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midtemperature solar system test facility 671 MILLI SV PER YEAR RANGE midtemperature solar system test facility INIS: 2000-04-12; ETDE: 1980-11-08 USE msstf MIDUALE 2000-04-12 *BT1 chromium steels *BT1 manganese additions *BT1 silicon additions *BT1 tungsten alloys MIDWEST FUEL RECOVERY PLANT UF morris plant *BT1 fuel reprocessing plants midwest region INIS: 2000-04-12; ETDE: 1978-07-06 (Prior to June 1982 this was a valid ETDE descriptor.) USE usa mifi irt-2000 reactor Moskovskij Inzhenerno-Fizicheskij Inst. USE irt-2000 moscow reactor migas process INIS: 2000-04-12; ETDE: 1980-11-25 Process in which excess superheated steam supplies heat of reaction to produce gas with high hydrogen to carbon monoxide ratio. (Prior to March 1994, this was a valid ETDE descriptor.) USE coal gasification MIGDAL THEORY RT bremsstrahlung mighty epic event INIS: 2000-04-12; ETDE: 1977-06-21 A test made during PROJECT ANVIL. (Prior to January 1995, this term was a valid ETDE descriptor.) USE nuclear explosions USE underground explosions MIGMA DEVICES 1995-09-14 Nonthermal, nonpulsed devices, in which fusion occurs among the ions of a selfcolliding beam. BT1 thermonuclear devices RT ion beams RT precession MIGRATION INIS: 1991-08-09; ETDE: 1976-05-13 RT fish passage facilities RT population dynamics migration (kernel) INIS: 1991-08-09; ETDE: 1979-03-05 USE amoeba effect migration (radionuclide) INIS: 1991-08-09; ETDE: 1981-01-27 USE radionuclide migration migration area USE migration length MIGRATION LENGTH 1999-07-20 UF migration area *BT1 length RT diffusion length RT slowing-down length MIHAMA-1 REACTOR KEPCO, Mihama, Fukui, Japan. UF kansai-1 reactor *BT1 pwr type reactors MIHAMA-2 REACTOR KEPCO, Mihama, Fukui, Japan. UF kansai-2 reactor *BT1 pwr type reactors MIHAMA-3 REACTOR KEPCO, Mihama, Fukui, Japan. *BT1 pwr type reactors mike event INIS: 1996-01-24; ETDE: 1984-06-29 A test made during PROJECT IVY. (Prior to September 1994, this was a valid ETDE descriptor.) USE surface explosions USE thermonuclear explosions MILAN SUPERCONDUCTING CYCLOTRON INIS: 1990-12-17; ETDE: 1983-03-24 (Prior to December 1990, this descriptor was spelled MILANSUPERCOND CYCLOTRON.) *BT1 heavy ion accelerators *BT1 isochronous cyclotrons *BT1 superconducting cyclotrons MILDEW *BT1 eumycota BT1 parasites RT plant diseases MILITARY ASSISTANCE INIS: 2000-04-12; ETDE: 1986-02-03 RT foreign policy RT international cooperation RT national defense MILITARY EQUIPMENT 1999-02-23 (From August 1975 till March 1997 ORDNANCE was a valid ETDE descriptor.) UF munitions UF ordnance BT1 equipment RT ammunition MILITARY FACILITIES INIS: 1998-12-30; ETDE: 1976-03-22 UF facilities (military) NT1 tonopah test range RT government buildings RT national defense MILITARY PERSONNEL UF army personnel BT1 personnel RT aviation personnel MILITARY STRATEGY INIS: 1994-08-26; ETDE: 1986-02-03 RT warfare MILK *BT1 body fluids BT1 food RT beverages RT cows RT lactation RT mammary glands RT milk products RT whey MILK PRODUCTS BT1 food NT1 butter NT1 cheese NT1 whey RT milk milk sugar USE lactose MILKWEED INIS: 2000-04-12; ETDE: 1980-04-14 A hydrocarbon-producing plant, possible source of synthetic petroleum. *BT1 euphorbia MILKY WAY UF local galaxy BT1 galaxies RT interstellar space MILL TAILINGS INIS: 1986-03-04; ETDE: 1977-03-04 *BT1 tailings RT ore processing RT radioactive wastes MILLER INDICES RT crystal lattices MILLET *BT1 cereals MILLI AMP BEAM CURRENTS From .001 to 1 amp. *BT1 beam currents MILLI BQ RANGE 2012-05-31 BT1 radioactivity range MILLI EV RANGE 1999-07-08 BT1 energy range MILLI GY RANGE 2012-05-30 *BT1 absorbed dose range NT1 milli gy range 01-10 NT1 milli gy range 10-100 NT1 milli gy range 100-1000 MILLI GY RANGE 01-10 2012-05-30 *BT1 milli gy range MILLI GY RANGE 10-100 2012-05-30 *BT1 milli gy range MILLI GY RANGE 100-1000 2012-05-30 *BT1 milli gy range MILLI HZ RANGE BT1 frequency range milli k range INIS: 1984-04-04; ETDE: 2002-03-28 USE temperature range 0000-0013 k MILLI SV PER HOUR RANGE 2013-01-23 BT1 radiation dose rate ranges NT1 milli sv per hour range 01-10 NT1 milli sv per hour range 10-100 NT1 milli sv per hour range 100-1000 MILLI SV PER HOUR RANGE 01-10 2013-01-23 *BT1 milli sv per hour range MILLI SV PER HOUR RANGE 10-100 2013-01-23 *BT1 milli sv per hour range MILLI SV PER HOUR RANGE 100- 1000 2013-01-23 *BT1 milli sv per hour range
MILLI SV PER YEAR RANGE 672 MILLISECONDS LIVING RADIOISOTOPES MILLI SV PER YEAR RANGE 2013-01-23 BT1 radiation dose rate ranges NT1 milli sv per year range 01-10 NT1 milli sv per year range 10-100 NT1 milli sv per year range 100-1000 MILLI SV PER YEAR RANGE 01-10 2013-01-23 *BT1 milli sv per year range MILLI SV PER YEAR RANGE 10-100 2013-01-23 *BT1 milli sv per year range MILLI SV PER YEAR RANGE 100- 1000 2013-01-23 *BT1 milli sv per year range MILLI SV RANGE 2012-05-30 *BT1 equivalent dose range NT1 milli sv range 01-10 NT1 milli sv range 10-100 NT1 milli sv range 100-1000 MILLI SV RANGE 01-10 2012-05-30 *BT1 milli sv range MILLI SV RANGE 10-100 2012-05-30 *BT1 milli sv range MILLI SV RANGE 100-1000 2012-05-30 *BT1 milli sv range MILLING For milling in the sense of pulverization, use COMMINUTION. BT1 machining RT mechanical decladding RT milling machines MILLING MACHINES *BT1 machine tools RT milling MILLISECONDS LIVING RADIOISOTOPES 1998-01-27 (From 0.001 to 1 sec.; prior to June 2003 MILLISEC LIVING RADIOISOTOPES was used for this concept.) *BT1 radioisotopes NT1 actinium 206 NT1 actinium 207 NT1 actinium 208 NT1 actinium 209 NT1 actinium 210 NT1 actinium 211 NT1 actinium 212 NT1 actinium 213 NT1 actinium 215 NT1 actinium 220 NT1 actinium 221 NT1 aluminium 22 NT1 aluminium 23 NT1 aluminium 24 NT1 aluminium 31 NT1 aluminium 32 NT1 aluminium 34 NT1 antimony 104 NT1 antimony 134 NT1 antimony 136 NT1 argon 31 NT1 argon 32 NT1 argon 33 NT1 argon 34 NT1 argon 48 NT1 argon 52 NT1 argon 53 NT1 arsenic 64 NT1 arsenic 66 NT1 arsenic 75 NT1 arsenic 84 NT1 arsenic 86 NT1 arsenic 87 NT1 astatine 191 NT1 astatine 192 NT1 astatine 193 NT1 astatine 194 NT1 astatine 195 NT1 astatine 196 NT1 astatine 197 NT1 astatine 212 NT1 astatine 217 NT1 barium 114 NT1 barium 115 NT1 barium 116 NT1 barium 136 NT1 barium 147 NT1 barium 148 NT1 barium 149 NT1 barium 150 NT1 beryllium 12 NT1 beryllium 14 NT1 bismuth 184 NT1 bismuth 186 NT1 bismuth 187 NT1 bohrium 261 NT1 bohrium 262 NT1 bohrium 264 NT1 bohrium 265 NT1 boron 12 NT1 boron 13 NT1 boron 14 NT1 boron 15 NT1 boron 17 NT1 boron 8 NT1 bromine 70 NT1 bromine 91 NT1 bromine 92 NT1 bromine 93 NT1 bromine 94 NT1 cadmium 125 NT1 cadmium 126 NT1 cadmium 127 NT1 cadmium 128 NT1 cadmium 129 NT1 cadmium 130 NT1 cadmium 131 NT1 cadmium 132 NT1 cadmium 95 NT1 cadmium 96 NT1 calcium 36 NT1 calcium 37 NT1 calcium 38 NT1 calcium 39 NT1 calcium 53 NT1 carbon 16 NT1 carbon 17 NT1 carbon 18 NT1 carbon 9 NT1 cerium 119 NT1 cerium 120 NT1 cerium 156 NT1 cerium 157 NT1 cesium 114 NT1 cesium 116 NT1 cesium 