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| Dienes G.J., Vineyard G.H. — Radiation Effects in Solids |
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| Предметный указатель |
Jongenburger, P. 65 66 18 20) 86
Jurney, E. T. 15 54
Kammerer, O. F. 117 128
Kanter, M. A. 170 181
Kanzaki,H. 108 128
Kats, A. 104 (ref. 68) 126
Katz, E. 136 (ref. 25) 178
Katz, L. 78 (ref. 46) 88
Kauffman, J. W. 91 131 8) 132 8) 163 8) 165 8) 123 177
Keating, D. T. 16 (ref. 21) 73 75 110 114 115 117 54 87 127 128
Kernohan, R. II. 192 193 206
Kimball, G. E. 138 178
Kinchin, G. H. 8 (ref. 4) 18 20 22 23 29 32 84 152 5 53 54 88 89 180
Kingston, W. E. 205
Kirkwood, J. G. 91 (ref. 6) 134 123 178
Kittel, J. H. 186 187 188 205
Klabunde, C. E. 131 (ref. 9) 132 163 165 177
Klemens, P. G. 96 (ref. 28) 97 124
Klimenkov, V. I. 101 (ref. 42) 125
Klontz, E. E. 58 60 61 77 79 44) 86 88
Knock-on 7 11 22 25
Knock-on, cascades 39
Knock-on, kinetic energy 18
Knock-on, primary 15 17 23—25
Knock-on, primary, distribution in energy 17
Knock-on, primary, energy spectrum 22
Knock-on, primary, mean number of displaced atoms 17
Knock-on, secondary 25
Kobayashi, K. 99 (ref. 40) 166 167 168 124 180
Koehler, J. S. 13 18 26 33 34 38 39 41 43 49 63 66 67 78 79 83 84 91 131 132 133 154 156 157 163 165 189 4 53 86 123 177 178 179 206
Kohn, H. W. 204 207
Kohn, W. 57 60 61 85
Konobeevsky, S. T. 45 84 194 55 89 206
Kosiba, W. L. 99 100 172 200 201 128 180 207
Kunz, F. W. 184 188 205
Kuper, A. 131 (ref. 6) 132 165 177
Kutaitsev, V. I. 84 (ref. 65) 194 89 206
Lambert, M. 16 (ref. 22) 114 54 127
Lark—Horovitz, K. 58 77 79 93 94 5 85 87 88 123
Lattice displacement threshold, germanium 59
Lattice distortion, by interstitials and vacancies 108
Lattice expansion, aluminum oxide 110
Lattice expansion, beryl 110
Lattice expansion, chrysoberyl 110
Lattice expansion, copper 110
Lattice expansion, diamond 110
Lattice expansion, graphite 110
Lattice expansion, inhomogeneous, x-ray effects of 111
Lattice expansion, lithium fluoride 110
Lattice expansion, magnesium oxide 110
Lattice expansion, phenacite 110
Lattice expansion, quartz 110
Lattice expansion, recovery 165
Lattice expansion, silicon carbide 110
Lattice expansion, spinel 110
Lattice expansion, zircon 110
Lattice vibration spectrum, effect of defects on 134
Laubenstein, M. J. 61 86
Lawson, A. W. 135 (ref. 59) 180
Lazarev, B. G. 132 179
Le Claire, A. D. 128
Lees, R. 195 207
Leeser, D. O. 5
Letaw, H., Jr. 91 131 132 134 137 165 123 177 178
Levy, M. 104 (ref. 64) 126
Levy, P. W. 80 82 97 103 104 65) 105 117 195 88 m 125 126 128 207
Lewis, A. B. 192 193 206
Li, C. Y. 91 165 123 180
Lintner, K. 5
Lithium, bromide, vacancies in, activation energy of motion 136
Lithium, chloride, vacancies in, activation energy of motion 136
Lithium, fluoride, Bragg reflection broadening 114
Lithium, fluoride, diffraction effects 115
Lithium, fluoride, lattice expansion 110
Lithium, fluoride, vacancies in, activation energy of motion 136
Lithium, iodide, vacancies in, activation energy of motion 136
Lithium-6 16
Littleton, M. J. 136 137 178
Loferski, J. J. 60 61 86
Logarithmic decrement 103
Lomer, W. M. 117 118 119 135 164 127 179
Love, A. E. H. 40 (ref. 34) 54
Low, J. R. 194 206
Lustman, B. 45 84 85 55 89
Magnesium oxide, lattice expansion 110
Magnetic centers 106
Magnetic inductance 193
Magnetic properties, graphite see Graphite
Magnetic susceptibility, silica 105
Magnetization, saturation see Saturation magnetization
Manganese-nickel, disordering 83 84
Mapother, D. 95 124
Martin, A. B. 119 128
Marx, J. W. 63 67 154 156 157 86 179
Matheson, M. S. 195 207
Matsubara, T. J. 111 128
Maurer, R. J. 136 (ref. 23) 123 178
Mayer, G. 101 (ref. 42) 104 125 126
McClelland, D. J. 74 (ref. 33) 105 87 126
