<br />
x 10<br />
: K.'lO<br />
17;'<br />
X; 10<br />
16; CIO<br />
4 cio<br />
3 x 5 10<br />
3 i' < 10<br />
S r ;;.<br />
ppm<br />
REPORT No. :<br />
Page No. :<br />
File No. :<br />
Date :<br />
370; 5,13<br />
380:: ;'5:.;:'.;9<br />
loo:; f'.. .'5<br />
36T 15;'5516.<br />
25<br />
11<br />
44<br />
loo.;<br />
555<br />
230 !;<br />
I3o5;<br />
27o ;<br />
420<br />
tl ;<br />
,PPm<br />
;;r5'?<br />
? : '.?v7.<br />
'?"12<br />
•5. ;6<br />
16<br />
5; 35<br />
390 1^49<br />
390 21<br />
330? ;.;''27<br />
230S?;46<br />
5.-30<br />
51<br />
29<br />
19<br />
2 60 5t<br />
27<br />
190y :?31'<br />
290;? : ;;;28<br />
250?;; '510.<br />
280?' 5 14<br />
260? .':?59<br />
V<br />
ppm<br />
lo5<<br />
li; x<br />
< i?x<br />
28 ;"X<br />
64 :^<br />
1005X 10<br />
50: x 10<br />
39^, x; ::10<br />
785;V 10<br />
53?X^ lo<br />
1205-c<br />
64 (<br />
48; X<br />
62 X<br />
5o5^<br />
,16<br />
3;'X : '10<br />
;10<br />
3: ;x? 10<br />
47?X<br />
6?' C<br />
M8338<br />
2 of 2<br />
NV21MA<br />
NOV-22-1996<br />
W<br />
ppm<br />
15?x 10<br />
75.X 16<br />
10;; x ?1P<br />
4 4? X 10<br />
9,5X :10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
10<br />
V<br />
ppm<br />
7<br />
7 5<br />
2<br />
1<br />
1?<br />
3'<br />
3;<br />
6 :<br />
140<br />
6 210<br />
3 :. : 99 3 : ;,<br />
IIP<br />
2" :' : 59<br />
3 ,". 69<br />
3.5 ;: 61<br />
5 •;:;41<br />
4 V ," 552<br />
2;.'; ;36<br />
S":;<br />
Zn<br />
PP"<br />
94<br />
110<br />
3? ?166<br />
3"<br />
170<br />
1' '•••-'34.<br />
60<br />
88<br />
120<br />
68<br />
130<br />
'•553<br />
'553<br />
9??<br />
95; :':?54<br />
7 ."'-'<br />
: ;42<br />
Zr<br />
ppm<br />
11<br />
6<br />
12<br />
21?<br />
.13<br />
10<br />
125<br />
4<br />
14<br />
10 -<br />
13<br />
6<br />
4:<br />
10;;<br />
7<br />
13<br />
14<br />
7<br />
10<br />
9<br />
9.<br />
3: : ;<br />
3<br />
4.' 5
CAMECO GL<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4806-RG1<br />
SAMPLE #<br />
ENG 96D550<br />
ENG 96D551<br />
ENG 96D552<br />
ENG 96D553<br />
ENG 96D554<br />
ENG 96D555<br />
ENG 96D556<br />
ENG 96D557<br />
ENG 96D558<br />
ENG 96D559<br />
ENG 96D560<br />
ENO 96D561<br />
ENO 96D562<br />
ENG 96D563<br />
ENO 96D564<br />
ENO 96D565<br />
ENG 96D566<br />
ENG 96D567<br />
ENG 96D568<br />
ENG 96D569<br />
ENO 96D570<br />
ENG 96D571<br />
ENG 96D572<br />
ENG 96D573<br />
ENG 96D574<br />
ENG 96D575<br />
ENG 96D576<br />
ENG 96D577<br />
ENO 96D578<br />
ENG 96D579<br />
ENG 96D580<br />
ENG 96D581<br />
ENG 96D582<br />
ENG 96D583<br />
ENG 96D5B4<br />
-NC.<br />
Ag Al As : B ;Ba; Be<br />
ppra fc v.Vppm ppm ppra ppm<br />
•xl<br />
< 1<br />
< : l<br />
x l<br />
: K ; 1<br />
< i<br />
' ? -'i<br />
IX.1<br />
:fX|i<br />
1:^ . 1<br />
i
CAMECC JO -.D INC,<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4806-RG1<br />
SAMPLE #<br />
ENG 96D585<br />
ENO 96D586<br />
ENQ 96D587<br />
ENO 96D588<br />
ENG 96D589<br />
ENO 96D590<br />
ENO 96D591<br />
ENG 96D592<br />
ENG 96D593<br />
ENG 96D594<br />
ENG 96D595<br />
ENO 96D596<br />
ENO 96D597<br />
ENG 96D598<br />
ENG 96D599<br />
ENG 96D600<br />
ENG 96D601<br />
ENO 96D602<br />
ENG 96D603<br />
ENG 96D604<br />
ENG 96D605<br />
ENG 96D606<br />
ENG 96D607<br />
ENG 960608<br />
ENG 96D609<br />
ENG 96D610<br />
ENG 96D611<br />
ENG 96D612<br />
ENO 96D613<br />
ENG 96D614<br />
ENG 96D615<br />
ENG 96D616<br />
ENG 96D617<br />
ENG 96D618<br />
ENG 96D619<br />
)?))Ag:? Al i;::' A* "j B Pia'i<br />
i.:;;^":s:-' -, t:. 1 - 1 :^ i;:;:::,. "~<br />
•?:?S|P? * K::.:PP"i PpmXFfepm<br />
111 )i?. : i 'Si'1 lil!<br />
;;?,X*1 1.8^5 ( 1 0?S;*";L<br />
|? : C;1 1.6??:?*?;5 < 10');?;;;??'<br />
l:-!))! 1.6?C*r?5 ( 10???,x??i;<br />
?I?fet l.SBxSs ( lolll*<br />
)i|M:l 1.4gi*|3 ( lolll4<br />
SKfti l.6it:;*i:5 <<br />
mm i -3)ixc5" (<br />
10ili;;i:9':<br />
ioim;<br />
;;;;:X'.;1 1.5?;;:.*.;-.5 < 10:;?:*;,;!:<br />
S);X:?1 1.4??:;*:? 5 < 10*:"? 2ft<br />
IfSA 1- 2l?x)i5 < 10?f?:?;22"<br />
;?)?X:?:J 1.4|lXi5 < lo)ll;4 :<br />
I);*;?! 1.6):;:;*;;5 < lP;)l:).25<br />
;;:?iX?:;* 1.9;?iX;;?5 < lOV&ff<br />
11*31 i.6:):|*f)5 * loillis<br />
Hill 1.7;?))f;|5 < I0i)lx|l<br />
t);)xl:i i.r^x'is * io:i;S?-22<br />
)1?*;;?1 1-41*15 < io!?V"5<br />
P;X;1 1.8?:,;X::5 * I0)i:i *i il<br />
)?;.??*Il 1.8 ?"!0 * 10?;-?;-- :'3'<br />
lllS 2-1-1*15. * iol?*)?l:<br />
IH 1.9lj*2 5) * lo|?|)i.<br />
l?1?a 1.8S;N";5 * lOfic&S<br />
8t*fl 1.6?:?i:x;i"5 * 101.353<br />
;.-,..::-.y--.:: - : .....::..-:.:-."^.:-. , .-.' '.Y^Y.-.".<br />
:;;?;*S1 1.8^5 * lOiSM<br />
?li5 2- 0??iif5 * io;i|ie<br />
llX-p l.??!*?)'? * loHi'o<br />
?S;P i.6"?;*";?'s" * iQ?y;;:*.yi<br />
s?;*?! i.2.,:;?*:?:5 * io.s;??;:i<br />
fill; 1.4)?;;l5 * I0l!?2<br />
•Sim l .iy?*i)5 * 10B:?3"4<br />
sill? W-W Iffiifs<br />
llfel 0.89 /X 5 * I0l?;:25<br />
SBS* i.iSip * io?S;li<br />
;)Sei 1.0 i, 5: Si * 10?!iy 9<br />
i;::f;x.;;i; 0.98;;'-*:;-? ( 1 0SA;'29<br />
);;S?)i 1.0:;:i)-ife:5 * 1 011"69<br />
ssi;::;;,;;; ±:S;.: : ;, ::;:;;;,:;;;.-:-<br />
Be ;-iir.)<br />
pp"".::v : :.pp:w<br />
* i);?:::xi;i5<br />
< iMI?<br />
< 1;?;:;.*?:5<br />
* i" ;l*i;;s:<br />
* 1)11?:<br />
< il)|?5<br />
< l;)i;X?.;5<br />
* llxl'i.5<br />
< ilD's<br />
* l??;Si)5'<br />
* i::;;?.*S5i<br />
* rlfcS<br />
< i!!l)? :<br />
* i;;;;*5;5i<br />
* lltfi?<br />
< i?);;!"?"<br />
< iii?-''*:?:5?<br />
< l .;??*);?<br />
< l-'?jf5<br />
' 1S'iS<br />
< i*?;;;ft:5<br />
( i:llS<br />
< i;;??X??5?<br />
* i;ll?5<br />
* ^'Sll<br />
< lUS<br />
< i :'"i)S :?<br />
* 1 -i;i:5<br />
< li..:;fl:?<br />
* i';::;x)?.5i<br />
( i^S^?'<br />
< l"'-?iSi?i.5<br />
< l?.'-.-^?:5<br />
* I;?';'fi5<br />
< li:i?i)i:S<br />
A .5 gm sample Is digested with 2 ml of 3: l HCL./HNO3<br />
at 95 C for 90 rain and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
Ca ;)?Cd.:?<br />
* ;;;'ppm<br />
4.5??3;?:"i)<br />
5.7: ;;li-i<br />
5.4?)?X- ;?. :f<br />
5 . di)* ')?i<br />
5 . i)'.ii;f))l<br />
3 . 5)))5'"ii :l<br />
5 . 0?lfli :<br />
3.i:)???(i??i<br />
3.4S)ixi;).ii<br />
7.i)?.i)ili<br />
3.s);;;pi'i<br />
3. si i??*??: i;<br />
3.5)1*1)1<br />
^.'.-vv.-^irriv<br />
S * * : • -••z*'-;;v*~-<br />
5.iSi)ia<br />
5 . ell??!<br />