145 NT1 cesium 146 NT1 cesium 147 NT1 cesium 148 NT1 cesium 149 NT1 cesium 150 NT1 cesium 151 NT1 chlorine 31 NT1 chlorine 32 NT1 chlorine 50 NT1 chromium 45 NT1 chromium 46 NT1 chromium 47 NT1 chromium 60 NT1 chromium 62 NT1 chromium 63 NT1 chromium 64 NT1 chromium 65 NT1 chromium 66 NT1 chromium 67 NT1 cobalt 52 NT1 cobalt 53 NT1 cobalt 54 NT1 cobalt 64 NT1 cobalt 66 NT1 cobalt 67 NT1 cobalt 71 NT1 cobalt 72 NT1 cobalt 73 NT1 copernicium 284 NT1 copper 55 NT1 copper 56 NT1 copper 57 NT1 copper 76 NT1 copper 77 NT1 copper 78 NT1 copper 79 NT1 copper 80 NT1 darmstadtium 270 NT1 darmstadtium 271 NT1 darmstadtium 273 NT1 darmstadtium 279 NT1 dysprosium 138 NT1 dysprosium 139 NT1 dysprosium 149 NT1 element 113 283 NT1 element 113 284 NT1 element 114 286 NT1 element 114 287 NT1 element 114 288 NT1 element 115 287 NT1 element 115 288 NT1 element 116 290 NT1 element 116 291 NT1 erbium 151 NT1 europium 131 NT1 europium 132 NT1 europium 133 NT1 europium 134 NT1 europium 165 NT1 europium 166 NT1 europium 167 NT1 fermium 243 NT1 fermium 244 NT1 fluorine 24 NT1 francium 199 NT1 francium 200 NT1 francium 201 NT1 francium 202 NT1 francium 203 NT1 francium 206 NT1 francium 214 NT1 francium 218 NT1 francium 219 NT1 gadolinium 134 NT1 gadolinium 168 NT1 gallium 60 NT1 gallium 62 NT1 gallium 72 NT1 gallium 82 NT1 gallium 83 NT1 gallium 84 NT1 germanium 60 NT1 germanium 61 NT1 germanium 62 NT1 germanium 63 NT1 germanium 71 NT1 germanium 73
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International Atomic Energy Agency
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FOREWORD This issue of the INIS/ETD
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About INIS INIS, the International
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space ! exclamation mark " quotatio
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8-hydroxyquinoline 2 ABFST EQUATION
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ABSORPTIVITY 4 ACCELERATORS ABSORPT
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ACCOUNTING 6 ACID CARBONATES ACCOUN
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acoustic spark chambers 8 ACTINIDE
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ACTINIDE NUCLEI 10 ACTINIDE NUCLEI
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ACTINIUM 222 12 ACTINIUM ISOTOPES *
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adenocarcinomas 14 adrenergics aden
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AERATION 16 AFFINITY AERATION INIS:
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AGE HARDENING 18 AHARONOV-BOHM EFFE
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air-fuel ratio 20 AIRGLOW RT ventil
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ALBUMINURIA 22 ALGORITHMS NT1 lucif
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ALKALINE EARTH METAL COMPLEXES 24 A
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ALKYLATION 26 alloy-b-66 NT1 endoxa
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alloy-ehp-567 28 alloy-khn67vmtyu U
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alloy-ni48cr22fe18mo9 30 ALLOY-NI61
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ALLOY-NT25A5 32 alloy-vt1-0 NT1 alu
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ALLOYS 34 ALLOYS NT3 alloy-ni77cr20
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ALLOYS 36 ALLOYS NT3 inconel x750 N
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ALLOYS 38 ALLOYS NT3 alloy-co36cr22
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ALLOYS 40 ALLOYS NT3 alloy-ni76cr15
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ALLOYS 42 ALLOYS NT5 steel-cr16ni8m
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ALLUVIAL DEPOSITS 44 ALNICO ALLOYS
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ALPHA DECAY RADIOISOTOPES 46 ALPHA
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alpha device 48 ALUMINIUM 26 TARGET
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ALUMINIUM ARSENIDE SOLAR CELLS 50 A
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AMERICIUM 242 TARGET 52 AMERICIUM S
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AMINO ACID SEQUENCE 54 AMMONIA NT1
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AMPLITUDES 56 ANASTREPHA NT1 power
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ANGULAR MOMENTUM 58 ANIMALS SF halp
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anl zero power research reactor-3 6
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ANTIFERROMAGNETIC MATERIALS 62 ANTI
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ANTIMONY 127 64 antimuons *BT1 isom
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antiserum 66 APPLES RT drugs antise
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aqueous carbonate process 68 ARC WE
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argentine reactor ra-0 70 ARGON COM
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arkansas power-light-1 reactor 72 A
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ARSENIC 80 74 ARSENIC OXIDES *BT1 b
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ARYL RADICALS 76 ASPHALTS ARYL RADI
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ASTATINE 212 TARGET 78 ASTROPHYSICS
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atmospheric inversion 80 atomic she
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atucha-1 reactor 82 AUSTENITIC STEE
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AUTONOMIC NERVOUS SYSTEM 84 AWAY-FR
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AZO DYES 86 BACK CONTACT SOLAR CELL
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BAHRAIN 88 banon event BAHRAIN INIS
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BARIUM 136 TARGET 90 BARIUM ISOTOPE
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BASAL METABOLISM 92 BASIC INTERACTI
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BCOCLMCNM 94 BEAM OPTICS BCOCLMCNM
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BEARS 96 bell inequality BEARS INIS
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BENZIMIDAZOLES 98 BERKELIUM 241 BEN
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BERKELIUM SELENIDES 100 BERYLLIUM C
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BETA DECAY RADIOISOTOPES 102 BETA D
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BETA II DEVICES 114 BETA-MINUS DECA
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BETA-MINUS DECAY RADIOISOTOPES 116
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BETA PARTICLES 118 BETA-PLUS DECAY
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BETA-PLUS DECAY RADIOISOTOPES 120 B
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BETA SPECTRA 122 BIBLIS-3 REACTOR B
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ioaccumulation 124 BIOLOGICAL EFFEC
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BIOLOGICAL REGENERATION 126 biomime