McHugh, W. E. 18 184 185 54 205
McKeown, M. 155 (ref. 52) 156 184 179 205
McKinley, W. A., Jr. 13 53
McReynolds, A. W. 155 (ref. 52) 156 157 184 179 205
Mechanical properties of metals, effect of irradiation 182—185
Meechan, C. J. 38 (ref. 33) 83 162 165 54 88 180
Megawatt-days per adjacent ton of uranium 71
Mesrobian, R. B. 196 (ref. 39) 197 40) 198 207
Metals, annealing 152—166
Metals, defects in 130—135
Metals, displaced atoms in, number of 62—67
Metals, mechanical properties, effect of irradiation on 182—185
Metals, self diffusion 130—132
Metamict state 107
Methacrylamide, solid-state polymerization 197
Methacrylic acid, solid-state polymerization 197
Methylene-bis-acrylamide, solid-state polymerization 197
Metz, D. J. 197 (ref. 40) 198 207
Meyer, R. A. 184 185 205
Milne, E. A. 102 (ref. 47) 125
Minority carrier lifetime 60 61
Mitchell, E. W. J. 82 104 63) 105 88 126
Molybdenum, embrittlement 185
Montroll, E. W. 91 (ref. 7) 134 123 178
Morawetz, H. 197 (ref. 40) 198 207
Morin, F. J. 138 179
Morse, P. M. 142 179
Mott, N. F. 13 136 137 53 178
Moving charged particles 7—14
Multiple ionization 52
Murray, G. T. 192 206
Nabarro, F. R. N. 102 (ref. 44) 187 125 128 205
Nachtrieb, N. H. 135 180
Nelson, C. L. 95 124
Neubert, T. J. 73 (ref. 31) 87
Neufeld, J. 18 19 24 54
Neutron see also Fast neutron Fission
Neutron, attenuation 69
Neutron, bombardment see Irradiation neutron
Neutron, flux density 71
Neutron, irradiation see Irradiation neutron.
Neutron, threshold radiation energy 58
Nickel, effect of neutrons on resistivity 153
Nickel, oxide, effect of protons on reduction 204
Nickel, stress-strain 184
Nickel-beryllium, ferromagnetic Curie temperature 192
Nickel-beryllium, irradiation of 192
Nickel-beryllium, magnetic inductance 193
Nitrate formation, effect of alpha particles on 204
Noggle, T. S. 67 (ref. 25) 99 135 152 153 154 156 158 164 86 125 179
Nowick, A. S. 91 165 123 180
| Noyes, R. M. 138 178
Nuclear reactions 16
Okkerse, B. 132 (ref. 11) 177
Olson, R. A. 15 (ref. 18) 54
Opinsky, A. J. 187 205
Optical absorption bands, from gamma-ray irradiation 80
Optical absorption bands, from reactor irradiation 80
Optical absorption spectra, sodium chloride 167
Optical properties 80 104—105 195
Order, short-range, in a-brass 121
Order-disorder alloys, exchange of atoms 83
Order-disorder alloys, irradiation of 82
Order-disorder systems 82—85
Ordering 61
Organic crystals, effect of ionizing radiation on 107
Ovcharenko, O. N. 132 179
Overhauser, A. W. 65 66 67 99 152 159 160 161 162 86 125 179
Owen, J. 105 (ref. 73) 126
Ozeroff, J. 188 (ref. 17) 20b
O’Brien, M. C. M. 105 (ref. 70) 106 126
Pabst, A. 107 (ref. 77) 127
Paige, E. G. S. 82 104 63) 105 88 126
Paine, S. H. 186 187 188 205
Pair production 47
Paneth, II. 135 179
Paramagnetic resonance 105—107
Paramagnetic resonance, diamond 105
Paramagnetic resonance, quartz 106—107
Parkins, W. E. 151 180
Particle bombardment 80 104
Pearson, G. L. 78 79 88
Pease, R. S. 8 (ref. 4) 18 20 22 23 29 32 84 103 116 95) 152 5 53 54 88 89 125 127 180
Penfold, N. 78 (ref. 46) 88
Pepper, R. R. 77 (ref. 44) 79 88
Perio, P. 101 (ref. 42) 125
Perkins, R. B. 15 (ref. 18) 54
Phase reversal, thermal spikes 84—85
Phase reversion, irradiation 85
Phase transformation, effect of irradiation on 189—192
Phase transformation, induction period 190
Phase transformation, phosphorus, black 190
Phase transformation, tin 190
Phase transformation, zirconia 191
Phenacite, lattice expansion 110
Phosphorus, black, irradiation of 190
Phosphorus, phase transformation 190
photoelectric effect 47
Pigg, J. C. 77 (ref. 41 45) 79 93 87 88 123
Pile annealing 171
pinning see Dislocation pinning
Platinum, interstitials and vacancies, in 132
Point defects see Defects point
