Alphabetical Subject Index
Abelson, Philip | ||
Draft of letter from Pauling, August 1965 25:231 | ||
Acetylene | ||
Points of inflection 09:088-089 | ||
Acid | ||
Barbituric 10:181 | ||
Dichlorbarbituric 10:181 | ||
Hydrochloric (HCl) 31:255 | ||
Nicotinic 32:126-127 | ||
Viluric 10:181 | ||
Actinium 37:027 | ||
Addis, Thomas 41:081 | ||
AIDS 17:132 136 42:138-139 43:074 | ||
Fauci, Anthony 43:075 | ||
Alanine (C3H7NO2) 18:010 | ||
Alkali halogenide gas molecules 23:212-213 | ||
Alkali metals | ||
At ~5° K 15:001 | ||
Fe 29:119 | ||
Alkali metal-halides | ||
Bonds 36:056-057 | ||
Ions 31:112-113 | ||
Alkaline-earth metals 45:063 | ||
Allen, Fred 35:013-019 022 | ||
Alloys 32:266 267 | ||
Friauf types 24:066-069 | ||
Rubidium-Iridium 19:174 | ||
Alpha helix | ||
Bending the helix 24:010-019 28:024 026 | ||
Compound helixes larger rings 28:014 | ||
Limitations on a single bend 24:010 | ||
Alumina (-Alumina) 41:082 084 085-089 091 093-094 096-097 | ||
Aluminates 41:092 | ||
Aluminum (Al) 19:028-031 37:027 32:038 | ||
Acids 05:050-053 | ||
Al-M systems 17:273-276 | ||
Aluminum(Al56.1) 17:087 | ||
Aluminum barium (Al4Ba) 40:154 156-157 159 | ||
Aluminum borohydride (AlB3H12) 23:197 | ||
Aluminum calcium silicate (Al2CaSi2) hP5 crystallography 40:161 | ||
Aluminum compounds 17:125-126 | ||
Aluminum copper lithium (Al55Cu10Li35) 17:163 167-184 189-192 196 | ||
Aluminum copper magnesium (AlCuMg) 17:211 | ||
Aluminum cupric cobalt (Al13Co4Cu3) 41:122 124-125 42:125 | ||
Aluminum cupric ferride (AlCuFe) 44:127 | ||
Aluminum cupric ferride (Al13Cu4Fe3) 40:132 134-137 139 176 178-181 183 196 198-204 207 212 214-215 224-225 227 230 248 250-251 253 276 | ||
As an orthorhombic crystal 40:223 | ||
Quasi 40:218 221-222 | ||
Aluminum cupric ferride (Al65Cu20Fe15) 40:033-034 | ||
Aluminum cupric lithide (Al6CuLi3) 29:272-273 36:070-075 100 132-135 137 40:231 242-243 278 282 | ||
Aluminum cupric lithium (Al11Cu2Li) 17:089 | ||
Aluminum cupric lithium (Al11Cu2Li3) 17:090 | ||
Aluminum cupric lithium (Al55Cu10Li35) 17:213-214 | ||
Aluminum cupric lithium (Al11Cu2Li7) 40:232-233 | ||
Aluminum cupric lithium (Al56.1Cu10.2Li33.7) 29:078-079 36:129 | ||
X-ray powder pattern 36:126 | ||
Aluminum cupric lithium (CuLi3Al6) 17:141 143-152 197 225 36:128 131 | ||
Aluminum cupric lithium magnesium (AlCuLiMg) 17:185-186 193-194 197 210 43:102-105 107 | ||
Aluminum cupric lithium magnesium (Al51Cu12.5Li23.5Mg13, Al51Cu10.5Li23.5Mg13) 40:234-237 | ||
Aluminum cupric lithium magnesium (Al55Cu12.5Li23.5Mg13, Al55Cu10Li30Mg5, AlCuLiMg13) 17:187-188 197 209 215-218 | ||
Aluminum cupric magnesium lithium complex 35:076 | ||