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BISMUTH 186 128 BISMUTH 212 BISMUTH
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BISMUTH URANATES 130 BLATT-BIEDENHA
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BLOOD-PLASMA CLEARANCE 132 BODY RT
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BOHRIUM 134 BOILING DETECTION BOHRI
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BONE MARROW 136 BORDONI PEAK RT ske
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BORON 17 138 BORON FLUORIDES *BT1 o
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BOTANY 140 BOTTOMONIUM NT3 chi b1-1
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agg law 142 BRAZING ALLOYS *BT1 ion
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BRIQUETS 144 BROMINATED AROMATIC HY
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BROMINE 92 146 BROMOURACILS BROMINE
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uno leuschner-1 reactor 148 BUGEY-5
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BUNDLE DIVERTORS 150 butyl alcohols
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BY-PRODUCTS 152 CADMIUM 104 NT1 ver
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CADMIUM 96 154 CADMIUM TELLURIDES C
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CALCIUM 48 156 CALCIUM NITRIDES CAL
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CALDER HALL B-4 REACTOR 158 CALIFOR
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CALORIMETRY 160 candu reactors CALO
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capric acid 162 CARBOHYDRATES capri
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CARBON ADDITIONS 164 CARBON ADDITIO
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CARBON DIOXIDE 166 CARBON SINKS CAR
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CARBONIUM COMPOUNDS 168 CARBOXYLIC
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cardiotonic glycosides 170 cars car
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CAT SCANNING 172 CATHODIC PROTECTIO
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ce lummus cffc process 174 cell gro
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CENTER-OF-MASS SYSTEM 176 CENTRIFUG
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CERIUM 124 178 CERIUM 153 *BT1 elec
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CERIUM TELLURIDES 180 CESIUM 123 *B
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CESIUM 151 182 cetane number *BT1 m
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CHALCOPYRITE 184 CHAOS THEORY NT2 s
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CHARGED-PARTICLE REACTIONS 186 CHAR
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CHEMICAL ATTRACTANTS 188 CHEMICAL R
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CHEMICAL REACTORS 190 chernoff face
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CHIMNEYS 192 CHLORAMINES CHIMNEYS 1
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CHLORINE 34 194 CHLORINE COMPOUNDS
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CHLOROSIS 196 CHROMIUM 44 CHLOROSIS
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CHROMIUM ALLOYS 198 CHROMIUM ALLOYS
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CHROMIUM-NICKEL STEELS 200 chromone
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CHYMOTRYPSIN 202 CITROVORUM FACTOR
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CLEARANCE 204 CLOSED PLASMA DEVICES
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CLOVER 206 COAL CLOVER *BT1 legumin
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COAL LIQUEFACTION PLANTS 208 COASTA
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COBALT 66 210 COBALT COMPOUNDS *BT1
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coelenterates 212 COKE BREEZE coele
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collieries 214 COLORADO collieries
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COMBUSTION CONTROL 216 COMMUNICATIO
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complexing agents 218 COMPREIGNACIT
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COMPUTER GRAPHICS 220 CONCENTRATING
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CONDUCTOR DEVICES 222 connate water
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CONSTRUCTION INDUSTRY 224 CONTAMINA
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control (inspection) 226 CONVERSION
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cooling tower packing grids 228 COP
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COPPER ADDITIONS 230 COPPER PHOSPHA
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CORONA DISCHARGES 232 CORROSION RES
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COSMIC PHOTONS 234 COST COSMIC PHOT
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COUNTING TUBES 236 cpm NT2 scintisc
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CRIMEA 238 CROSS SECTIONS BT1 detec
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CRYOSCOPY 240 CRYSTAL STRUCTURE CRY
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CTBTO 242 CURIUM 234 CTBTO INIS: 19
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CURIUM FLUORIDES 244 CURRENTS NT1 c
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cyclic adenosine monophosphate 246
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czd process 248 d*resonances USE ra
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DAPEX PROCESS 250 DATA ANALYSIS RT
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DAYLIGHTING 252 DAYS LIVING RADIOIS
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DECALIN 254 DECOMPOSITION DECALIN U
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DEGASSING 256 DELPHI METHOD DEGASSI
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DEMAND FACTORS 258 density (populat
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depth distribution 260 DESULFURIZAT
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DETOXIFICATION 262 DEVELOPED COUNTR
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DEWAXING 264 DIAMAGNETISM RT dryers
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diel variations 266 DIFFERENTIAL TO
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DIGITAL CIRCUITS 268 DIMENSIONLESS
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diphenylcarbazides 270 DIRECT ENERG
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DISEASE RESISTANCE 272 disintegrati
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disproportionation 274 DISTRIBUTION
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DNA DAMAGES 276 DOMAIN STRUCTURE DN
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DOSES 278 DOWNS SYNDROME NT1 conden
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DRILL CORES 280 DRUGS RT materials
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DRY SCRUBBERS 282 DUBNIUM 258 DRY S
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duodenum 284 DYNAMITRONS duodenum U
