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| Dienes G.J., Vineyard G.H. — Radiation Effects in Solids |
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| Предметный указатель |
Shear stress, effect of irradiation on 156 182
Sherrill, F. A. 191 206
Shockley, W. 123 179
Siegel, S. 28 (ref. 29) 83 92 192 5 54 88 123 206
Silica see also Quartz
Silica, color centers in 104
Silica, crystalline and vitreous, irradiation of 82
Silica, displaced atoms in 80—82
Silica, gel, effect of neutrons on catalytic activity 200
Silica, magnetic susceptibility 105
Silica, vitreous, annealing 168
Silicon, carbide, annealing 168
Silicon, carbide, lattice expansion 110
Silicon, elastic modulus 103
Silicon, electrical properties 94
Silicon, fast-neutron bombardment of 103
Silicon, threshold energy 60 61
Silicon, ultrasonic velocity 103
Silver, effect of deuterons on resistivity 63 64 157
Silver, effect of protons on self diffusion 119
Silver, residual resistivity of interstitials and vacancies 66
Silver, resistivity 156
Simmons, R. 110 165 127
Simnad, M. 200 203 207
Simon, F. E. 96 (ref. 28) 97 124
sinks see Defects and Dislocations
Sisman, O. 5
Slater, J. C. 5
Slifkin, L. 131 (ref. 6) 132 165 177
Slow-neutron beam 70
Slow-neutron scattering, by interstitials and vacancies 67
Smoluchowski, M. v. 138 178
Smoluchowski, R. 6 (ref. 1) 95 121 166 200 204 53 128 207
Snyder, W. S. 18 19 24 54
Sodium, azide, coloring of by irradiation 196
Sodium, bromide, vacancies in, activation enersry of motion 136
Sodium, chloride, electrical properties 95
Sodium, chloride, irradiation of 166 167
Sodium, chloride, proton bombardment of 166
Sodium, chloride, vacancies in, activation energy of motion 136
Sodium, nitrate, decomposition by irradiation 195
Sodium, nitrate, optical properties 195
Solid solution, hardening 183
Solid solution, precipitation from, effect of irradiation on 192—194
Solid solution, precipitation from, retrogression 192
Solid state reactions, radiation-induced 120
Solid-state polymerization, acrylamide 196 197
Solid-state polymerization, acrylic acid 197
Solid-state polymerization, barium aery late 197
Solid-state polymerization, by gamma-rays 196 197
Solid-state polymerization, by irradiation 196—199
Solid-state polymerization, calcium aery late 197
Solid-state polymerization, methacrylamide 197
Solid-state polymerization, methacrylic acid 197
Solid-state polymerization, methylene-bis-acrylamide 197
Solid-state polymerization, potassium acrylate 197
Solid-state polymerization, vinyl carbazole 197
Solid-state polymerization, vinyl stearate 197
Sonder, E. 131 (ref. 6) 132 165 177
Sosin, A. 102 (ref. 49) 191 125 206
Spalaris, C. N. 203 207
Spikes 32—45
Spikes, diffusion induced by 85
Spikes, displacement 3 33 41—45 166
Spikes, displacement, dislocation loops 42
Spikes, displacement, disordering 84 85
Spikes, displacement, in copper-iron 194
Spikes, displacement, interstitials 42
Spikes, displacement, misoriented regions 42
Spikes, displacement, theory of 33
Spikes, displacement, vacancies 42
Spikes, enhancement of atomic diffusion 43
Spikes, fission 187
Spikes, fission, twinning 187
Spikes, nucleation 39
Spikes, phase change 39
Spikes, spherical 36
Spikes, stress 39
Spikes, temperature, cylindrical 37
Spikes, temperature, Frenkel defects 39
Spikes, temperature, plastic deformation in 39—41
Spikes, temperature, rate process 37
Spikes, temperature- 33
Spikes, thermal 3 33 166
Spikes, thermal, disordering 83 84 85
Spikes, thermal, in copper-iron 194
Spikes, thermal, in phase transformation 191
Spikes, thermal, in precipitation from solid solution 193
Spikes, thermal, phase reversal 84—85
Spikes, thermal, temperature distributions in 35 38
Spikes, thermal, theory of 33
Spilners, A. 204 207
Spinel, lattice expansion 110
Sproull, R. L. 95 124
Steel, deuteron irradiation of 184
Steel, stainless, neutron irradiation of 194
Stevels, J. M. 104 (ref. 68) 126
Stone, G. 10 53
Stored energy 75 164 168 169
Stored energy, diamond 99
Stored energy, effect of irradiation on 98—101
Stored energy, graphite 99
Stored energy, release 99 158 159 160 161 166 173
Stored energy, release, catastrophic 169
Stress-strain, copper 183
Stress-strain, nickel 184
Stripp, K. F. 91 (ref. 6) 134 123 178
Sturm, W. J. 110 127
Sullivan, L. P. 194 206
Sutton, G. R. 5
Swegler, E. W. 200 207
Szymanski, H. 168 180
Taschek, R. F. 15 (ref. 18) 54
Taylor, E. H. 199 203 207
Taylor, W. E. 192 206
Teutonico, L. J. 103 125
thermal conductivity 96—98
Thermal conductivity, aluminum oxide 97
Thermal conductivity, diamond 97
Thermal conductivity, graphite 97 98
Thermal conductivity, quartz 96 97
Thomas, D. F. 192 (ref. 25) 5 206
Thompson, D. O. 102 103 125
Threshold electron energy 13
Threshold energy 12 18 56—62