Aluminum cupric magnesium complex 35:077 | ||
Al51Cu12.5Mg36.5 17:200 | ||
AlCuMg 17:211 216 | ||
Aluminum cupric manganate (AlCuMn) 44:184 | ||
Aluminum dimanganese (Al7Mn2) 38:102 41:032-039 041-047 049 101-102 | ||
Decahedral 29:201 | ||
Aluminum ferric silicon ((AlFeSi) Fe(Al,Si)4 ) hex 36:095 | ||
Aluminum germanium (M) (Al2Ge2M) crystallography hP5 40:160 | ||
Aluminum germanium lanthanate 40:163 | ||
Aluminum gold (Al-Au) 36:140 | ||
Aluminum hafnium (Al-Hf) 29:009 | ||
Aluminum hydride (AlH3) 33:048-051 053 | ||
Aluminum indium (Al-In) 17:124 | ||
Aluminum iron manganese (Al7(Mn1Fe)2) 29:202 204 | ||
Decagonal structure 29:205 208-211 | ||
Decahedral structure 29:198 207 212-213 | ||
Aluminum manganate (Al6Mn, Al5Mn, MnAl4) 36:102-103 40:231 255 276 280-281 | ||
MnAl6 analysis of diffractogram 1-70 of IBM 36:112 | ||
Hexagonal MnAl4 36:088 090-091 | ||
Icosa MnAl4 36:091 | ||
MnAl6 unit of 36:087 | ||
MnAl6 values of Mn-Mn in Mny0 dodecahedron 35:223 | ||
Aluminum manganate budai 40:228 | ||
Aluminum manganese silcate (Al72Mn22Si6) 44:176 | ||
MnAlSi 36:092-093 35:074-075 | ||
Al76Mn21Si5 17:204 | ||
Aluminum manganese silicon (MnAl6(Si)) ED photos of 36:062 | ||
Aluminum oxide (Al2O3) 41:090 | ||
Aluminum palladium (Al6Pd) 40:282 284-286 288-290 292-309 | ||
Aluminum phosphate (Al(PO3)3) 07:040 | ||
Aluminum thulium sulfur (Al74Tm21S5) 17:195 198-199 201 203 | ||
Aluminum tungsten (Al12W) | ||
Quasi theory 40:266 | ||
Structure 40:267 | ||
Aluminum zirconium (Al-Zr) 36:142 | ||
Atomic volumes 17:207-208 219 221-222 224 | ||
Decagonal Al7(Mn1-xFex)2 29:016-017 019 | ||
Dialuminum (Al2) 35:017 | ||
Friauf 45:068 | ||
Hexamethyldialuminum (C6H18Al2) 19:049 | ||
Invar 45:050-051 | ||
Properties 27:013 | ||
Z, z+1 46:036 | ||
Americium (Am) | ||
Properties 27:095 | ||
Amide II vibration, dichroism for collagen 28:041 | ||
Amidohydroxy dyes 17:012 | ||
Amine by simple method 24:073-074 | ||
Amino acids 46:090-093 | ||
Matching patterns 46:098-099 | ||
Amino-acid sequences 18:109-112 114 | ||
Problem posed by Art Robinson 18:107-108 | ||
Ammonium | ||
Cadmium chloride (NH4CdCl3) 07:248-249 | ||
Fluoaluminate ((NH4)3AlF6), apparent twinning 03:128-129 | ||
Ammonium floaluminate vs. calcium carbonate (CaCO3) 02:100-107 | ||
Fluoferrate | ||
Notes 02:048-081 084-087 | ||
X-ray diffraction 02:048-081 084-087 | ||
Hexafluorotitanate 08:040 | ||
Molybdenum trioxide trifluoride 03:092-097 | ||
Amphoteric hydroxides 19:012 | ||
Analcite 06:106-107 | ||
Anatase and rutite 35:224 | ||
Anesthesia 19:066-069 20:114-119 122-123 46:100-107 | ||
Angles | ||
Double bonds 31:259 | ||