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DYSPROSIUM 162 286 DYSPROSIUM PERCH
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EARTH PLANET 288 EBULLATED BED RT p
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ECONOMICS 290 EDUCATIONAL FACILITIE
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EIGENFREQUENCY 292 EINSTEINIUM 256
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ELASTIC SCATTERING 294 ELECTRIC CON
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ELECTRIC POWER 296 ELECTRICAL EQUIP
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ELECTROCHEMICAL COATING 298 ELECTRO
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ELECTRON BEAM TARGETS 300 ELECTRON
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ELECTRON CAPTURE RADIOISOTOPES 302
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ELECTRON CHANNELING 304 ELECTRON GA
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ELECTRON SPECTROMETERS 306 ELECTRON
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electrowinning 308 element 107 264
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ELEMENT 114 292 310 ELEMENTARY PART
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ELEMENTARY PARTICLES 312 ELEMENTARY
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elevation 314 EMBRYONIC CELLS NT3 d
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EMISSIVITY 316 ENDOXAN RT industria
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ENERGY CONSERVATION AND PRODUCTION
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energy security act 320 ENERGY SUPP
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engineering test reactor critical f
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ENRICHED URANIUM REACTORS 324 ENRIC
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ENRICHMENT 326 enrico fermi reactor
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ENVIRONMENTAL MEASUREMENTS LABORATO
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EPOXIDES 330 EQUIPMENT NT2 fca reac
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EQUIPMENT INTERFACES 332 EQUIVALENT
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ERBIUM 169 334 ERBIUM TELLURIDES ER
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ESADA-VESR REACTOR 336 esthetics ES
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ETHICAL ASPECTS 338 EUPHORBIA NT1 d
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EUROPIUM 136 340 EUROPIUM 164 EUROP
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euxenite 342 EVEN-EVEN NUCLEI euxen
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EVEN-EVEN NUCLEI 344 EVEN-EVEN NUCL
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EVEN-ODD NUCLEI 346 EVEN-ODD NUCLEI
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EVEN-ODD NUCLEI 348 EVEN-ODD NUCLEI
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exchange (heat) 350 EXHIBITS exchan
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experimental very high temperature
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EXTRAPOLATION CHAMBERS 354 f1-1530
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facilities (underground) 356 fast b
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fault tree systems 358 federal regi
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fermentation alcohol 360 FERMIONS N
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FERMIUM 254 TARGET 362 FERRITES *BT
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FIBER OPTICS 364 figure of merit *B
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finished oils 366 fish lifts finish
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FISSION RATIO 368 FLASHED STEAM SYS
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florencite 370 FLUID FUELED REACTOR
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flukes (fishes) 372 FLUORIDES NT3 s
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fluorine fluorides 374 FLUX SYNTHES
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folinic acid 376 FORBUSH DECREASE f
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FORMATION HEAT 378 foster wheeler g
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fracture strength 380 FRANCIUM 214
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frank-read source 382 FREQUENCY DEP
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FRM REACTOR 384 fuel cell catalysts
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FUEL GAGES 386 FUEL SYSTEMS FUEL GA
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FUKUSHIMA-II-3 REACTOR 388 FUNGI FU
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G-1 REACTOR 390 GADOLINIUM 151 G-1
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GADOLINIUM HALIDES 392 GALLIUM 63 G
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GALLIUM FLUORIDES 394 GAMMA FUEL SC
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GAS BEARINGS 396 GAS COOLED REACTOR
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GAS OILS 398 GASES GAS OILS 1992-01
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GAUSS POTENTIAL 400 GENE AMPLIFICAT
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GENETIC ENGINEERING 402 GEOLOGIC AG
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GEOLOGIC TRAPS 404 GEOTHERMAL ENERG
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geraniol 406 GERMANIUM 74 geraniol
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GERMANIUM HYDROXIDES 408 GHZ RANGE
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glass development laser facility 41
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GLYCOLYSIS 412 GOLD 181 GLYCOLYSIS
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GOLD ADDITIONS 414 GORKOV-ELIASHBER
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grand accelerateur national d'ions
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GRAVITATION 418 GREEN FUNCTION GRAV
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GROSS DOMESTIC PRODUCT 420 group iv
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guidelines 422 GYROSCOPES guideline
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HADRONS 424 HADRONS NT3 diprotons N
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HAFNIUM 165 426 HAFNIUM COMPLEXES H
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half-life (biological) 428 HALIDES
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HALIDES 430 HALIDES NT2 gadolinium
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HALOGEN COMPOUNDS 432 HALOGEN COMPO
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HAMAOKA-4 REACTOR 438 HARD-SPHERE M
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HASSIUM 440 HAUSER-FESHBACH THEORY
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he method 442 HEAT EXCHANGERS *BT1
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HEAT RESISTING ALLOYS 444 HEAT RESI
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heated effluents 446 HEAVY ION EMIS