Polymerization see Solid-state polymerization
Potassium aery late, solid-state polymerization 197
Potassium chlorate, decomposition by irradiation 195
Potassium chloride, electrical properties 95
Potassium chloride, vacancies in, activation energy of motion 136
Potassium nitrate, decomposition by irradiation 195
Potts, R. B. 91 (ref. 7) 134 123 178
Powell, D. A. 102 (ref. 47) 125
Powell, R. W. 172 173 174 175 176 180
Pravdyuk, N. F. 84 (ref. 65) 194 89 206
Preferential fast-neutron scattering 15
Primak, W. 15 47 99 110 116 117 150 168 169 54 55 12b 127 179 180
Pringsheim, P. 104 (ref. 55 56) 195 126 207
Prosen, E. J. 99 (ref. 36) 124
Proton bombardment see Irradiation proton
Protons, disordering by 38
Protons, threshold radiation energy 58
Pryce, M. H. L. 106 126
Pugh, S. F. 186 188 205
Quartz see also Silica
Quartz, atomic displacement in 82
Quartz, diffraction effects 116
Quartz, effect of fast-neutron irradiation on paramagnetic resonance 106
Quartz, effect of irradiation on thermal conductivity 96 97
Quartz, elastic modulus 103
Quartz, lattice expansion 110
Quench, a-brass 122
Quench, germanium 137
Quench, gold 131
Radiation, effects, localized damage 16
Radiation, energy, threshold see Threshold radiation energy
Radiation, growth see Graphite growth growth
Radiation, hardening, and cold work 182
Radiation, interaction with matter 6—55
Radiation, solid-state reactions induced by 120
Range-energy 9
Rappaport, P. 60 61 86
Reaction rates, effect of irradiation on 199—204
Recoil energy distribution 14
Recovery see Annealing
Redman, J. K. 67 (ref. 25) 86
Reiss, H. 138 179
Reitz, J. R. 90 (ref. 3) 123
Relative velocities 13
Replacement threshold 30
resistivity 61 see
Resistivity, annealing of 152 157 159
Resistivity, decrease with stored energy release 161
Resistivity, effect of defect concentration on 64
Resistivity, effect of deuterons on, in copper, gold and silver 63 157
Resistivity, effect of interstitials on 64 65
Resistivity, effect of irradiation on 62 64 92 152 156 157 192
Resistivity, effect of neutron bombardment on 153
Resistivity, effect of vacancies on 64 65
Resistivity, residual 92
Resistivity, residual, effect of imperfections on 62
Resistivity, residual, of interstitials and vacancies in copper, gold and silver 66
Restaino, A. J. 197 (ref. 40) 198 207
Reynolds, M. B. 194 206
Rodeback, G. W. 62 (ref. 14) 92 86 123
Roentgens 46
Rosenberg, H. M. 97 124
Rosenblatt, D. B. 121 155 156 184 128 179 205
Rosenwasser, H. 195 207
Rossini, F. R. 99 (ref. 36) 124
Rutherford collisions 11 12 23
Rutherford scattering 10
Salts, decomposition by irradiation 195—196
Sampson, J. B. 18 24 60 111 114 54 86 127
SAPpHiRe see Aluminum oxide
saturation magnetization 61
Scattering, background 111
Scattering, diffuse 114
Scattering, electron see Electron scatterers.
Scattering, isotropic 14
Scattering, isotropic elastic 15
Schamp, H. W. 136 (ref. 25) 178
Schmid, E. 5
Screened Coulomb collisions 12
Screened Coulomb potential 10
Screened Coulomb scattering 11
Screening radius 10 11
Second-order kinetics 146 160
Seeger, A. 91 133 165 166 123 178 180
Segre, E. 53
Seigle, L. L. 187 205
Seitz, F. 8 13 18 19 21 22 23 26 33 34 38 39 41 43 49 51 56 66 78 79 81 83 84 90 91 94 104 109 130 131 132 133 137 188 189 4 5 53 54 55 85 86 88 123 124 125 127 128 177 178 205 206
Sellers, H. S. 102 (ref. 47) 125
Semiconductors, bombardment of 77
Semiconductors, charge carriers in 77
Semiconductors, defects in 137
Semiconductors, displaced atoms in 77—80
Semiconductors, donors in 77
Semiconductors, electrical properties 92—94
Semiconductors, traps in 77
Senio, P. 85 111 114 54 89
Shear stress, critical 163 183 184
Shear stress, effect of defects on 184
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