High resolution atomic structure imaging (HREM) 35:224 | ||
Anisotropic nuclei 25:215-216 | ||
Anthracene 34:062 | ||
Antibodies | ||
Artificial 14:054 | ||
Dan Campbell 17:056-057 | ||
Experiments on manufacture 17:055-057 | ||
Antiferromagnatism 23:241 260-263 | ||
Antihyperons 23:265 | ||
Antimonates 07:063-065 | ||
Antimony (Sb) 19:025 028 24:058-059 37:051 | ||
In copper (Sb in Cu) 19:028 | ||
In lead (Sb in Pb) 19:026 | ||
Properties 27:051 | ||
Antimonyl | ||
Compounds 07:067 | ||
Anomalous dispersion method of studying proteins 28:059 | ||
Apophyllite 06:080-081 084-095 | ||
Approximate quantum mechanics 20:015-016 | ||
Argon (Ar) | ||
Charged clusters of 35:064-065 | ||
High spin level 3918Ar21 33:047 | ||
Properties 27:018 | ||
Argyrodite 07:206 | ||
Arsenic (As) 19:027-028 37:051 | ||
Arsenic (II) sulphide 24:099 | ||
Properties 27:030 | ||
Arsenopyrite (FeAsS) 24:090 | ||
Ascorbate 34:050-055 | ||
Ascorbic acid 32:127 | ||
Ascorbic 31:068 069 32:127 | ||
Psoriasis 33:031 | ||
Schizophrenia 19:074 32:222-223 | ||
Topical uses 31:102 | ||
Urine 19:073-082 | ||
Astatine (At) 27:085 | ||
Atherosclerosis 42:064-071 43:007 | ||
Atomic A-values 06:287-289 | ||
Atomic nuclei | ||
Calculation of R 24:108-113 | ||
Neutral 23:184 | ||
Structure 26:054 | ||
Atomic structure imaging | ||
Angles high resolution atomic structure imaging (HREM) 35:224 | ||
Atomic volume 17:231-234 236 40:011 | ||
Compounds of Al 17:207-208 219 221-222 224 | ||
Aluminum-Cupric-Magnesium (Al-Cu-Mg) 17:212 | ||
Aluminum-Magnesium (Al-Mg) 17:212 | ||
Compounds of Ga 17:235 237-252 | ||
Intermetallic compounds 36:143-144 146 | ||
Aurin (dihydroxyfuchsone) 17:004 | ||
Experiments 17:005 | ||
Autobiographical entries 02:081 15:004 17:172 189 18:087 19:175 240 266-271 23:010-014 070 243 24:100-101 24:150 151 25:117 138-139 188 209 230 234 236 252 258 260 266-267 29:034 075 211 272 31:045 205 207 225 264 269 271 32:070 072 099 126-128 135 32:173 195 203 208 211 222 235 236 241 245 33:019 34:003 005 007 009 010 011 013 015 017 019 021 023 025 027 029 032-043 045 168 35:013 077 219 227 35:075 36:130 38:110 41:001 003 027 030-032 047 081 097 099 100 118 142 42:073-074 100 109 119 130 43:004 007 020-021 034 041 050-051 053 055 057-058 060 073 074 082 105 127 130 133 140 147 151 44:002 004-005 019 024-029 034 041 045 047-053 058-060 090 100 106-107 118 125 128-129 144 146 158 160 161 163 187 214 219 220 46:047 | ||
Chemical explosion 16:032 | ||
Committee memberships 16:032 | ||
Construction of Sierra Madre Villa 16:032 | ||
Travel notes 16:032 036 038 | ||
Azide complexes | ||
Iron-group elements 14:024 | ||
Nickel-azide complexes 14:025-029 |