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HEAVY NUCLEI 448 HEAVY NUCLEI NT2 a
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HEAVY NUCLEI 450 HEAVY NUCLEI NT1 g
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heavy water gas cooled reactor of s
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HELIOS FACILITY 454 HELIUM EMBRITTL
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HEMICELLULOSE 456 HEROIN NT2 sickle
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HETEROCYCLIC OXYGEN COMPOUNDS 458 H
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high altitude (stratosphere) 460 HI
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HISTORICAL ASPECTS 462 HOLMIUM 145
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HOLMIUM 173 464 HOMALITE *BT1 holmi
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HOPE CREEK-1 REACTOR 466 HOT CELLS
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HOUSEHOLDS 468 hovercraft NT1 fermi
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HUMAN CHROMOSOME 12 470 HUMBOLDT BA
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HYBRID ELECTRIC-POWERED VEHICLES 47
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hydrocephalus 474 HYDROGEN 1 MINUS
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HYDROGEN COOLED REACTORS 476 HYDROG
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HYDROPONIC CULTURE 478 hydroxy-alph
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HYDROXYTRYPTOPHAN 480 HYPERTONIC SO
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IBR-2 REACTOR 482 ICTP IBR-2 REACTO
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ignition (thermonuclear) 484 IMAGE
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IMMUNOSUPPRESSION 486 IMS STELLARAT
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INCOLOY 800 488 INCUBATION INCOLOY
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INDIUM 109 490 INDIUM 97 *BT1 odd-o
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INDONESIA 492 INDUSTRIAL WASTES NT1
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INFECTIOUS HEPATITIS 494 INFRARED R
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INORGANIC COMPOUNDS 496 INSECTS BT1
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insulation (thermal) 498 INTERACTIO
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INTEREST RATE 500 INTERMEDIATE MASS
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INTERMEDIATE MASS NUCLEI 502 INTERM
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INTERNAL ELECTROMAGNETIC PULSES 510
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intersecting storage accelerator 51
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IODINATED ALICYCLIC HYDROCARBONS 51
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IODINE FLUORIDES 516 ION BEAM TARGE
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ION-MOBILITY DETECTORS 518 IONIZING
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ions (atomic) 520 IRIDIUM 172 RT ch
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IRIDIUM ADDITIONS 522 IRON 55 *BT1
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IRON ALLOYS 524 IRON ALLOYS NT1 all
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iron-beta 526 IRON CARBONATES NT2 c
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irradiance 528 IRRADIATION REACTORS
Page 537 and 538:
ISO 530 ISOMERASES NT1 new guinea N
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ISOMERIC TRANSITIONS 532 isotope an
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ISOTOPE SEPARATION PLANTS 534 ISOTO
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ISOTOPES 536 ISOTOPES NT2 bohrium 2
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ISOTOPES 538 ISOTOPES NT2 erbium 15
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ISOTOPES 540 ISOTOPES NT2 iridium 1
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ISOTOPES 542 ISOTOPES NT2 nickel 61
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ISOTOPES 544 ISOTOPES NT3 astatine
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ISOTOPES 546 ISOTOPES NT3 radon 194
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ISOTOPES 548 ISOTOPES NT4 francium
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ISOTOPES 550 ISOTOPES NT4 rubidium
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ISOTOPES 552 ISOTOPES NT4 dysprosiu
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ISOTOPES 554 ISOTOPES NT4 thallium
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ISOTOPES 556 ISOTOPES NT4 iodine 11
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ISOTOPES 558 ISOTOPES NT4 terbium 1
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ISOTOPES 560 ISOTOPES NT3 cerium 13
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ISOTOPES 562 ISOTOPES NT3 gadoliniu
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ISOTOPES 564 ISOTOPES NT3 cobalt 67
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ISOTOPES 566 ISOTOPES NT3 americium
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ISOTOPES 568 ISOTOPES NT3 rubidium
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ISOTOPES 570 ISOTOPES NT3 dubnium 2
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ISOTOPES 572 ISOTOPES NT3 silver 11
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ISOTOPES 574 ISOTOPES NT2 rhenium 1
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ISOTOPES 576 ISOTOPES NT2 molybdenu
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ISOTOPES 578 ISOTOPES NT2 titanium
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itri 580 japan institute plasma phy
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JETS 582 JORDANIAN ORGANIZATIONS JE
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junta de energia nuclear (spain)-2
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kansas state university triga mk-2
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KENNEBEC RIVER 588 KETONES KENNEBEC
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KINETIC EQUATIONS 590 KLYSTRONS RT
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KOREAN ORGANIZATIONS 592 KRYPTON 74
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KRYPTON 99 594 KUWAIT KRYPTON 99 20
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LABELLED POOL TECHNIQUES 596 LAKE M
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LAMBDA PARTICLE BEAMS 598 landau do
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LANTHANUM 127 600 LANTHANUM ALLOYS
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large coil program 602 LASERS RT va
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LAUMONTITE 604 LAWRENCIUM COMPLEXES
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LEAD 606 LEAD 203 BT1 dissolution B
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LEAD ISOTOPES 608 LECITHINS LEAD IS
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LENIN REACTOR 610 LEPTON-NUCLEON IN