.8.9;;i-x?:;-!<br />
4.3l?i*ii<br />
6-9??:?*))l<br />
4.4E?Xl?:l<br />
5 . in*):)!<br />
4.4l)*)?;i<br />
3.sll:i)3)<br />
4.0;1*?:1'<br />
4.3f? ;X;ll<br />
5 . 6?) •?*-:f<br />
c 7";.;;v::"T<br />
0 - ';;; .5 ; *<br />
7.5;?;;:-?*?!-<br />
4.6l-:X??l<br />
4.d);?|)l<br />
3-9)-:lIl:<br />
3. 2;.;;- ft!<br />
4.91-ili<br />
3 . o?-i;x?:'i<br />
5 . 4:?;? K!<br />
TSL/ASSA1 Laboratories<br />
1270 FEWSTER DRIVE, UNIT J MISSISSAUCA.ONTARIO L4V-1A4<br />
PHONE #: (905)602-8236 FAX #: (905)206-0513<br />
Co ;??Cr?;;<br />
ppm? ppm<br />
4 4?; "860<br />
4 3):)::7?p<br />
43')i:)78p)<br />
42 ITOO<br />
43ili58'8<br />
;'.::.:: :;:,.:,.-.,,<br />
;:;:::;-. : ;: ;.-:-,<br />
42)i: ;w|2d<br />
39 :??-;:6;id<br />
43)i?i)7)-9p<br />
4i-:li7iid<br />
41??V)i56p<br />
4i:l73P<br />
44?? 83B<br />
48:l:9iS<br />
46?;;:if8?d?<br />
4 Sif 836<br />
52?)):^ld<br />
57?i:;;;53d<br />
46;1'9PO<br />
44K850 4Bi :il<br />
45II1<br />
53W89tt<br />
44HSd<br />
44*;;;69d<br />
47||8|p<br />
50l)0 ;l.d)<br />
Aa..:'-', -jinn<br />
^y;::: :; OUO<br />
49?)?I57.0<br />
45:11(50<br />
40l)S7p)<br />
yssK<br />
43S;:?40<br />
44l7dd<br />
38:1:680<br />
43)?:;6.6?0)<br />
36:1:630<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
Cu ; : -)!'Fe:;<br />
ppm?; .Sp:;;;<br />
41:?,?)4V7<br />
47:? ::?4V4<br />
45 :?54^5<br />
33l::4i^:i<br />
47 :;');;4j3)<br />
45 :;):) :4?i:5<br />
43')?;;:3v8<br />
46???;4.3<br />
46);?: : 4: : 3 :<br />
49"? 3.7<br />
5 5?)??i4;"5?<br />
32,;;?4;6<br />
43WCJ9<br />
32)S?S.4?,:4?<br />
44);;:4),:5<br />
35;??4;6<br />
35 '4-55<br />
54? ?4.7<br />
45?-?)4;;V2.<br />
59;S)ilJ'5<br />
33i)?i)4)y7<br />
54S,?4f9<br />
37154:;"?<br />
65)??;:4.5<br />
56?l|i:8<br />
::;-::.:..;;:;-,. :v::::v.v<br />
7o?: ??)4lf<br />
33: :4.i6<br />
54? : ?4i; :3"<br />
34a?4';S<br />
Sl:?::;^:^<br />
55ii?))4-V3<br />
34;i.i:?4'';4<br />
46");)*;^<br />
27,;??4"i?3<br />
i2ii!B)<br />
Mg ? :.Mn<br />
* : : ; ppm<br />
2.5? 990<br />
2.5); 940<br />
2.5;?; 920<br />
2. 5 -:"; 840<br />
2.5? ;90P<br />
2.5;) 810<br />
2-4 ? 850<br />
2.5?i 760<br />
2.5 800<br />
2 . 4 990<br />
2.5)V;790<br />
2 . 5 i 800<br />
2. 5): ? 820<br />
2 - 5? "890<br />
2 . 5)?: 920<br />
2.4; 950<br />
2 . 4 1200<br />
2.5?;; 850<br />
2 . 5 )? 960<br />
2 - slf3d<br />
2.6" ?910<br />
2 . 5)1890<br />
2 . 4?i);)780<br />
2.4)1790<br />
2.5);i)f20<br />
^'."••^'-"•'••'••.•:<br />
2.5?ipOO<br />
2 . 4):???95'0<br />
2. 4)?! 100<br />
2 . 5?* 900<br />
2 . 4;?) ?790<br />
2 . 5;i ?;730<br />
2 . 6:S;i730<br />
2.4l)85)d<br />
2 . 6?)g720<br />
2 . 4)SlpOd<br />
: :<br />
Mo ?;?)?Na- :?; Ni t? :fP?:-S<br />
Ppm;5:Si,5<br />
::::;:;;;:-;;;<br />
ppm?<br />
;??f"?<br />
;,<br />
*<br />
*<br />
*<br />
<<br />
2*0; 01 430? yil'OO<br />
2*0. PI 450;) ;?:i?p<br />
2*d,di: 430?; 1^6<br />
2Xd;:pi 42d) 1:?82)<br />
< 2XpJPl 370);<br />
iili^o<br />
Iffil: ?i"<br />
*<br />
<<br />
<<br />
<<br />
2*p?jpi 440? ;)iid<br />
2*0 KOi 360?; -1 :?78<br />
2*0; 01 440 : "iidd<br />
2xovpi 4oo:; ?100<br />
< 2*0. "01 350")<br />
* 2*d,di 44o; iio<br />
< 2*0itit 490;? .;'l74<br />
*<br />
<<br />
2*p);pi<br />
2X0?. 01<br />
520--?l98<br />
510??: ::..:;.:go<br />
* 2*0^01) 4 90 i?<br />
l'i:9 :4'<br />
< 21 di PI 4 4 o??:<br />
< 2*0 ,0i Siol<br />
iiii'4.0<br />
< 2Xdjpi 54o;?; ;;il:|o<br />
< 2?Cp)vP! 530:))<br />
< 2 *di;;di? 5 IOS<br />
* 2::plp)l 410)J<br />
?:^d<br />
:"3od<br />
< 2:*did! 420?); lilid<br />
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< 2 *:Ppf 500)??? fit<br />
< 2 :*dipi 50P)?)i•iia'p<br />
< 2x:djpi 36ol 11:70<br />
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ppm ppm<br />
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* il^;:?<br />
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* i;;i-;;^--?5"<br />
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13<br />
14<br />
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11<br />
15<br />
14<br />
18?<br />
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x Ip<br />
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14 xiio<br />
16 * id<br />
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14 i'f/iio<br />
14: :X.?IP<br />
x 10<br />
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15:; )*::??io<br />
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10/i x 10<br />
13f ^io<br />
13?-;-X?i'ilQ<br />
13?) i*);:10<br />
15i) V;lio<br />
12;': lid<br />
15?? l-io<br />
15?: *.;lo<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
Sr ': : ';<br />
ppm<br />
i<br />
:<br />
230 20<br />
180 27<br />
160 i i?35<br />
150<br />
150<br />
14? )X;flO<br />
12 *"io<br />
15 ^ iio<br />
97?; 13S<br />
isoii i ?;26<br />
75?: i,? ; 33<br />
14 * 10 89 i) 32<br />
12? i*; 10 200 ; il9<br />
110<br />
130?<br />
100); :<br />
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16oi;? 29<br />
160 ?:<br />
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ppm<br />
;):; 33<br />
28<br />
' 28<br />
30<br />
-41<br />
180? 27<br />
250<br />
: 18<br />
120 : 39<br />
220 : 28<br />
l 50 1 ? 47<br />
;;4P<br />
1401i)-3li<br />
130;; 30<br />
140?1 -;ii28<br />
170,? :-'26<br />
230 i?25"<br />
220 27<br />
240? :: .•16<br />
190?;; ?:1S<br />
210); ?13<br />
200):? ::;.J<br />
170;?) 111<br />
250; ) :?:,,?7?<br />
180?:; ; id<br />
330); : ?<br />
ii;;3<br />
v<br />
ppm<br />
37,*<br />
25 *<br />
33*<br />
26?"*<br />
19 *<br />
21 *<br />
29 *<br />
33 *<br />
31:*<br />
27 *<br />
31 Y<br />
12 *<br />
38 *<br />
37 X<br />
54 *<br />
48;i*. 10<br />
30?*? ?io<br />
3l) X; id<br />
31? *<br />
29 X<br />
30 * 10<br />
26 * 10<br />
14 *; 10<br />
19 X 10<br />
18?;'* . 10<br />
8?;,1 :<br />
16? *?<br />
18??*?'<br />
17?)*"<br />
9 :;x?)<br />
M8336<br />
2 of 3<br />
NV21MA<br />
NOV-22-1996<br />
w :<br />
PPm<br />
i<br />
39 * 10<br />
32 * 10<br />
30?* 10<br />
28 * 10<br />
20 X 10<br />
id<br />
10<br />
10<br />
10<br />
10<br />
id<br />
10<br />
10<br />
io<br />
10<br />
10<br />
10<br />
10<br />
: 10<br />
10<br />
iio<br />
10<br />
?id "id<br />
io<br />
10<br />
10<br />
Y<br />
ppm<br />
2 ?<br />
2<br />
2<br />
2<br />
3<br />
2<br />
2<br />
2' ;<br />
3<br />
