Prof. Dr Jan Pajak THE NEW ZEALAND EXPLOSION OF ... - Totalizm

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C-39(a)(c)(b)(d)Fig. C5. Complex crater structures formed during ground-level explosions in which explosive charges blastedon the surface of the ground.(a) The Snowball Crater, formed at the Defence Research Establishment Suffield, Alberta, Canada,after the ground level explosion of a 500-ton TNT hemisphere lying on flat, unconsolidated alluvium.Dimensions of this crater are: diameter = 100 m, depth = 9 metres. This crater represents an excellentexample of a complex crater structure formed as an effect of an artificial explosion occurring on surface of theground. The view is one day after formation and shows a well-defined central uplift extending above the lakethat partly filled the crater. Note terraced walls and hummocky ejecta blanket with large concentric fracturezones. Both photographs on the left (a,b) are adopted from the paper by David J. Roddy, "Tabularcomparisons of the Flynn Creek impact crater, United States, Steinheim impact crater, Germany, andSnowball explosion crater, Canada", Roddy D.J., Pepin R.O., Merrill R.B., editors, (1977) Impact andExplosion Cratering, Pergamon Press (New York, USA), pages 131 and 132.(b) The Steinheim Crater from southwestern Germany, formed about 14.7 million years ago by theimpact of a low-density heavenly body (a comet) which exploded at a ground level. It is an excellent exampleof a complex crater structure formed by a natural explosion. Its dimensions are: over 4,200 metres across andapproximately 250 metres deep. Note central uplift in centre of the crater with the town of Steinheim on the leftside. View is looking northeast. The major morphological and structural elements of the crater include abroad, flat floor with a major uplift forming a large central hill.(c) The satellite photograph of the Manicouagan impact structure, Quebec, Canada, as revealed bythe image from LANDSAT satellite. This crater is a perfect example of the complex impact structures formedwhen a cloud of loose cosmic material of a low density (e.g. a comet, or a cloud of meteorites) hits Earth,causing a powerful explosion at ground level. It takes the form of an annular lake, whose outer diameter is 70km, and which surrounds an inner plateau capped by impact rocks and an uplifted central region. Bothillustrations on the right (c,d) are adopted from the paper by Richard A.F. Grieve, "Terrestrial impactstructures", Ann. Rev. Earth Planet. Sci., 1987, 15, page 249.(d) Schematic cross-section of the Manicouagan crater. Note the faulted rim area, the uplifted centralarea, and the relatively shallow nature compared with simple craters. The distance SU represents the netamount of structural uplift undergone by the deepest horizon now exposed in the central core.
C-40Fig. C6. The illustration of similarities existing between the configuration of the Tapanui Crater andthat of the Tunguska blast site. The presence of such close similarities certify that the origin of bothsites is analogous, i.e. from a powerful near-ground (aerial) explosion. Notice the evidentcorrespondence (labelled 1 to 5) in: (1) the relationship between the apical angle of triangularentries to both sites and their distance from the nearest magnetic pole of Earth (i.e. at the momentof explosion the Tapanui Crater was located much closer to the magnetic pole then the TunguskaSite, thus its apical angle is also much wider), (2) the manner explosion shockwaves entered theground, (3) the breaking points of the explosion shockwaves (which in Tunguska swirled tree trunks,whereas in Tapanui formed large sand dunes), (4) the location of the centre of explosions and thepaths followed priori by both vehicles, (5) magnetic meridian orientation of the sites, etc. Symbols:SG/NG - geographic south-north direction, SM/NM - magnetic south-north direction.(a) The Tapanui Crater (co-ordinates: 46 04'S, 169 09'E).(b) Shape of the Tunguska blast site (co-ordinates: 60 55'N, 101 57'E) described by thechart prepared in 1958. Note that the 1958 Tunguska chart outlines the area of total taigadestruction, whereas the later maps - e.g. from 1961, also include areas of sporadically fallen trees.Therefore the 1958 map shows the impact of the primary shockwaves, whereas all later maps alsoinclude the destruction from the deflected shockwaves. Symbols: O - centre of the explosion, F -range of scorched trees, P - path followed by the vehicle prior to the explosion, as it was reported bynumerous eye witnesses, L - range of trees felled by the shockwaves of the explosion (trunks ofthese trees point towards the centre of the explosion).Attention to the naming of the magnetic poles! In contemporary physics the following rule isused for the naming of the magnetic poles: "The 'North (N) magnetic pole' is understood to be thepole prevailing at the tip of a magnetic compass needle pointing northward". As a result of thisnotation, the North magnetic pole is actually adjacent to the South geographic pole and vice versa.Perhaps the above complication does not matter in the physical interpretation of electricity andmagnetism, but it would introduce enormous confusion in the analysis of the Magnocraft's polarity inrelation to the geographic location. Therefore to standardize our understanding of the geographicand magnetic poles and to rationalize the description of the Magnocraft's polarity in relation to thegeographical location of this spacecraft, in this monograph and in other works by the author themagnetic poles are re-named as follows: "The 'North (N) magnetic pole' is understood to be the poleof the Earth's field which prevails adjacent to the Earth's North geographic pole, whereas the 'South(S) magnetic pole' prevails near the Earth's South geographic pole". It should be stressed that theauthor's re-definition of magnetic polarity reverses the naming of the magnetic poles as currentlyused in physics.