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level density 612 liapunov method R
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life styles 614 LIGHT NUCLEI RT mor
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lighter-than-air craft 616 LIMITING
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LINEAR PROGRAMMING 618 LIQUEFACTION
Page 627 and 628: LIQUID METAL FUELS 620 LITHIUM 7 NT
Page 629 and 630: LITHIUM TELLURIDES 622 LNLS STORAGE
Page 631 and 632: LOFT REACTOR 624 LOSSES For areas w
Page 633 and 634: low power reactor assembly 626 LUMI
Page 635 and 636: LUTETIUM 157 628 LUTETIUM 183 *BT1
Page 637 and 638: LWOR TYPE REACTORS 630 LYSIS NT1 le
Page 639 and 640: MACKINTOSHITE 632 MAGNESIUM 34 MACK
Page 641 and 642: MAGNESIUM PERCHLORATES 634 MAGNETIC
Page 643 and 644: magnetic octupole transitions 636 M
Page 645 and 646: MAGNOLIOPSIDA 638 MALDIVES NT2 sola
Page 647 and 648: manatees 640 MANGANESE 62 NT3 wet o
Page 649 and 650: MANGANESE NITRATES 642 MANY-DIMENSI
Page 651 and 652: MARITIME LAWS 644 MARTIN-SCHWINGER
Page 653 and 654: massachusetts institute of technolo
Page 655 and 656: materials (antiferroelectric) 648 M
Page 657 and 658: MATHEMATICAL OPERATORS 650 MATHEMAT
Page 659 and 660: maxwell statistics 652 MEASURING IN
Page 661 and 662: MEAT 654 medec process RT frequency
Page 663 and 664: MEGAWATT POWER RANGE 656 MELTING ME
Page 665 and 666: MENDELEVIUM 259 658 MERCURY 175 MEN
Page 667 and 668: MERCURY 202 TARGET 660 MERONS MERCU
Page 669 and 670: MESOPHILIC CONDITIONS 662 METABOLIS
Page 671 and 672: METAMICT STATE 664 METERING NT3 plu
Page 673 and 674: methyl phenols 666 MHD EQUILIBRIUM
Page 675 and 676: MICRO SV PER HOUR RANGE 668 MICROOR
Page 677: microseism 670 midnight discontinui
Page 681 and 682: MILLIWATT POWER RANGE 674 MINE DRAI
Page 683 and 684: MINERALS 676 MINERALS NT2 chrysober
Page 685 and 686: MINUTES LIVING RADIOISOTOPES 678 MI
Page 687 and 688: MIOCENE EPOCH 680 MIRROR RATIO NT1
Page 689 and 690: MITOCHONDRIA 682 mlis RT optimizati
Page 691 and 692: MODE CONTROL 684 MOHAWK RIVER MODE
Page 693 and 694: MOLNIYA SATELLITES 686 MOLYBDENUM 1
Page 695 and 696: MOLYBDENUM ARSENIDES 688 MOLYBDENUM
Page 697 and 698: MONITORED RETRIEVABLE STORAGE 690 M
Page 699 and 700: MOSAICISM 692 msmr reactor MOSAICIS
Page 701 and 702: multi-wire ionization chambers 694
Page 703 and 704: MUON SPIN RELAXATION 696 mutation i
Page 705 and 706: n-1535 resonances 698 N*BARYONS n-1
Page 707 and 708: NANOSTRUCTURES 700 national energy
Page 709 and 710: national program plans 702 NATIONAL
Page 711 and 712: NATURAL GAS WELLS 704 natural venti
Page 713 and 714: NEGATIVE ENERGY STATES 706 NEODYMIU
Page 715 and 716: NEODYMIUM FLUORIDES 708 NEON 24 DEC
Page 717 and 718: NEP-2 REACTOR 710 NEPTUNIUM ARSENID
Page 719 and 720: NERVOUS SYSTEM 712 NEUTRAL-PARTICLE
Page 721 and 722: neutron-deuteron interactions 714 N
Page 723 and 724: new england power-2 reactor 716 NIC
Page 725 and 726: NICKEL 73 718 NICKEL ALLOYS NICKEL
Page 727 and 728: NICKEL BORIDES 720 nickel-thorium o
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NINE MILE POINT-1 REACTOR 722 NIOBI
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NIOBIUM FLUORIDES 724 NITRATES NT1
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NITROGEN 11 726 NITROGEN COMPOUNDS
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NITROSAMINES 728 NOBELIUM ISOTOPES
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NON-PEPTIDE C-N HYDROLASES 730 NONM
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NORTH ANNA-1 REACTOR 732 NOVACEKITE
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NS MUTSU 734 NUCLEAR DETERRENCE NS
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NUCLEAR FACILITIES 736 NUCLEAR FUEL
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NUCLEAR MODELS 738 NUCLEAR RADII NU
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nuclear reactors 740 NUCLEAR TEST S
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NUCLEI 742 NUCLEI NT2 californium 2
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NUCLEI 744 NUCLEI NT2 ruthenium 118
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NUCLEI 746 NUCLEI NT2 germanium 67
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NUCLEI 748 NUCLEI NT2 tin 131 NT2 t
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NUCLEI 750 NUCLEI NT2 astatine 216
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NUCLEI 752 NUCLEI NT2 rutherfordium
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NUCLEI 754 NUCLEI NT2 germanium 80
Page 763 and 764:
NUCLEI 756 NUCLEI NT3 dysprosium 14
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NUCLEI 758 NUCLEI NT3 thulium 176 N
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NUCLEI 760 NUCLEI NT2 tungsten 173
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NUCLEI 762 NUCLEI NT2 titanium 38 N
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NUCLEI 764 NUCLEI NT2 neptunium 237
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NUCLEI 766 NUCLEI NT2 cesium 126 NT
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nuclei (cells) 768 NUCLEON-ANTINUCL
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NUCLEOTIDYLTRANSFERASES 770 OATS NU
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OCTANE 772 ODD-EVEN NUCLEI OCTANE *
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ODD-EVEN NUCLEI 774 ODD-EVEN NUCLEI
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ODD-ODD NUCLEI 776 ODD-ODD NUCLEI N
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odocoileus 778 ODOROMETERS NT1 rhen
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OI-3 REACTOR 780 OIL SHALES OI-3 RE
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OLEORESINS 782 omentum OLEORESINS I
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ontario phwr pickering-5 reactor 78
Page 793 and 794:
optical scanners 786 ORE PROCESSING
Page 795 and 796:
ORGANIC ARSENIC COMPOUNDS 788 ORGAN
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ORGANIC COMPOUNDS 790 ORGANIC COMPO
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ORGANIC HALOGEN COMPOUNDS 798 ORGAN
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ORGANIC PHOSPHORUS COMPOUNDS 800 OR
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ORGDP 802 orthite NT1 kidneys NT2 g
Page 811 and 812:
OSMIUM 173 804 OSMIUM 200 *BT1 inte
Page 813 and 814:
OTISCA PROCESS 806 OWR REACTOR NT2
Page 815 and 816:
OXIDIZERS 808 OXYGEN NT1 helium oxi
Page 817 and 818:
OXYGEN COMPOUNDS 810 OXYGEN COMPOUN
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oxygen effect (radiobiology) 812 OX
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PACKAGE REACTORS 814 PALIMPINON GEO
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PALLADIUM 92 816 palmitic acid PALL
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PARABOLIC DISH REFLECTORS 818 PARAS
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PARTIAL WAVES 820 PARTICLE INTERACT