2 "" ::<br />
2 34<br />
3 , .?27<br />
2<br />
: 39<br />
4 -"34<br />
2 40<br />
2 40<br />
2i i i? :44<br />
2 :, :) : 48<br />
2 )<br />
2<br />
4<br />
2<br />
3<br />
2<br />
2.i;?<br />
2;::i)<br />
2')1<br />
2 ;?,<br />
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3 i<br />
zn<br />
PP"<br />
3 35<br />
3 33<br />
2.) 1.32<br />
1- :<br />
30<br />
3 ,i 2'?<br />
40<br />
27<br />
29<br />
30<br />
27<br />
32<br />
38<br />
: ?:41<br />
-?' 41<br />
?)4)l<br />
44<br />
)))47'<br />
41<br />
39<br />
:)'29<br />
;;38<br />
36<br />
?:"27<br />
26<br />
24<br />
19<br />
38<br />
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ppm<br />
5<br />
5,i<br />
8<br />
8<br />
: si;<br />
7);'<br />
7<br />
8<br />
7;<br />
' ^6' ;<br />
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7<br />
6<br />
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7?i<br />
8<br />
5<br />
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7 i<br />
10<br />
9?;<br />
8<br />
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7?: :<br />
6<br />
5 ;<br />
6' :<br />
5?,.<br />
5):?<br />
8?<br />
6?<br />
7,:<br />
8?\
CAMECO G<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4806-RG1<br />
SAMPLE tt<br />
ENG 96D620<br />
ENO 96D621<br />
ENG 96D622<br />
ENO 96D623<br />
ENG 96D624<br />
ENG 96D625<br />
ENG 96D626<br />
ENG 96D627<br />
ENG 96D628<br />
ENG 96D629<br />
ENG 96D630<br />
ENG 96D631<br />
ENG 96D632<br />
ENO 96D633<br />
ENG 96D634<br />
ENO 96D635<br />
ENG 96D636<br />
ENG 96D637<br />
ENG 96D638<br />
ENG 96D639<br />
ENO 96D640<br />
ENG 96D641<br />
ENG 96D642<br />
ENG 96D643<br />
ENG 96D644<br />
ENG 96D645<br />
ENG 96D646<br />
ENG 96D647<br />
ENG 96D648<br />
ENG 96D649<br />
INC.<br />
Ag Al<br />
; PP" * :.;;<br />
Vhl 0.50<br />
:'Aa. :<br />
•l 1.7;-X.<br />
;1 2.233^<br />
;1 0.85; ;x<br />
•i i.o3x<br />
•c:,!<br />
1.3<br />
0.84:<br />
2 . 5V<br />
2. 6<br />
2. 4r<br />
3.03<br />
2.l3<br />
l-9;' :<br />
l. 9 3,3<br />
i. 633i<br />
B ;; ; Ba Be :<br />
PPm :; ppm ppm;.<br />
10 ;;ii < r<br />
S < 103- 13 ( i<br />
5 < io'3 i3 ( i<br />
s < io33x 'i ( i ;<br />
S. < 103": 17 ( l<br />
X 5 f<br />
10 <<br />
X 5 <<br />
:-(!"-5 <<br />
3; 10 <<br />
x ;;5<br />
ip<br />
10<br />
i o:<br />
10<br />
10*<br />
10 :<br />
10<br />
10<br />
103<br />
10<br />
5<br />
, 15<br />
381<br />
190<br />
200<br />
26<br />
39<br />
l. 23;;x;: 5 < 10 72<br />
l. 6'3:iX;: 5 < 10 .110<br />
2.23;.^- 5 < 10: i2b<br />
1.8J3V;] P < 10<br />
2-53*235 < 10;;;;;120<br />
< l<br />
< 1:<br />
< 1<br />
< 1<br />
K 1<br />
< 1<br />
< 1<br />
Vx ' 5<br />
Ca<br />
* t.<br />
2 . 5 .<br />
2. l<br />
2.4<br />
5.33<br />
3.6 :<br />
2.3<br />
3.5';<br />
2.3<br />
4. 6v<br />
6.8:<br />
.' Cd;<br />
.5 5.6:;vC:<br />
:;5 4.13*0<br />
;5 3.7;3;x<br />
::5 2.73V'<br />
3s" 4.i..- ;vx'?<br />
•5 5.83.3'';;<br />
':s 4-5:::3x;<br />
"5 4. 233x;;<br />
; 5 3.4.3;;;x"<br />
1-433^45; < 1033200 < l5'x35 4.1 : X:<br />
i-sgi'lb < io;3y;6b \ l v;x":S 4.iS^3<br />
20 10;;<br />
4.5<br />
1.6 103<br />
4 . 4'<br />
i.O'gsg's- < 10-3333<br />
;X'V1 2.313x3.5<br />
;x3i; Lapses<br />
-;x; :;'l 0.7333335<br />
;; *; : l 3.5;I;;3;Il<br />
( 10 ; 90 < i<br />
< 1 0 "26 < l<br />
< 103337 < i;<br />
< 10.3*: i < i3<br />
< 10 3x i ( i<br />
A .5 gm sample is digested with 2 ml of 3:l HCL/HN03<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
5 3.2<br />
;,5 2.1;<br />
••'.5 3. l3<br />
:: S 3.6:<br />
X :; l<br />
;x. 'i<br />
x<br />
XI<br />
TSL/ASSAYEF T -boratories<br />
1270 FEWSTER DRIVE. UNI1<br />
PHONE It: ( 905)602-8236<br />
Co ;;<br />
ppm3<br />
22;<br />
30<br />
4 li i;336<br />
3l3<br />
35V<br />
31;<br />
42"- 530<br />
353;;l;iq<br />
36':i::890<br />
4831166<br />
JISSAUOA.ONTARIO L4W-1A4<br />
FAX tt: ( 905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
Aqua-Regia Digestion<br />
44V3i' 37vy '4.. 0 2.6 930<br />
504920 72: 2.5;ilbO<br />
37.;;M390 92'-; 2.3 3:810<br />
32-'3'34p 93<br />
2 . 2 '3820<br />
40 '.3:430 82' 2.338600<br />
31'::-<br />
3 1| lsi<br />
430<br />
29;- ;";4"OQ<br />
25};<br />
2033266<br />
32||SfB<br />
34:3:166<br />
Cu<br />
ppm<br />
62<br />
27<br />
10<br />
18.<br />
30<br />
24<br />
28V<br />
75<br />
4 O'33 130; V7.;3 2 . 2;3-<br />
45:13230 100 i ]'.ii-.p 2 .43<br />
5731000 55; •4; 5 2.53V88P<br />
58:;iip6 53V 4.2 2.633830<br />
54;;V956 40 ;4;2 2.63:736<br />
833<br />
100:- •122<br />
753<br />
67-V<br />
273<br />
34'5<br />
36:'<br />
393<br />
M "5;:6<br />
100 :;3<br />
2.5<br />
.'.3;. 3<br />
-73; 9<br />
: ; ::.3V8<br />
:;- 8<br />
Mg<br />
l. 7 ;<br />
2 .0<br />
2. 2;<br />
2.4<br />
2. 43<br />
320<br />
: : 280<br />
s:.38p<br />
;-95d<br />
:710<br />
2.0 .350<br />
2. 5:33756<br />
2.23:;:336<br />
2 .43';:;750<br />
2.431300<br />
-:;;750<br />
-720s<br />
2.2<br />
2 . 3 S'820<br />
2.2 ::;3776 < 236;P2<br />
2.4;<br />
2.1*1 Mb:<br />
2.p33;7gO<br />
2. lHP'o<br />
Mo ssNa';; Ni jvvP;-:;" pb<br />
ppm ; *: v ppm;;;;;ppm ppm<br />
2/0.03<br />
2;.;fc.04'<br />
2X0301<br />
2x'6|oi<br />
2 ::;0fpi<br />
2XOiOl<br />
45J1200<br />
230;liPp<br />
340' : ;.;:t'i|6<br />
4iO;,;;;ft'48<br />
49o5;il56<br />
140ll700<br />
340"l20b<br />
5301:140<br />
62o;;<br />
630;<br />
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< 1;:<br />
( lv<br />
ijpp < i !<br />
86 < 1;;<br />
72 ( l<br />
< 2x6.01 < l"3 :iS;5<br />
< l'V'VX.v'5<br />
93;;i7'6p < i : 3.:c;5<br />
16051700 < l;: :.:;|35<br />
11 0'i 16^00<br />
12b;;li36b<br />
631000<br />
--<br />
6915200 < l*.<br />
TSL/96 SIGNED<br />
Se VSh:<br />
ppm ; ppm ^<br />
3 X 10<br />
23 * 'i6<br />
5 X IP<br />
H3:x3:.lo<br />
12 ^ 10<br />
3 { 10<br />
11 X 1Q<br />
4'3! i-X-'.'.lp<br />
io3*jlo<br />
18:XVlp<br />
263x3:ao<br />
18;,X4'i0<br />
16vi .lo<br />
16 s;<br />
143 10<br />
12; C.ilO<br />
14V.X.-.10<br />
20 t 10<br />
19; xi iq<br />
i7.:;'yvio<br />
is'lviq<br />
i6;3p;l6<br />
is'Svip<br />
I33x"3io<br />
;;X; :.1P<br />
104<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
s r o-.<br />
ppm<br />
130V<br />
100;<br />
140 :<br />
32o :<br />
200 V<br />
120 3<br />
220<br />
140;';<br />