Threshold energy, by minority carrier lifetime 61
| Threshold energy, by ordering 61
Threshold energy, by resistivity 61
Threshold energy, by saturation magnetization 61
Threshold energy, copper 57 61
Threshold energy, copper-gold 61
Threshold energy, experimental determinations 58—62
Threshold energy, germanium 57 58 60 61
Threshold energy, graphite 61
Threshold energy, iron 61
Threshold energy, silicon 60 61
Threshold energy, theoretical calculations 56—58
Threshold radiation energy, alpha-particles 58
Threshold radiation energy, electrons 58
Threshold radiation energy, fission fragments 58
Threshold radiation energy, gamma-rays 58
Threshold radiation energy, neutrons 58
Threshold radiation energy, protons 58
Threshold, displacement see Displacement threshold
Tin, irradiation of 190
Tin, phase transformation 190
Tomizuka, T. 131 (ref. 6) 132 165 177
Tournarie, M. 101 (ref. 42) 125
Transition temperature, effect of irradiation on 184
Transmutation, gold 16
Trapping centers 80
Traps in semiconductors 77
Traps, chemical 74
Traps, distribution and character of 152
Truell, R. 103 125
Tucker, C. W., Jr. 85 111 114 54 89 127
Tungsten, effect of protons on electrochemical properties 200
Turnbull, D. 4 53 86 178 206
Twinning, uranium 188
Tyler, W. W. 97 (ref. 33) 124
Ultrasonic velocity, effect of irradiation on 103
Ultrasonic velocity, silicon 103
Uranium, Bragg reflection broadening 114
Uranium, dimensional stability 185—189
Uranium, distortion by irradiation 185
Uranium, fast-neutron damage 185
Uranium, fission-fragment damage 185
Uranium, growth 186—189
Uranium, growth, anisotropic diffusion 187
Uranium, growth, fission spikes 187
Uranium, growth, interpretations 187—189
Uranium, twinning 188
Uranium-chromium, irradiation of 85
Uranium-molybdenum, irradiation of 84
Uranium-niobium, irradiation of 84
Vacancies 2 72
Vacancies in copper 130 132
Vacancies in displacement spikes 42
Vacancies in germanium 137 146
Vacancies in gold 132
Vacancies in graphite 75 170
Vacancies in platinum 132
Vacancies, activation energy of motion 130 132 136 137
Vacancies, activation energy of motion of neutral pair 136
Vacancies, activation energy of motion, effect of defect concentration on 152
Vacancies, annealing 165
Vacancies, di-vacancies 91 132 146
Vacancies, di-vacancies, activation energy of motion 133
Vacancies, di-vacancies, binding energy 133
Vacancies, di-vacancies, in copper 133 165
Vacancies, di-vacancies, in germanium 137
Vacancies, diffraction effects 108
Vacancies, effect on elastic constant 102
Vacancies, effect on resistivity 64 65
Vacancies, energy of formation 130 132 137
Vacancies, energy of self diffusion 132
Vacancies, groups 166
Vacancies, in ionic crystals 135
Vacancies, interaction with interstitials 133
Vacancies, lattice distortion by 108
Vacancies, mobility 136 163 166
Vacancies, negative-ion 95 168
Vacancies, pairs with interstitials 146 170
Vacancies, pairs, in germanium 134
Vacancies, positive-ion 95 168
Vacancies, production by excitons 52
Vacancies, recombination with 152
Vacancies, recombination with interstitials, kinetics of 145
Vacancies, residual resistivity in copper, gold and silver 66
Vacancies, slow-neutron scattering 67
Vacancy diffusion 139
Vacancy-interstitial model see Annealing
van Buren, H. G. 133 178
Vand, V. 150 169 179
Varley, J. H. O. 52 53 95 104 168 55 124 126
Vineyard, G. H. 139 (ref. 38 39) 5 179
Vinyl carbazole, solid-state polymerization 197
Vinyl stearate, solid-state polymerization 197
Vinyl stearate, X-ray diffraction pattern, effect of perfections on 107
Vinyl stearate, X-ray effects, from inhomogeneous expansion 111
Voreck, R. C. 104 (ref. 55) 126
Waite, T. R. 138 180
Walker, R. M. 67 (ref. 26 27) 162 87 180
Walt, M. 15 (ref. 16 17) 54
Walton, R. B. 15 (ref. 18) 54
Ward, I. M. 105 (ref. 73) 126
Warren, B. E. 190 (ref. 20) 206
Watt, B. E. 15 53
Weeks, R. A. 106 107 127
Weil, J. A. 135 (ref. 59) 180
Weiss, M. M. 197
Weiss, R. J. 67 72 87
Weisskopf, V. F. 15 (ref. 19) 54
Weisz, P. B. 200 207
Wethington, J. A., Jr. 199 207
Wieninger, L. 204 207
Wigner, E. P. 1 5
Wilson, A. C., Jr. 97 (ref. 33) 124
Wittels, M. C. 81 104 105 110 113 115 116 117 191 88 126 127 206
Witzig, W. F. 121 (ref. 106) 128
Woods, W. K. 75 (ref. 37) 98 99 101 110 115 116 87 124 127
Wright, J. 199 203 207
Wright, K. A. 78 79 146 88 179
Young, F. W. 77 (ref. 41) 93 204 87 123 207
Young’s modulus, graphite 101
Zener, C. 139 (ref. 37) 179
Zinc, critical shear stress 184
Zinc, effect of neutrons on resistivity 153
Zinc, oxide, effect of gamma irradiation on catalytic activity 199
Zircon, diffraction effects 115
Zircon, lattice expansion 110
Zirconia, irradiation of 191
Zirconia, phase transformation 191
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