Alphabetical Subject Index
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Alphabetical Subject Index
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T
| T+ or t 38:106 109 41:006-027 | ||
| Tantalite, x-ray diffraction data and spectral photographs for 04:092-119 128 132-141 | ||
| Tantalum (Ta) 24:061 37:031 39:023 44:110 112-119 | ||
| Properties 27:073 | ||
| Tantalum chloride ion (Ta6Cl12++) 24:060 | ||
| Technetium (Tc) 37:034-035 39:031 | ||
| High technetium (Tc) 17:021 | ||
| Properties 27:043 | ||
| Tellurates 07:063-065 | ||
| Tellurium (52Te) 29:238 239 42:080 | ||
| Electric quadrupole moment 24:114-119 | ||
| Hydroxide 19:201 | ||
| Properties 27:052 | ||
| 13452Te82 17:284 | ||
| 13652Te84 17:281 | ||
| Tellurium sulphide (TlS) 24:092 | ||
| Tellurium selenide (TlSe) 24:092 | ||
| X-ray diffraction date tellurium hydroxide (Te(OH)6) 04:022-027 030 032-035 | ||
| Terbium (Tb) | ||
| Properties 27:065 | ||
| Ternary fission 28:110-115 | ||
| Tenery, Jack | ||
| Re: Vivonex 37:017 | ||
| Tests | ||
| Three vitamin 46:088-089 | ||
| Distribution-curve method 46:094-095 | ||
| Tetrapeptide 43:126 | ||
| Triple loading 46:096 097 | ||
| Tetraborane 23:184 | ||
| Tetradymite 08:052 31:104-111 | ||
| Structure 08:053-056 | ||
| Tetragonal boron 23:222-223 | ||
| Tetragonal dodecahedron 20:056-057 | ||
| Tetrahedral orbital 20:106-109 | ||
| Tetrahedral structures | ||
| Pentagons and hexagons 20:091 | ||
| Tetrakis 28:116 | ||
| Tetrapyramidon | ||
| Conditions of formation 25:166 | ||
| Peaks 25:113 116-117 | ||
| Theories | ||
| Cancer 41:033 048 050-079 | ||
| CH2 triplet ground state 23:276-277 | ||
| Debye-Hückel (ionic solutions) 38:095 | ||
| Heterogeneity of a cohort 35:106 | ||
| Metals 44:001 45:076-083 | ||
| Nuclei 31:200-201 | ||
| Superconductivity 46:032 034 037 039 040-042 047 050-056 | ||
| Titanium carbide (Ti8C12) 44:038 041 | ||
| Virial 23:240-241 44:197 | ||
| Thallium (Tl) 19:025 028 37:047 35:049 39:017 | ||
| Anomaly 17:113-114 | ||
| Hydride (Th4H15) 19:191 | ||
| Iodine 05:009-018 | ||
| Properties of 27:081 | ||
| Volumes 17:127-128 | ||
| Thermochemistry 31:200a | ||
| Thorium (Th) 29:087 35:180-182 37:028-029 39:015 42:036 041 046 | ||
| Hydride (ThH2) 19:053 | ||
| Nuclei 24:124-127 | ||
| R (in fm) for the ground band of isotopes and cluster with mass m (Dal) 35:296 | ||
| Properties of 27:090 | ||
| Thorium sulphide (ThS) 24:104 | ||
| 90Th 42:017 | ||
| 132Th 35:177 | ||
| 22290Th 42:050-051 | ||
| 230Th 35:170 179 | ||
| 23090Th 29:176 | ||
| 230-232Th 35:200 | ||
| 232Th 35:170 179 201 | ||
| 23290Th 29:178 | ||
| 23490Th 35:171 | ||
| Thulium (Tm) | ||
| Properties 27:069 | ||
| Tiemannite (HgSe) 24:091 | ||
| Tin (Sn) 19:025 028 29:236 37:049 39:021 | ||
| Calculated distances for tin iodine (SnI4) 04:006 | ||
| In copper (Sn in Cu) 19:026 | ||
| In silver (Sn in Ag) 19:026 | ||
| Isotope structures 32:096-098 | ||
| Properties of 27:050 | ||
| 13250Sn82 17:284 | ||
| Tin (IV) bromide (SnBr2) 35:002 | ||
| Tin strontium (Sn-Sr) 29:009 | ||
| Tin (II) telluride (SnTe) 24:090 | ||
| Titanium (Ti) 23:242 31:026 37:028-029 39:019 | ||
| Halides 20:033 | ||
| Nickel iron silicon (Ti56Ni23Fe5Si16) 17:159-162 164-166 | ||
| Nuclei 32:054 | ||
| Properties 27:022 | ||
| Titanium nickel ferric strontium (Ti56Ni23Fe5Sr16 ) 40:275 | ||
| Titanium selenide (TiSe) 24:091 | ||
| Titanium sulphide (TiS) 24:087 104 107 | ||
| Titanium nickle (TiNi) 37:147 | ||
| Titanium palladium (TiPd3) 37:147 | ||
| Titanocene 23:208-209 | ||
| Titration | ||
| Iodine 19:089 | ||
| Ascorbic acid 19:090 | ||
| Tourmaline | ||
| X-ray Diffraction 07:006-007 009-019 | ||
| Transmission electron microscope, high resolution (HRTEM) | ||
| Distance between clusters 36:089 | ||
| MnAl6 36:118-121 | ||
| Transition at n≈90 32:136-141 | ||
| Transition metals | ||
| Angles 19:236 | ||
| Trelion and triton binding energy to polyhelions 32:150 | ||
| New ideas about 46:047 051 | ||
| 1,1,1-Trifluoroethane 46:064-065 | ||
| 1,3,5-Tribromobenzene 15:033-034 | ||
| Trigermane (Ge3H8) 09:008-009 | ||
| Trihelion resonance 32:103 | ||
| Tetrad 25:025 | ||
| Triphenylmethane dyes 17:006-011 | ||
| Tripotassium cyamelurate 14:043 | ||
| Trisodium cyanurate 14:042 | ||
| Triton | ||
| Addition to heavy nucleus 32:160-161 | ||
| Fission product distribution 25:156-157 | ||
| Nuclei 25:152 153 | ||
| Nucleons 25:119 | ||
| QM 32:202-211 219 | ||
| Trelion binding energy to polyhelions 32:150 | ||
| Tungsten (W) 37:032-033 054-055 063 39:028-029 42:111-117 | ||
| Electric quadrupole moment 24:114-119 | ||
| Isotopes 41:133 | ||
| Properties of 27:074 | ||
| 18234W108 42:011 | ||
| 18274W108 44:127 | ||
| 179W 43:138 140-143 | ||
| 17074W96 17:293 41:130 42:002 088 | ||
| Tungsten silicide (WSi2) | ||
| Ordinary treatment 32:179 | ||
| Treatment with S variable 32:178 | ||
| Twinning | ||
| Consideration of the possibility of 02:043-045 | ||
| Typescripts | ||
| Cell Lab Report #3 by Lew Brenneman 37:021 | ||
| Computations of Human/Mouse Dose Equivalents in Seven Diets Used in Cancer Nutrition Experiments II and III, by Ruth Reynolds. 33:111 | ||
| Primary and Secondary Acids and Bases, by Lewis and Seaborg 17:003 | ||
| Proposed Metabolic Studies of Human Cells in vitro, by Lew Brenneman 37:013 | ||
| Report of Cell Work for 15 Feb to 7 May, by Lew Brenneman 37:018 | ||
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