3803<br />
380 3<br />
M8336<br />
3 of 3<br />
NV21MA<br />
NOV-22-1996<br />
v ;iv,w:3 Y 3<br />
ppm ppn ppm;<br />
13; < ip<br />
3iVV 10<br />
8jx :';10<br />
713XV10<br />
22o33|66 I9o3x3: :io<br />
58o3.. ::87.6 i8olx3io<br />
3;;<br />
L80fx310 19;<br />
43O3;5'fitp SfiSplo'<br />
290V33;<br />
1803:.:.;:::<br />
286;33;li<br />
40o3:::;';32<br />
27o.,v;360<br />
230:3-334<br />
190;c'3!40<br />
22a3ll33<br />
230-:3i|^<br />
270;'33s52<br />
2 5 O; 311? 3<br />
1803";';®<br />
50;;;X.;:io i'.<br />
36:3^ vio < i\;<br />
38;;x3lp 3;"<br />
130^310 r -<br />
iooW; ;ip el<br />
57.!xilp<br />
6:;<br />
Tp<br />
s'i<br />
5V<br />
63<br />
388<br />
' 56<br />
30<br />
-33<br />
4'2<br />
; .'31<br />
fft:<br />
24o3v;322: 47fp|p 5^:72"<br />
I40|ili7 293|p'i6 433;360<br />
100p3;23 20;lp;K 4SBv37;<br />
39V38M iiomp 53|| :57^<br />
38;;;iqp:6 150iS:3iO 6'-;V;63<br />
Z r<br />
10.<br />
4 30 11.<br />
2 :'3.3:18 6V<br />
53;,: 45 3;<br />
4";:v3,6i i 4V<br />
2":R; :;:64 B-'.<br />
22<br />
17.;.;
CAMECO G^ -,1. INC.<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENO<br />
ENG<br />
ENO<br />
ENG<br />
ENO<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ENG<br />
ATTN: P. CHUBB<br />
PROJ: ENOLISH<br />
6W-4736-RG1<br />
SAMPLE # Al<br />
96D-650<br />
96D-651<br />
96D-652<br />
96D-653<br />
96D-654<br />
96D-655<br />
96D-656<br />
96D-657<br />
96D-658<br />
96D-659<br />
96D-660<br />
96D-661<br />
96D-662<br />
96D-663<br />
96D-664<br />
96D-665<br />
96D-666<br />
96D-667<br />
96D-668<br />
96D-669<br />
96D-670<br />
96D-671<br />
96D-672<br />
96D-673<br />
96D-674<br />
96D-675<br />
96D-676<br />
96D-677<br />
96D-678<br />
96D-679<br />
96D-680<br />
96D-681<br />
96D-682<br />
96D-683<br />
96D-6B4<br />
ppm<br />
:; x'/ 1 3.1<br />
V :'X. 1' 3.5V -';<br />
?:/^:/<br />
SK- i<br />
./;; ( : i<br />
V/X/1<br />
//x'l<br />
vMi<br />
//.x/i<br />
v/U/x<br />
v'8'x;;l<br />
i/l';.:*<br />
.//c-; i<br />
vvx; i<br />
/i*; 1<br />
//x-i :<br />
Ei<br />
iS/1<br />
•//Ci<br />
SM:II<br />
s//^!<br />
S'i'f*<br />
;As B ,..-;B* ' Be<br />
ppm ppm; ppm ppm<br />
15 < io;;v : i5 < i; ; :'-x/ 5<br />
30 < 16;: 2 * i-lxv 5<br />
;, : v.i 3 .7:-: /20 < io|/ ..7 < i?.; :;^ ; 5<br />
v'/x/i 3.0 ;2b < loss. 3 < I///?; 5<br />
JV'-tSl 3.5;/' 16 < io; :// 26 < i ';'/^': 5<br />
-t;/'"^/'" :-./-- ^ -<br />
/;-^i 4 ,3/y-x..<br />
's < ioff;,2'6 < i v.:x;: 5<br />
^•..'•Ti 3. s 20 < 10 62 < 1 < 5<br />
I'/;*:' 1 2.4.T:-.', vlO < 10^/58 * 1 V, 5<br />
- "i ; 4 t t:; ' - j/ 1 y<br />
; X 1 2 . 6; < 5 < lbjs.;28 < i.'';' :x.- : 5<br />
v':'-i:,i 3 . l/;';'^5 < lOv/'/Bo < 1,;..;,. ^';.<br />
•;;:;*;x;l 2 . 8?: :^vS < 10v :;:'-;4.7. < l/vft^5<br />
v':V;l 3 . 3.;/. Vi 5 ( lO/ffa's i il/'^' 5<br />
//x "-i 3-D/? "*"i.:5 < 10.V/.170 i l . V : x 5<br />
H "i'.\ 1 3 .2.V•X.::5<br />
< lo'/ioo < i' c 5<br />
;/ K.l 3.0^:: V20 ( io : v::;..;..7 < i//;* 5<br />
3 .8;rH:<br />
-S < 10/8/32 < i ;;.;-X--:5<br />
3 .S/; ;x 5 < I0".';;i!5;48 < 1///X} ;5<br />
. 2'"/<br />
3 v/5 < io.fj':-62 ( i : /:/*; .5<br />
3 • 3V x; 5 < 10.'-; Y/8 < l;;;::';x; -5<br />
3 .5;V 30 < 10 x;l < l/ -x; 5<br />
4 . 2 i;,.<br />
4 .O';;;<br />
4 .25-3<br />
4 .88<br />
3 .4"':<br />
;;|; 5 (<br />
H5 '<br />
loA/so ( i//:-;'*'<br />
lo;/^,;.! ( 1-J/-/X;'<br />
2 .2'-;. ;x;'5 <<br />
5<br />
3 - 5ii/i:2b<br />
<<br />
;5<br />
3 . 1;" ;-;.;36 < lO'/x/iZi < 1 ;::' ; 'x -,:5<br />
3 . 3B/lo<br />
< loliiso < i':;- v x" /5<br />
4 .4* j/IP<br />
< log/.';? ( l;V::--X;:<br />
3 - 3 '::. :. loS/;;';^ < l//;'.^'<br />
4 . 2':v'ixss<br />
< 10v-3:';l < l'.V-.x' 'fs 5<br />
4 . oif"20<br />
< lo ;|x : ;i < ivivx; -'•5<br />
3 .s'/: ;iSb < ip/R:.! < i;.;v : x.:<br />
3 •'l-:<br />
;":s<br />
il? ' 10l!Vv ' IK-;X -<br />
'.s<br />
i'lo < io)v:(--"i < i./:.^<br />
ifio < lO/:.;^ 1 < it:/ x' : "s" 5<br />
*ib < 10 :; ;:;X 1 < 1 ,;;;;:.^<br />
".5<br />
SS& < lO'S^-'l < IVj/X<br />
loK.*16 < l ::";:;';;x: ;5<br />
A . 5 gm sample is digested with 2 ml of 3:1 HCL/HNO3<br />
at 95 C for 90 min and diluted to 10 ml with DI H2O<br />
This method is partial for many oxide materials<br />
TSL/96<br />
TSL/ASSAYEP T ^boratories<br />
1270 FEWSTER DRIVE. UNIT<br />
PHONE tt: ( 905)602-8236<br />
Bi Co ; /Cr/: Cu<br />
ppm ppm ppm<br />
5<br />
:5<br />
::s :<br />
3. s:; iSV'. I<br />
V'k"!<br />
7. 1! ;<br />
3. i. : - /*:.:1<br />
2. r; '-'x 71<br />
5. 2 v;S*<br />
4. 2 ; ;/^!<br />
5. 0 X 1<br />
7. .0 ( 1<br />
3 . ,3 < "1<br />
4. . 6; V,!:;!<br />
fifi<br />
3, .5;<br />
3, .9; }: ::'*-'l<br />
4. .9; Sx/l<br />
2 . 1. ,;; '^ :;:; ]--<br />
1 .9<br />
xI*:S<br />
vx'.:,:i<br />
4 .3<br />
3 . 1: //V .7" ""''i:: '1 -l<br />
2<br />
3 •6 /^;-l<br />
5 .6<br />
-;,' V/'V-: 1 . .v<br />
3 •2;<br />
4 .2<br />
4 .8; 111<br />
4 .9; iSiSt<br />
4<br />
i//1-<br />
.4;<br />
.B"<br />
ill<br />
3<br />
5 •5j^fffial<br />
5 • B; isSti<br />
2 .4 s//.Xc-i<br />
2 .3: llll<br />
"•'..'^..•"•"••'•".-^<br />
4 . 4: /•:-'.,x.:;i.<br />
3 .7 :v:x":l<br />
5 .4 ;v!*':;l<br />
5 •liS-'/^./i<br />
3 .6<br />
/i;i<br />
35.:-;:v;.|6<br />
SS'S/l'fi<br />
35:*v::' :32<br />
39;<br />
33<br />
28<br />
JISSAUGA.ONTARIO L4W-1A4<br />
FAX tt: (905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
//.30<br />
58<br />
98<br />
27 MOO<br />
130,:<br />
120/<br />
Agua-Regia Digestion<br />
62 7.6<br />
100 b. t.<br />
53 4.1<br />
120: :;l;:7<br />
88 /4.4<br />
2B//1.SO ea.::-<br />
i 3-8<br />
323:17.0 110.;,<br />
30-':;;;23;b 84;.;; "' 4 - 6<br />
32:::;;iso 170;<br />
37V*-lfl6 120;'.<br />
28-196 57V<br />
28 160 200<br />
26V 240 52<br />
33//18P 93 ;<br />
29;'Sf4'p 48'5 3-5<br />
31;V:17p 130V: ;4-T4<br />
3lSii27.6 89v<br />
36;' ::f;;140<br />
43/ripO<br />
24 o<br />
93<br />
;Fe Mg Mo<br />
5-7<br />
4,9<br />
'"f-"3<br />
s; o<br />
4-9<br />
1.9/1100<br />
1.8/12PO<br />
i. 9:;;iipo<br />
1.8:v;830<br />
1.9/1006<br />
2.6li60<br />
,! .9 1100<br />
1.7. 910<br />
1.8 920<br />
1.9';-<br />
l - 9;<br />
1.9<br />
/890<br />
'S.7'20<br />
/680<br />
l.SvllOO<br />
1.9. 1000<br />
1.9; ilOO<br />
1.9:3JMP<br />
2.0/jfM<br />
2.0/lppp<br />
1.9:pfI(J<br />
2.o;l2,6;6<br />
2. i/liob<br />
i. 3/1266<br />