Page 1 and 2: Proof Copy ([5e/3] reformatted to P
Page 3 and 4: 3G-83 G. Evidence certifying that M
Page 5 and 6: 5Notes:(1) Before this monograph wa
Page 7 and 8: A-2or disk"). The information which
Page 9 and 10: A-4immune deficiency, thus it is qu
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Page 13 and 14: A-8changes have no connection with
Page 15 and 16: A-10Fig. A2. The curved slope in th
Page 17 and 18: B-12inspired me to suspect that hum
Page 19 and 20: B-14Earth by evil UFOnauts God trie
Page 21 and 22: C-16#10. The spread, radiating from
Page 23 and 24: C-18"Te Ura-a-Te Raki-Tamau", which
Page 25 and 26: C-20item #2 that follows). Thus, in
Page 27 and 28: C-22comparative data which reflects
Page 29 and 30: C-24exploding fires, columns of fir
Page 31 and 32: C-26banks of the Black Gully Creek,
Page 33 and 34: C-28meditating, conducting healing
Page 35 and 36: C-30deaths of people with symptoms
Page 37 and 38: C-32(1) The Kawakawa volcano erupte
Page 39 and 40: C-34The Tapanui Crater is the centr
Page 41 and 42: C-36Fig. C2. The inner topography o
Page 43: C-38(a)(d)(b)(c)(e)Fig. C4. Example
Page 47 and 48: C-42Fig. C8. The distribution of in
Page 49 and 50: C-44Fig. C10. Two photographs of a
Page 51 and 52: C-46Fig. C12. The location of near-
Page 53 and 54: C-48Fig. C14. A magnetized metallic
Page 55 and 56: D-50Chapter D:EVIDENCE THAT THE TAP
Page 57 and 58: D-52including Mediterranean and Biz
Page 59 and 60: D-54rapidly released by this explos
Page 61 and 62: D-56experiments, and many more. Thi
Page 63 and 64: D-58that people were in medieval ti
Page 65 and 66: D-60then continually resonates in t
Page 67 and 68: D-62"tapanui.htm") are to be met, s
Page 69 and 70: D-64when such abnormalities of the
Page 71 and 72: E-66Chapter E.HYPOTHESES EXPLAINING
Page 73 and 74: E-68is directed towards the magneti
Page 75 and 76: F-70publication of this design and
Page 77 and 78: F-72can be built, each type taking
Page 79 and 80: F-74sites an explosive growth of mu
Page 81 and 82: F-76F4. Explosion sites of the Magn
Page 83 and 84: F-78- Deficiency of some sensitive
Page 85 and 86: F-80(a)…(b)…(c)Fig. F2. The des
Page 87 and 88: F-82Fig. F4. The explanation for a
Page 89 and 90: G-84The formal proof that "UFOs are
Page 91 and 92: G-86civilization(s) sending UFOs mu
Page 93 and 94: G-88the close proximity of the Tapa
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G-90(c)(d)Fig. G1. Two photographs
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G-92(a)(c)(b)(d)(e)Fig. G3. A spher
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G-94(a)(b)(c)(d)Fig. G5. Pulsating
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G-96(a)(b)(c)(d)(e)Fig. G7. Smooth,
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G-98(a)(b)(c)(d)Fig. G9. Photograph
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H-100#6. The Tapanui Crater is orie
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I-102Chapter I:MORAL ACCENTUATION O
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J-104explosion energy carrier would
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J-106detonation a number of appropr
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J-108resembled "china stones" from
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K-110Chapter K:AROUND 13 500 YEARS-
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K-112civilisation were prepared for
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L-114Chapter L:STILL ANOTHER UFO EX
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L-116Coincidentally, the author had
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M-118in section D3). This in turn h
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N-120Chapter N:TWELVE TRUTHS ABOUT
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N-122only factors which may cause t
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N-124ones who stand by truth and th
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O-126Chapter O:ACADEMIC ASPECTS OF
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O-128Galactic field, thus producing
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O-130specifically what was wrong wi
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O-132moral field causes that we acc
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O-134white glowing balls of playful
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O-136brought disgrace to that unive
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O-138the Polish language only, whic
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O-140occupation of Earth, and then
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O-142in a few years of time, when t
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O-144and both these matters were se
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O-146today. We need to realize this
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O-148Of course, the above history i
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O-150two kinds of resource publicat
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R-152Chapter R:AT THE END OF THIS M
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R-154forget that such paid scientis
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S-156Chapter S:REFERENCES COMPLEMEN
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S-158[7/2] Giordano D. and Pajak J.
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T-160Magnocraft exploded over New Z
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Z-162Appendix Z:Directions for gett
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Z-164Fig. Z1. The most educational
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