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PARTICLE STRUCTURE 822 PATENTS NT1
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pcb (polychlorinated biphenyl) 824
Page 833 and 834:
pennsylvania state triga reactor 82
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PERITONITIS 828 PERRYMAN-2 REACTOR
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pet scanning 830 PETROLEUM FRACTION
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ph'chromosome 832 PHENOBARBITAL ph'
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PHILIPPINE NUCLEAR RESEARCH INSTITU
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PHOSPHORITES 836 PHOSPHORUS COMPOUN
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photo-induced transient spectroscop
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PHOTON-ION COLLISIONS 840 PHOTOVOLT
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PHYSICAL PROTECTION 842 PI2-1670 ME
Page 851 and 852:
PIK PHYSICAL MODEL REACTOR 844 pion
Page 853 and 854:
PISTON EFFECT 846 planned communiti
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plants (industrial) 848 PLASMA NT3
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PLASMA JETS 850 PLASMIDS NT1 explos
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PLATINUM 176 852 PLATINUM 204 *BT1
Page 861 and 862:
PLEIADE DEVICE 854 PLUTONIUM 233 PL
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PLUTONIUM-DELTA 856 pmr spectra NT1
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PNPF REACTOR 858 polar substorms PN
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POLLUTION LAWS 860 POLONIUM 203 NT1
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POLONIUM NITRATES 862 POLYMERASE CH
Page 871 and 872:
POLYSTYRENE 864 POOL TYPE REACTORS
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port radium 866 POSITRONIUM port ra
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POTASSIUM 48 868 POTASSIUM PHOSPHAT
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POWDER RIVER BASIN 870 POWER PLANTS
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POWER REACTORS 872 POWER REACTORS N
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POWER REACTORS 874 POWER REACTORS N
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POWER TRANSMISSION TOWERS 876 PRASE
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PRASEODYMIUM IONS 878 preferred ori
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PRESSURE GAGES 880 PRESSURE TUBE RE
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princeton large torus 882 PROCESSIN
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progestin 884 proliferation resista
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PROMETHIUM 152 886 prongs PROMETHIU
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propyl alcohols 888 PROTACTINIUM 23
Page 897 and 898:
PROTEIN STRUCTURE 890 PROTEINS PROT
Page 899 and 900:
proton magnetic resonance spectra 8
Page 901 and 902:
PSORIASIS 894 public transportation
Page 903 and 904:
pulsed beam deflectors 896 PUMPS RT
Page 905 and 906:
PWR TYPE REACTORS 898 PWR TYPE REAC
Page 907 and 908:
PYRIDINE 900 PYROLYSIS NT1 phthalaz
Page 909 and 910:
qbits 902 QUANTIZATION RT oapec RT
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QUANTUM GROUPS 904 QUARK MATTER QUA
Page 913 and 914:
QUATERNARY AMMONIUM COMPOUNDS 906 r
Page 915 and 916:
adial profiles (plasma) 908 RADIATI
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RADIATION EQUIVALENCE 910 radiation
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RADIATIVE DECAY 912 RADIOACTIVE MAT
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RADIOACTIVE WASTE MANAGEMENT 914 ra
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RADIOISOTOPES 916 RADIOISOTOPES RT
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RADIOISOTOPES 918 RADIOISOTOPES NT2
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RADIOLOGICAL DISPERSAL DEVICES 946
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RADIUM 203 948 radium additions RAD
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RADON 205 950 RADON ISOTOPES *BT1 e
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RANDOMNESS 952 RARE EARTH COMPLEXES
Page 961 and 962:
are earth elements 954 RARE EARTH N
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RARE EARTHS 956 RARE GAS COMPOUNDS
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RCIC SYSTEMS 958 REACTOR CHARGING M
Page 967 and 968:
eactor fuel elements 960 REACTOR PR
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REACTORS 962 REACTORS NT3 lfr react
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REACTORS 964 REACTORS NT3 doel-1 re
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REACTORS 966 REACTORS NT3 wwr-2 rea
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REACTORS 968 REACTORS NT2 pelinduna
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REACTORS 970 REACTORS NT3 pulstar-b
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REACTORS 972 REACTORS NT3 gariglian
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REACTORS 974 REACTORS NT3 muelheim-
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REACTORS 976 REACTORS NT4 anex reac
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REACTORS 978 REACTORS NT3 tory-2a r
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REACTORS 980 REACTORS NT3 oyster cr
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REACTORS 982 REACTORS NT3 oi-4 reac
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REACTORS 984 REACTORS NT3 hamaoka-1
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REACTORS 986 REACTORS NT3 marble hi
Page 995 and 996:
REACTORS 988 REACTORS NT3 kashiwaza
Page 997 and 998:
REACTORS 990 REACTORS NT3 penly-2 r
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ecorded information 992 REDOX PROCE
Page 1001 and 1002:
efractaloy 994 REFRACTORY METAL COM
Page 1003 and 1004:
REGGE CUTS 996 RELATIVISTIC RANGE R
Page 1005 and 1006:
emoval (after-heat) 998 REPROCESSIN
Page 1007 and 1008:
RESEARCH AND TEST REACTORS 1000 RES
Page 1009 and 1010:
esearch center nuclear physics cycl
Page 1011 and 1012:
RESERPINE 1004 resistance heating B
Page 1013 and 1014:
RESOURCE RECOVERY ACTS 1006 RESTRAI
Page 1015 and 1016:
REVERSED SHEAR 1008 RHENIUM 171 NT1
Page 1017 and 1018:
RHENIUM BROMIDES 1010 rho-1600 meso
Page 1019 and 1020:
RHODIUM 116 1012 RHODIUM ISOTOPES R
Page 1021 and 1022:
RICE STEM BORERS 1014 rings (storag
Page 1023 and 1024:
iveting 1016 ROCK BURSTS NT1 ganga
Page 1025 and 1026:
ocky flats plant nuclear safety fac
Page 1027 and 1028:
ROTATIONAL TRANSFORM 1020 rubeola v
Page 1029 and 1030:
RUBIDIUM 96 1022 RUM JUNGLE MINE *B
Page 1031 and 1032:
RUTHENIUM 110 1024 RUTHENIUM COMPOU
Page 1033 and 1034:
RUTHERFORDIUM 260 1026 S CHANNEL *B
Page 1035 and 1036:
SACCHAROMYCES 1028 SAFETY STANDARDS
Page 1037 and 1038:
SALINITY GRADIENT POWER PLANTS 1030
Page 1039 and 1040:
SAMARIUM BORIDES 1032 SAN ANTONIO B