'--Ha;: Ni V/p"../ Pb :;v:::Sb.;: Se //Sri:;<br />
:^;:/;; ppm; ppin ppm ppm ppm//ppm<br />
< 2:0^05 53/186 <<br />
2|p;o?<br />
< 2/0^02<br />
2;0i03<br />
2 6;02<br />
58<br />
s iS<br />
2 Di01 60<br />
2 0.02 60<br />
2 0.02 46<br />
200<br />
lab<br />
180<br />
280<br />
70:4160<br />
88/1966<br />
120;V40<br />
< 1<br />
< l :<br />
2/0*02 74-/120 ( X<br />
170 < l<br />
2/0.02 81- 320 < 1 ; -<br />
120 < l<br />
2x6;bi<br />
2x'.6'fpi, :<br />
140 1300 < l<br />
i20 ;-;;'5pb:<br />
//x/s<br />
Ii:S::s<br />
iiJI<br />
/x 5.<br />
IP's<br />
'X/5<br />
< i;;:S;X.g5<br />
< I'/SIs<br />
< i-lJls<br />
94;v.lSO < 1:;;;I*|;5<br />
iio/Sisp < iv*i;5<br />
120:i|s'p < ll/ipl<br />
130|i:1.6.P < 1:S1':|<br />
26o;;pio < i;5|i;5<br />
leoSs'o < i:ifflfc|<br />
72';S2'ob < l'-1x5-5<br />
2710/10<br />
41;X 10<br />
33; t 10<br />
24VX..10<br />
io|p;ip<br />
12W 10<br />
is;<br />
IB!<br />
19/<br />
fcio<br />
x;' ^'lo 16<br />
^ 10<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
6531400<br />
69/1660<br />
70/2200<br />
71/22,66<br />
68;14PP<br />
51 1266<br />
81 9lb<br />
90 ;740<br />
833:2100<br />
48 2300<br />
M8354<br />
l of 3<br />
NV25MA<br />
NOV-26-1996<br />
V V/W'V: Y<br />
ppm;*:: ppm pp<br />
i* gio<br />
130;<br />
180; ;x";lb<br />
isjx/lp eoijaop 130/xfip<br />
l3;;U*lb ISOilSOp I20'7x.lp<br />
7S:lp ' 54viebO 9l|-xVl6<br />
6/X 10 36/1660 85|< 16<br />
23SB10<br />
iPiV-io<br />
3M/10<br />
29/1:16<br />
24:;lo<br />
15!1200<br />
29 lobo<br />
57/130P<br />
9551800<br />
76/1^00<br />
49/2100<br />
53^606<br />
43;12bp<br />
36/1266<br />
16 ix 10 47/S110<br />
IIOS* 10<br />
130; ;* 10<br />
130;K lo<br />
ioot/10<br />
loolx/lp<br />
'-Zti/<br />
9.:; : v53<br />
s';.<br />
/SO<br />
5f :-<br />
55;<br />
B/:<br />
6!"<br />
T||<br />
7?;/<br />
:ifis<br />
-•56.<br />
: ::42<br />
10;// .58<br />
9*:"-'57<br />
a";/- '-40<br />
6i!;:.:;;.:35<br />
46<br />
72<br />
/43<br />
;'-37<br />
Is?<br />
56<br />
53<br />
54<br />
52<br />
48<br />
/73<br />
:'6Q<br />
v88<br />
i/43'.<br />
49<br />
48<br />
;-67<br />
Zr t.<br />
PPH<br />
12<br />
12/<br />
13;;<br />
8/
CAMECO Gi<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4736-R01<br />
SAMPLE ft<br />
ENG 96D-685<br />
ENG 96D-686<br />
ENG 96D-687<br />
ENG 96D-688<br />
ENG 96D-689<br />
ENO 96D-690<br />
ENG 96D-691<br />
ENG 96D-692<br />
ENG 96D-693<br />
ENG 96D-694<br />
ENG 96D-695<br />
ENO 96D-696<br />
ENO 96D-697<br />
END 96D-698<br />
ENG 96D-699<br />
ENO 96D-700<br />
ENO 96D-701<br />
ENG 96D-702<br />
ENG 96D-703<br />
ENG 96D-704<br />
ENG 96D-7O5<br />
ENO 96D-706<br />
ENG 96D-707<br />
ENO 96D-70B<br />
ENG 96D-709<br />
ENO 96D-710<br />
ENG 96D-711<br />
ENG 96D-712<br />
ENG 96D-713<br />
ENG 96D-714<br />
ENG 96D-715<br />
ENG 96D-716<br />
ENG 96D-717<br />
ENG 96D-718<br />
ENG 96D-719<br />
i, INC.<br />
Aa Al . ;As ; B 5 Ba Be . Bi Ca 5 Cd5 Co ;Cr<br />
ppm * -ippra ppm-ppm ppm-;;]ipra * ;5ppni ppm ;ppra<br />
< 1<br />
t 1<br />
< !l1<br />
(<br />
i*.<br />
x<br />
<<br />
r<br />
•t-<br />
<<br />
x K<br />
(<br />
,. c <<br />
K<br />
t<br />
(<br />
X<br />
<<br />
1<br />
1<br />
1 1<br />
i<br />
1<br />
,1<br />
i i l<br />
1 1<br />
l<br />
-'i<br />
l<br />
i^ii •'
CAMECO G, .L .NC.<br />
ATTN: P. CHUBB<br />
PROJ: ENGLISH<br />
6W-4736-RG1<br />
SAMPLE tt<br />
ENG 96D-720<br />
ENG 96D-721<br />
ENG 96D-722<br />
ENG 96D-723<br />
ENG 96D-724<br />
ENG 96D-725<br />
ENG 96D-726<br />
ENG 96D-727<br />
ENG 96D-728<br />
Ag<br />
ppm<br />
x i<br />
X-' -i<br />
x 1<br />
( 1<br />
( 1<br />
( 1<br />
( 1<br />
Al<br />
* '<br />
1.3<br />
2.6<br />
1.3<br />
0.59<br />
1.4.:<br />
2.2<br />
0.56<br />
2.0<br />
1.6<br />
AB<br />
ppm<br />
'•x':-5<br />
••"("'"5<br />
'•"-..5<br />
-X". 5<br />
(5<br />
X 5<br />
10<br />
:"5<br />
x 5<br />
B Ba Be : '••'•St' Ca :Cd:<br />
ppm ppm ppm ppm * ppm<br />
•. -- 11 •••'•" - ' ' ' " ." .. : v<br />
j. ,.-\--i j i .? ;.?.;"1:<br />
< 10 : 160 < ^ * :K A f- ' ; i<br />
< 1 0'.;;:3'16 (<br />
' 10 -28 <<br />
< 1 0 f? 22 c<br />
( 10 t-;70 (<br />
( 10 ; 260 (<br />
l io;f 'ID '<br />
( lO'-.'-TJS (<br />
- -- : ..' ' . '<br />
v'.: :3'."; :-'" :.':<br />
i;T- - -.<br />
Of 3 :1<br />
Thi!<br />
at 95 c<br />
* t<br />
f o<br />
I<br />
oo ?<br />
*"d<br />
9e<br />
d<br />
6<br />
ilUtBd t0 10 n l<br />
This method is partlal for raany oxlde m<br />
TSL/96<br />
i:::;;x:5 3.6--^ i- 1<br />
1 ;'(,:,5 3.9 ? :X.l<br />
1 :X"5 3.1 X 1<br />
1 .- '. ' "' . .<br />
i:';;x;"5 4.8 : ::::: : V;:i<br />
1(5 4.8 (1<br />
I.. '.X ..S 7.1 .X 1<br />
H20<br />
TSL/ASSAYEP laboratories<br />
1270 FEWSTER DRIVE, UNI1<br />
PHONE #: (905)602-8236<br />
Co : Cir1 :<br />
ppm ppm<br />
.... ..... . ..,.<br />
39.., 570<br />
5551400<br />
49^370<br />
20;' 1 :9S<br />
48-360<br />
4 7.;;; 9 60<br />
2o|3f30<br />
50,;ilbo<br />
47:.:' :"8iP<br />
^ 1SSAUGA.ONTARIO L4W-1A4<br />
FAX tt: ( 905)206-0513<br />
I.C.A.P. PLASMA SCAN<br />
:'' ::'.'.;v;'.. . .-'<br />
Cu<br />
ppm<br />
68<br />
49<br />
36<br />
43<br />
37-<br />
39<br />
14:<br />
50<br />
35<br />
Aqua-Regia Digestion<br />
;|; :<br />
4.9<br />
.4V.1<br />
-•' ::4'.3<br />
4 f .5<br />
4.3<br />
Mg<br />
2.3;<br />
1 . 7;v<br />
2.3<br />
2.2<br />
. .:- ", . ' ,.<br />
2.2J :890<br />
2.4 ; 890<br />
2.4 S 830<br />
1 . 6l<br />
2.4-:':'73p<br />
960<br />
650<br />
860<br />
940<br />
fa<br />
.ppm iijj<br />
( 2;^i!04:<br />
^ 2x0!,<br />
( 20;<br />
fjj!.<br />
:fti<br />
02<br />
01<br />
04<br />
( 2 (OyPI<br />
* 2^01<br />
Ni ||p;J Pb -TSIV ::<br />
ppifl :'. ppm ppm : ppm<br />
25o:;i3bo ( 1-;^^<br />
59P3J30 ( i: : :: :'?:^;5<br />
72o3:S.7B ( i' f;^:-s<br />
68-1900 ( 1/i X-5<br />
... . .--.....•.<br />
700 :iso ( i (5<br />
510.-3700 ( l': ::^S : 5<br />
60";i300 ( 1".H'" 5<br />
eso'yiaab ( iVV/S<br />
580 i? 9 4 ( 1 -'x .5<br />
SIGNED :<br />
Se l :/ 6ft::.<br />
ppm: ppin<br />
19; :i : -<br />
18- X ;..'ip<br />
12.,X-; : lO<br />
:--iO 3 (<br />
12; X 10<br />
14;:( 10<br />
4:5:. ;ib<br />
13 X<br />
10: (, 10<br />
Sr s<br />
ppm<br />
230 :<br />
REPORT No.<br />
Page No.<br />
File No.<br />
Date<br />
;.;13'p<br />
2lo:|<br />
310 ;<br />
290 T- 27.<br />
210<br />
320:<br />
250 3;22<br />
270 ;29<br />
T: 23<br />
360 V'".<br />
1"<br />
v i<br />
ppm -;PP"<br />
77i<br />
59;<br />
9<br />
26<br />
41;<br />
33<br />
22<br />
iX:<br />
(<br />
,x' :<br />
::X '<br />
.X'"<br />
4<br />
X<br />
M8354<br />
3 of 3<br />
NV25MA<br />
NOV-26-1996<br />
10<br />
10<br />
10<br />
10<br />
•io<br />
10<br />
10<br />
10<br />
Ppm ; ppm<br />
2 ;';''-52<br />
I':. : v28<br />
8-'; '-..38<br />
2 49<br />
3.:.;.. -42<br />
Zr<br />
ppm<br />
7;:<br />
6<br />
9;;:<br />
3:<br />
6<br />
5
Ministry of<br />
Northern Development<br />
and Mines<br />
Personal information collected on this form i * ^'--<br />
Mining Act, the inform ............,,,,..m<br />
Questions about this<br />
933 Ramsey Lake Roi<br />
Instructions: - F<br />
-P<br />
e 2 17439 ENGLISH<br />
- -- K"" 1 "' inK -<br />
1. Recorded holder(s) (Attach a list if necessary)<br />
Name<br />
Address<br />
L3R SV4-<br />
Name<br />
Address<br />
Declaration of Assessment Work<br />
Performed on Mining Land<br />
Mining Act, Subsoctlon 65(2) and 66(3), R.S.O. 1990<br />
900<br />
Client Number<br />
Transaction Number (office use)<br />
Assessment Files Research Imaging<br />
l 66(3) of the Mining Act. Under section 8 of the<br />
vork and correspond with the mining land holder.<br />
Northern Development and Mines, 6th Boor,<br />
, use form 0240.<br />
Telephone Number<br />
C*)* S) t-77-WS<br />
Fax Number<br />
OeO If 77- 99S;<br />
Client Number.<br />
Telephone Number<br />
Fax Number<br />
2. Type of work performed: Check ( ^ ) and report on only ONE of the following groups for this declaration.<br />
Work Type<br />
Geotechnical: prospecting, surveys,<br />
assays and work under section 18 (regs)<br />
Dales Work t ft Q X -r n Q/<br />
Performed From IO , ^ To l " l<br />
Day Month | Year Day [ Month | Year<br />
Global Positioning System Data (if available) Township/Area<br />
M or G-Plan Number<br />
Physical: drilling, stripping,<br />
trenching and associated assays<br />
Commodity<br />
Office Use<br />
Total $ Value of ,, ^<br />
Work Claimed 7 73 "H- ^<br />
NTS Reference<br />
Q] Rehabilitation<br />
Mining Division "*~ y '' '''- ^ t'lk r^.<br />
Resident Geologist<br />
District ""/"/M*.*/!,":,<br />
Please remember to: - obtain a work permit from the Ministry of Natural Resources as required;<br />
- provide proper notice to surface rights holders before starting work; " : - ;'"'<br />
- complete and attach a Statement of Costs, form 0212;<br />
- provide a map showing contiguous mining lands that are linked for assigning'work;<br />
- include two copies of your technical report. , . .. , ;- ;-;.:,,,,<br />
3. Person or companies who prepared the technical report (Attach a list if necessary)<br />
Name<br />
Pefre^ C \**\*\* L Ca^er* Corf-}<br />
Address<br />
Name<br />
Address<br />
Name<br />
Address<br />
4. Certification by Recorded Holder or Agent<br />
Telephone Number<br />
C"7*s) 57.J- t^-syj - u<br />
Fax Number ; c ;<br />
Telephone Number '<br />
r ' i<br />
Fax Number<br />
' " ' - ' .-:'. ! ..i<br />
Telephone Number , : . i<br />
Fax Number<br />
AUf3 " " ^<br />
l. rewev C-nubb do hereby certify tl L4, havejfifsorial ^nbwiedge of the facts set<br />
IPrlnl Name)<br />
forth in this Declaration of Assessment Work, having caused the work to be performed or witnessed the same during<br />
or after its completion ancHto the best of /r/ knowledge, the annexed report is true.<br />
Signature of Recorded Date<br />
Agent's Address<br />
keU^ltt.<br />
Telephone Number<br />
- U.CCC<br />
Fax Number
<strong>Ontario</strong><br />
Ministry ol<br />
Northern Development<br />
and Mines<br />
Mlnlstere du<br />
Developpement du Nord<br />
et des mines<br />
Statement of Costs<br />
for Assessment Credit<br />
Etat des couts aux fins<br />
du credit devaluation<br />
Mining Act/Lol sur les mines<br />
Personal information collected on this form is obtained under the authority<br />
of the Mining Act. This Information will be used lo maintain a record and<br />
ongoing status of the mining clalm(s). Questions about this collection should<br />
be directed (o the Provincial Manager, Minings Lands, Ministry of Northern<br />
Development and Mines, 4th Floor, 159 Cedar Street, Sudbury, Onlario<br />
P3E 6A5, telephone (705) 670-7264.<br />
1. Direct Costs/CoQts directs<br />
Type<br />
Wages<br />
Salalres<br />
Contractor's<br />
and Consultant's<br />
Fees<br />
Drolls de<br />
('entrepreneur<br />
et de I'expert-<br />
consell<br />
Supplies Used<br />
Fournltures<br />
utlllsles<br />
i<br />
Equipment<br />
Rental<br />
Location de<br />
materiel<br />
Description<br />
Labour<br />
Main-d'oeuvre<br />
Field Supervision<br />
Supervision sur le terrain<br />
Type<br />
D,, U G~W^<br />
Type<br />
Type<br />
Amount<br />
Montan)<br />
So8 5<br />
So^<br />
O 031<br />
68^07<br />
Total Direct Costs<br />
Total des coQts directs<br />
Totals<br />
Total global<br />
nmr<br />
S 14-3??<br />
11^07 i<br />
Note: The recorded holder will be required to verify expenditures claimed in<br />
this statement of costs within 30 days of a request for verification. If<br />
verification is not made, the Minister may reject for assessment work<br />
all or part of the assessment work submitted.<br />
,<br />
Transaction No./N" de transaction<br />
Les renseignomenls personnels contenus dans la presente formula sont<br />
recuoillis en vertu de la Lot sur lea mines et servlront a lenlr a jour un reglslre<br />
des concessions mlnieres. Adresser (oule queslton sur la collece de ces<br />
ronseignements au chef provincial des terrains mlnlers, ministers du<br />
Developpement du Nord et des Mines, 159, rue Cedar, 4e etage. Sudbury<br />
(<strong>Ontario</strong>) P3E 6A5. telephone (705) 670-7264.<br />
2. Indirect Costs/Couts indlrects<br />
Note: When claiming Rehabilitation work Indirect costs are not<br />
allowable as assessment work.<br />
Pour le remboursement des travaux de rehabilitation, les<br />
couts indirects ne sont pas admissibles en tant que travaux<br />
devaluation.<br />
Type<br />
Transportation<br />