Page 1041 and 1042:
SARCOPLASMIC RETICULUM 1034 SBR-1 R
Page 1043 and 1044:
SCANDIUM 49 1036 SCANDIUM PHOSPHIDE
Page 1045 and 1046:
SCHEDULES 1038 SCINTILLATION COUNTE
Page 1047 and 1048:
SCRUBBERS 1040 SEABORGIUM 272 SCRUB
Page 1049 and 1050:
SEAWEEDS 1042 SECONDS LIVING RADIOI
Page 1051 and 1052:
SECONDS LIVING RADIOISOTOPES 1044 S
Page 1053 and 1054:
SECURITY SEALS 1046 SEISMIC DETECTO
Page 1055 and 1056:
SELENITES 1048 SELENIUM 85 NT1 merc
Page 1057 and 1058:
SELF-CONSISTENT FIELD 1050 SEMICOND
Page 1059 and 1060:
SENSITIZERS 1052 sequoyah nuclear p
Page 1061 and 1062:
sewage treatment 1054 SHAPE *BT1 bi
Page 1063 and 1064:
SHIELDING 1056 SHOCK WAVES SHIELDIN
Page 1065 and 1066:
SIALIC ACID 1058 sigma-2455 resonan
Page 1067 and 1068:
SILICATES 1060 SILICON 27 NT1 crist
Page 1069 and 1070:
SILICON ARSENIDES 1062 silicon semi
Page 1071 and 1072:
SILVER 117 1064 SILVER HALIDES *BT1
Page 1073 and 1074:
single photon ect 1066 SKAGIT-1 REA
Page 1075 and 1076:
slater orbitals 1068 SLOWPOKE TYPE
Page 1077 and 1078:
smr reactor 1070 SNG PLANTS smr rea
Page 1079 and 1080:
SODIUM 20 1072 SODIUM COOLED REACTO
Page 1081 and 1082:
soft-pion theorem 1074 SOLAR CELL A
Page 1083 and 1084:
solar energy research institute 107
Page 1085 and 1086:
SOLAR SYSTEM EVOLUTION 1078 SOLID H
Page 1087 and 1088:
solvatation 1080 SORBENT INJECTION
Page 1089 and 1090:
SOUTH TEXAS PROJECT-2 REACTOR 1082
Page 1091 and 1092:
spadns 1084 specific volume spadns
Page 1093 and 1094:
SPECTROSCOPIC CURVE OF GROWTH 1086
Page 1095 and 1096:
SPIPERONE 1088 SPONTANEOUS FISSION
Page 1097 and 1098:
SQUID DEVICES 1090 STABLE ISOTOPES
Page 1099 and 1100:
STACK DISPOSAL 1092 stainless steel
Page 1101 and 1102:
STAINS 1094 STANFORD LINEAR COLLIDE
Page 1103 and 1104:
state liability 1096 STEAM GENERATO
Page 1105 and 1106:
steel-10cd9-10 1098 steel-3hk5s USE
Page 1107 and 1108:
STEEL-ASTM-A537 1100 STEEL-CR17NI12
Page 1109 and 1110:
STEEL-CR23NI18 1102 steel-din-1-677
Page 1111 and 1112:
STEEL-MNNIMO 1104 STEELS STEEL-MNNI
Page 1113 and 1114:
steenstrupine 1106 stepanov method
Page 1115 and 1116:
STIMULATION 1108 storage (spent fue
Page 1117 and 1118:
STRAIN HARDENING 1110 STRATA CONTRO
Page 1119 and 1120:
stress relieving 1112 STRONTIUM 82
Page 1121 and 1122:
STRONTIUM ISOTOPES 1114 STX DEVICES
Page 1123 and 1124:
sucker rod pumps 1116 SULFIDATION s
Page 1125 and 1126:
SULFREEN PROCESS 1118 SULFUR COMPOU
Page 1127 and 1128:
SULFUR ORES 1120 SUPERCONDUCTING CA
Page 1129 and 1130:
SUPERCRITICAL STATE 1122 SUPERTHERM
Page 1131 and 1132:
SURFACE CONTAMINATION 1124 SURFACE
Page 1133 and 1134:
surry power station unit-1 1126 SWI
Page 1135 and 1136:
sympathetic nervous system 1128 syn
Page 1137 and 1138:
systeme accelerateur rhone-alpes 11
Page 1139 and 1140:
TANKER SHIPS 1132 TANTALUM 176 NT2
Page 1141 and 1142:
TANTALUM ISOTOPES 1134 TARGETS TANT
Page 1143 and 1144:
TARGETS 1136 TARGETS NT1 nickel 62
Page 1145 and 1146:
TDA 1138 TECHNETIUM 87 TDA UF decyl
Page 1147 and 1148:
TECHNETIUM TELLURIDES 1140 TELLURID
Page 1149 and 1150:
TELLURIUM 126 TARGET 1142 TELLURIUM
Page 1151 and 1152:
temperature effects 1144 TENNESSEE
Page 1153 and 1154:
TERBIUM 142 1146 TERBIUM 169 TERBIU
Page 1155 and 1156:
TERPHENYL-PARA 1148 TEST REACTORS T
Page 1157 and 1158:
tetramethylenediamine 1150 THALAMUS
Page 1159 and 1160:
THALLIUM 203 1152 THALLIUM PHOSPHAT
Page 1161 and 1162:
THERMAL CRACKING 1154 thermal pollu
Page 1163 and 1164:
THERMAL REACTORS 1156 THERMAL REACT
Page 1165 and 1166:
THERMAL REACTORS 1158 THERMAL REACT
Page 1167 and 1168:
THERMIONIC EMISSION 1160 THERMODYNA
Page 1169 and 1170:
THERMOLUMINESCENT DOSIMETRY 1162 TH
Page 1171 and 1172:
thermopiles 1164 THIONAPHTHENES the
Page 1173 and 1174:
THORIUM 213 1166 THORIUM-ALPHA *BT1
Page 1175 and 1176:
THORIUM RESERVES 1168 THULIUM 145 N
Page 1177 and 1178:
THULIUM 176 1170 thyme camphor *BT1
Page 1179 and 1180:
tight sands 1172 TIN 102 tight sand
Page 1181 and 1182:
TIN 126 1174 TIN ISOTOPES TIN 126 *
Page 1183 and 1184:
TITANIUM 48 BEAMS 1176 TITANIUM ALL
Page 1185 and 1186:
TITANIUM SILICIDES 1178 tohoku univ
Page 1187 and 1188:
TOLERANCE 1180 TOPPING CYCLES TOLER
Page 1189 and 1190:
TOSCA TOKAMAK 1182 TOXINS TOSCA TOK
Page 1191 and 1192:
training facilities 1184 transage 1
Page 1193 and 1194:
TRANSGENIC PLANTS 1186 TRANSITION E
Page 1195 and 1196:
TRANSITION ELEMENT ALLOYS 1188 TRAN
Page 1197 and 1198:
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Page 1201 and 1202:
TRANSITION ELEMENT COMPOUNDS 1194 T
Page 1203 and 1204:
TRANSITION FLOW 1196 TRANSPLUTONIUM
Page 1205 and 1206:
TRANSPORT THEORY 1198 TRANSURANIUM
Page 1207 and 1208:
TREMATODES 1200 TRIDENT FACILITY NT
Page 1209 and 1210:
TRIGA-3-MUNICH REACTOR 1202 trinony
Page 1211 and 1212:
TRITON REACTOR 1204 tschebyscheff a
Page 1213 and 1214:
TUNGSTEN 1206 TUNGSTEN 181 NT1 cadm
Page 1215 and 1216:
TUNGSTEN FLUORIDES 1208 TURBINE BLA
Page 1217 and 1218:
TWMR REACTOR 1210 UCAP PROCESS TWMR
Page 1219 and 1220:
UKRAINE 1212 ULTRAVIOLET SPECTRA *B
Page 1221 and 1222:
UNDERGROUND FACILITIES 1214 UNIDO R
Page 1223 and 1224:
UNIVERSE 1216 ununoctium UNIVERSE U
Page 1225 and 1226:
URANIUM 217 1218 URANIUM 240 TARGET
Page 1227 and 1228:
URANIUM ISOTOPES 1220 URANIUM PEROX
Page 1229 and 1230:
URBAN POPULATIONS 1222 us aec low i
Page 1231 and 1232:
US DOE FIELD OFFICES 1224 US FEDERA
Page 1233 and 1234:
US NAVAL PETROLEUM RESERVES 1226 US
Page 1235 and 1236:
useful life 1228 UZBEKISTAN NT1 ten
Page 1237 and 1238:
VAHNUM-1 REACTOR 1230 VANADIUM 50 T
Page 1239 and 1240:
VANADIUM FLUORIDES 1232 VAPOR-DOMIN
Page 1241 and 1242:
vatican city state 1234 VELA PROJEC
Page 1243 and 1244:
versene 1236 vibration modes primar
Page 1245 and 1246:
VIPER REACTOR 1238 VITAMIN B GROUP
Page 1247 and 1248:
VOLCANOES 1240 W-L SULFUR DIOXIDE R
Page 1249 and 1250:
WASHAKIE BASIN 1242 WASTE MANAGEMEN
Page 1251 and 1252:
WATER 1244 WATER COOLED REACTORS NT
Page 1253 and 1254:
WATER COOLED REACTORS 1246 WATER CO
Page 1255 and 1256:
WATER COOLERS 1248 water intrusion
Page 1257 and 1258:
WATER MODERATED REACTORS 1250 WATER
Page 1259 and 1260:
water moderator 1252 WATER POLLUTIO
Page 1261 and 1262:
waterborne particulates 1254 waw wa
Page 1263 and 1264:
weight measurement 1256 WELL LOGGIN
Page 1265 and 1266:
WESTERN AREA POWER ADMINISTRATION 1
Page 1267 and 1268:
wilputte process 1260 wisconsin pub
Page 1269 and 1270:
wood pellets 1262 WR-1 REACTOR RT s
Page 1271 and 1272:
WWR-M-LENINGRAD REACTOR 1264 X-RAY
Page 1273 and 1274:
XENON 112 1266 XENON 135 *BT1 xenon
Page 1275 and 1276:
xeroradiography 1268 YAMAGUCHI POTE
Page 1277 and 1278:
YELLOW CREEK BASIN 1270 YTTERBIUM 1
Page 1279 and 1280:
YTTERBIUM HALIDES 1272 YTTRIUM 82 Y
Page 1281 and 1282:
YTTRIUM HALIDES 1274 ZAPOROZHE-2 RE
Page 1283 and 1284:
zero power research reactor-3 (anl)
Page 1285 and 1286:
ZINC COMPLEXES 1278 ZIRCONIUM 100 Z
Page 1287 and 1288:
ZIRCONIUM 96 TARGET 1280 ZIRCONIUM
Page 1289:
ZT-40 DEVICES 1282 ZYMOSAN ZT-40 DE
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