Transport<br />
Food and<br />
Lodging<br />
Nourrilure et<br />
hebergemcnt<br />
Mobilization and<br />
Demobilization<br />
Mobilisation et<br />
demobilisation<br />
Filing Discounts Remises pour depdt<br />
1. Work filed within two years of completion is claimed at 100 07o of<br />
the above Total Value of Assessment Credit.<br />
2. Work filed three, four or five years after completion is claimed at<br />
500A) of the above Total Value of Assessment Credit. See<br />
calculations below:<br />
Total Value of Assessment Credit Total Assessment Claimed<br />
x 0.50<br />
Certification Verifying Statement of Costs<br />
l hereby certify:<br />
that the amounts shown are as accurate as possible and these costs<br />
were incurred while conducting assessment work on the lands shown<br />
on the accompanying Report of Work form.<br />
that as P-<br />
(Recorded Holder, Agent, Position in Company)<br />
to make this certi DECEIVED<br />
AUG O 5 1997<br />
. , - -,<br />
t ! " , ~ ~ '".<br />
GEOSCIENCE ASSESSMENT<br />
Type<br />
Description<br />
50n^v*ii(A.<br />
Amount<br />
Montant<br />
|7o *<br />
"r-oo<br />
Sub Total of Indirect Costs<br />
Total partlel des couts Indlrects<br />
Amount Allowable (not greater than 20H of Direct Costs)<br />
Monlant admissible (n'excedant pas 20 H des couls directs)<br />
Total Value of Assessment Credit Valeur totale du credit<br />
(Total of Direct and Allowable devaluation<br />
InrilrAcl eofttnl (Total dal codta dlraela<br />
t Indirect! admissible!<br />
Totals<br />
Total global<br />
r-'. "'<br />
- * i, .1 ~. , .<br />
!HN#*-;V<br />
^i'pJ-S<br />
•tit^^i'<br />
•fZ\.o, f '<br />
^370??<br />
Note : Le litulaire enregistrd sera tenu de verifier les depenses demandees dans<br />
le present etat des couts dans les 30 jours suivant une demands a cet<br />
effet. Si la verification n'est pas effectuee, le ministre peut rejeter tout<br />
ou une partie des Iravaux devaluation presentes.<br />
1. Les travaux deposes dans les deux ans suivant leur achevement sont<br />
rembourses a 100 "ft de la valeur totale susmenlionnee du credit d'evaluatton.<br />
2. Les Iravaux deposes trois, quatre ou cinq ans apres leur achevement<br />
sont rembourses a 50 "ft de la valeur totale du credit devaluation<br />
susmentionne. Voir les calculs ci-dessous.<br />
Valeur totale du credit devaluation<br />
X 0,50 ~<br />
Attestation de l'6tat des coQts<br />
Evaluation totale demandee<br />
J'atteste par la presente :<br />
que les montants indiques sont le plus exact possible et que ces<br />
defenses ont ete engagees pour effectuer les travaux d'evaluatlon<br />
sur les terrains indiques dans la formule de rapport de travail ci-joint.<br />
l am authorized Et qu'a litre de je suis autorise<br />
(titulaire enregistre, representant, poste occupe dans la compagnle)<br />
a faire cette attestation<br />
Signature Date<br />
/T7
5.' Work to be recorded and distributed.<br />
the mining land where work was performed,<br />
must accompany this form.<br />
Mining Claim Number. Or if<br />
work was done on other eligible<br />
mining land, show In this<br />
column .the location number<br />
indicated on the claim map.<br />
eg<br />
eg<br />
eg<br />
1<br />
2<br />
3<br />
4<br />
5<br />
6<br />
7<br />
8<br />
9<br />
10<br />
11<br />
,12<br />
13<br />
14<br />
15<br />
TB 7827<br />
1234567<br />
1234568<br />
HH-7Z-72.<br />
ussSSff<br />
IISSS9I<br />
HSS88^<br />
JI5S210<br />
Number of Claim<br />
Units. For other<br />
mining land, list<br />
hectares.<br />
16 ha<br />
12<br />
2<br />
1<br />
1<br />
1<br />
1<br />
.1<br />
Column Totals<br />
Work can only be assigned to claims that are contiguous (adjoining) to<br />
at the time work was performed. A map showing the contlguousjlnk; 'i<br />
' ' ' ' "' '<br />
Value of work<br />
performed on this<br />
claim or other<br />
mining land.<br />
-<br />
S26, 825<br />
0<br />
$ 8, 892<br />
"M-if 6*,<br />
"2-1 O H 0<br />
V730M-<br />
II ^ T-O<br />
*\ Wo<br />
Value of work<br />
applied to this<br />
claim.<br />
N/A<br />
S24,000<br />
S 4 ,000 -<br />
O<br />
o<br />
o<br />
0<br />
- 0<br />
o<br />
Value of work<br />
assigned to other<br />
mining claims.<br />
S24,000<br />
0<br />
0<br />
' "" O "<br />
. ( "<br />
o<br />
o<br />
o<br />
0<br />
o<br />
Bank. Value of work<br />
to be distributed<br />
at a future dale.<br />
.-r..' ' - "- '<br />
$2,825<br />
' '.O T '<br />
$4,892<br />
f .1.4-^65^<br />
^2.1 O H-O S<br />
-i7^otfX<br />
nq^o/<br />
^8o~<br />
J - ' ( * .. ,<br />
. ' -i..; ' i":-;- ' J !<br />
~f ' 'i" rv .-.* '<br />
. ' . .'..'.- - ",, -'. -'<br />
13.7^<br />
l, , do hereby certify that the above work credits are eligible under<br />
(Print Full Name)<br />
subsection 7 (1) of the Assessment Work Regulation 6/96 for assignment to contiguous claims or for application to<br />
the claim where the work was don<br />
Signature of Recorded Hoi in Writing Date<br />
6. Instructions for cutting back credits that are not approved.<br />
Some of the credits claimed in this declaration may be cut back. Please check ( v ) i n the boxes below to show how<br />
you wish to prioritize the deletion of credits: . "'<br />
D 1. Credits are to be cut back from the Bank first, followed by option 2 or 3 or 4 as indicated. '.'.'-Y.n<br />
D 2. Credits are to be cut back starting with the claims listed last, working backwards; or.<br />
D 3. Credits are to be cut back equally over all claims listed in this declaration; or .<br />
D 4. Credits are to be cut back as prioritized on the attached appendix or as follows (describe); lV" "<br />
Note: If you have not indicated how your credits are to be deleted, credits will be cut back from the Bank first,<br />
followed by option number 2 if necessary.<br />
For<br />
Rece<br />
Office Use Only ' r,, o ,.,., ri. .<br />
Deemed Approved Date ' : Dale. Notification Sent 'i .<br />
"RECEIVED<br />
AUG 0 5 1997<br />
/" ; fi- 1 '<br />
GFDRPIFMre ACCCCCHTMT<br />
/' ;<br />
Date Approved<br />
Appioved lor Recording by Mininq Recorder (Signature)<br />
.' - ' t<br />
Total Value of Credit Approved<br />
;-;; . . -', f - i;; .
Ministry of<br />
Northern Development<br />
and Mines<br />
August 6, 1997<br />
TRI ORIGIN EXPLORATION LTD.<br />
8901 WOODBINE AVE.<br />
SUITE 114<br />
MARKHAM, <strong>Ontario</strong><br />
L3R-9Y4<br />
Dear Sir or Madam:<br />
Subject: Transaction Number(s):<br />
Ministere du<br />
<strong>Ontario</strong><br />
Developpement du Nord<br />
et des Mines<br />
Geoscience Assessment Office<br />
933 Ramsey Lake Road<br />
Status<br />
W9760.00180 Approval After Notice<br />
6th Floor<br />
Sudbury, <strong>Ontario</strong><br />
P3E 6B5<br />
Telephone: (888)415-9846<br />
Fax: (705) 670-5863<br />
Submission Number: 2.17489<br />
We have reviewed your Assessment Work submission with the above noted Transaction Number(s). The<br />
attached summary page(s) indicate the results of the review. WE RECOMMEND YOU READ THIS<br />
SUMMARY FOR THE DETAILS PERTAINING TO YOUR ASSESSMENT WORK.<br />
If the status for a transaction is a 45 Day Notice, the summary will outline the reasons for the notice, and any<br />
steps you can take to remedy deficiencies. The 90-day deemed approval provision, subsection 6(7) of the<br />
Assessment Work Regulation, will no longer be in effect for assessment work which has received a 45 Day<br />
Notice.<br />
Please note any revisions must be submitted in DUPLICATE to the Geoscience Assessment Office, by the<br />
response date on the summary.<br />
If you have any questions regarding this correspondence, please contact Lucille Jerome by e-mail at<br />
jeromej@torv05.ndm.gov.on.ca or by telephone at (705) 670-5858.<br />
Yours sincerely,<br />
ORIGINAL SIGNED BY<br />
Blair Kite<br />
Supervisor, Geoscience Assessment Office<br />
Mining Lands Section<br />
Correspondence ID: 11160<br />
Copy for: Assessment Library
Submission Number: 2 .17489<br />
Work Report Assessment Results<br />
Date Correspondence Sent: August 06, 1997_____________________AssessorLucille Jerome^^^^^^^^^^^^^^^^^^^<br />
Transaction First Claim<br />
Number Number Township(s) l Area(s) Status Approval Date<br />
W9760.00180 1147272 ENGLISH Approval After Notice August 06, 1997<br />
Section:<br />
10 Physical PDRILL<br />
The revisions outlined in the Notice dated July 25,1997, have been corrected. Accordingly, assessment work credit has been approved as outlined on the<br />
attached Assessment Work Credit Form.<br />
Correspondence to: Recorded Holder(s) and/or Agent(s):<br />
Resident Geologist Peter Chubb<br />
South Porcupine, ON SUDBURY, ONTARIO<br />
Assessment Files Library TRI ORIGIN EXPLORATION LTD.<br />
Sudbury, ON MARKHAM, <strong>Ontario</strong><br />
Page: 1<br />
Correspondence ID: 11160
Distribution of Assessment Work Credit<br />
The following credit distribution reflects the value of assessment work performed on the mining land(s).<br />
Date: August 06, 1997<br />
Submission Number: 2.17489<br />
Transaction Number: W9760.00180<br />
Claim Number Value Of Work Performed<br />
1155888 21,040.00<br />
1155889 11,420.00<br />
1155890 9,480.00<br />
1155891 37,304.00<br />
1147272 14,465.00<br />
Total: S 93,709.00<br />
Page: l<br />
Correspondence ID: 11160
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G-3938 ENGLISH TWP G-3938
DATUM Om<br />
-50<br />
-100<br />
-150<br />
-200<br />
-250<br />
Line 6+OOE<br />
o<br />
DDH ENG9604<br />
-45' , 135'<br />
DEL.ORO GROUP<br />
FeisJc Volcanics<br />
DELORO GROUP<br />
Felsic Volcanics<br />
* Trench Maps (Chubb, 1996)<br />
Shallow but strong I.P.<br />
\\ \ \<br />
\ \<br />
\\ ENG9603<br />
" '"<br />
Chakotay Trench<br />
' "~~ —' ~2^1i ZS<br />
^•tt^Kii^fe^<br />
DDH ENG9603<br />
, 315'<br />
o<br />
in<br />
P L A<br />
1155891 Tl<br />
Ultr<br />
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^ : : : -" - '<br />
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' '<br />
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,' — .vj .- , \ •••.j-1' ^V5 -. t'ra*^
N VIEW<br />
riSDALE GROUP<br />
tramafic Volcanics<br />
z:<br />
o<br />
S - SECTION<br />
^v^^ig^^''. "'<br />
•i '-3f-^'^ft®s*iwa''. - .<br />
Jr '^^8Z3jtfSfc-'.-'<br />
c. *OTOT^:-<br />
1155890<br />
Janeway Trench<br />
o<br />
PO<br />
Jtejferencc.<br />
\ \ i<br />
\ \\ '<br />
DDH ENG9602<br />
-45' , 315' n<br />
l<br />
",'3-sffi?E ; ;-<br />
w^<br />
: I 00<br />
\<br />
Chubb, P.O., Faber, A., and Thomas, D., 1996. 1996 Trenching Report - English<br />
Property, <strong>Ontario</strong>. English and Semple Toumships. Cameco Corp., P.27.<br />
x<br />
1<br />
TISDALE GROUP<br />
Mafic Volcanics 1155889<br />
o<br />
^-4<br />
ffSDALE GROUP<br />
Mafic Volcanics<br />
Qtz-feldspar Phyric Felsic Dike (10cq)<br />
Syenite Dike (9e)<br />
Sulphide-oxide Iron Formation (6d,6b)<br />
Graphitic Argillite (5dp)<br />
-e<br />
ENG9601<br />
DDH ENG9601<br />
-45' . 315'<br />
Tisdale Ulramafics - Fuschite altered (4ad,4a,4d)<br />
Deloro Felsic Volcanics (3ae,3d)<br />
Tisdale Mafic Volcanics (1aj\1)<br />
Unknown<br />
Overburden<br />
Claim Line<br />
Foliation<br />
Fuchsite Alteration<br />
Camgco<br />
O<br />
O<br />
SE<br />
DATUM Om<br />
-50<br />
-100<br />
-150<br />
-200<br />
4JA03SEOQ262 17489 ENGLISH 220<br />
-250<br />
ENGLISH<br />
PROJECT<br />
ry ft ^ Q<br />
^ 4i w v<br />
1996 DIAMOND DRILL SECTION<br />
Compiled By. Peter Chubb 97/01/28 Dwg No.:ENG96Q18<br />
Drafted By: CAD Deportment<br />
Scale: 1:500<br />
Map 2<br />
N.T.S.: Datum:<br />
Dispositions): 1155891.1155890.1155889