Billington D.S., Crawford J.H. — Radiation Damage in Solids :: Электронная библиотека попечительского совета мехмата МГУ

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Billington D.S., Crawford J.H. — Radiation Damage in Solids

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Название: Radiation Damage in Solids

Авторы: Billington D.S., Crawford J.H.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1961

Количество страниц: 450

Добавлена в каталог: 21.03.2008

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Предметный указатель

$(n, \alpha)$ reactions      80 370 380
$(n, \alpha)$ reactions, damage rate      94
$(n, \alpha)$ reactions, effeet, borositicate glass      235
$(n, \alpha)$ reactions, lithium fluoride      290 figures 808 301
$(n, \alpha)$ reactions, recoil energy      94
$(n, \alpha)$ reactions, spikes in lithium fluoride      301 306
$(\gamma, n)$ reactions, photo-neutrons      47
$(\gamma, n)$ reactions, range of recoils      47
$Boron^{10}$ , $(n, \alpha)$ reaction      12 158 235—236
$Cesium^{137}$ , gamma-ray energy      90
$Cesium^{137}$ , half-life      90
$Cobalt^{60}$ , gamma-ray energy      90
$Cobalt^{60}$ , half-life      90
, ${n, \alpha)$ reaction      12
, range of product      12
$\mathbf{Cu}_3\mathbf{Au}$ System      221
$\mathbf{Cu}_3\mathbf{Au}$ , alpha-particle bombardment      177 179
$\mathbf{Cu}_3\mathbf{Au}$ , disordering      177
$\mathbf{Cu}_3\mathbf{Au}$ , displacement energies      25
$\mathbf{Cu}_3\mathbf{Au}$ , displacement theory      181
$\mathbf{Cu}_3\mathbf{Au}$ , domain size      178
$\mathbf{Cu}_3\mathbf{Au}$ , electron bombardment      180
$\mathbf{Cu}_3\mathbf{Au}$ , energy of vacancy formation      64
$\mathbf{Cu}_3\mathbf{Au}$ , gamma-ray bombardment      180
$\mathbf{Cu}_3\mathbf{Au}$ , hardness      181
$\mathbf{Cu}_3\mathbf{Au}$ , ordering      176—177
$\mathbf{Cu}_3\mathbf{Au}$ , replacement mechanism      181
$\mathbf{Cu}_3\mathbf{Au}$ , resistivity      177—180
$\mathbf{Cu}_3\mathbf{Au}$ , thermal spiko      181
$\mathbf{Cu}_3\mathbf{Au}$ -disordered, resistivity      115
$\mathbf{Cu}_3\mathbf{Au}$ -ordered, resistivity      115
(n, p) reaction on $N^{14}$ , recoil effects in sodium axide      283
Abeles, B.      304
Activation energy for annealing, alpha-particle bombardment      112—113
Activation energy for annealing, aluminum      112—113
Activation energy for annealing, copper      112—113 145
Activation energy for annealing, deuteron bombardment      112—113
Activation energy for annealing, iron      145
Activation energy for annealing, nickel      145
Adam, J.      102 180
Aerts.E.      300
Alkali halides, cation-anion vacancy pairs      63
Alpha-brass, resistivity      115
Alpha-iron, creep, compressive      164
Alpha-particle bombardment, $\mathbf{Cu}_3\mathbf{Au}$       177 179
Alpha-particle bombardment, aluminum      110
Alpha-particle bombardment, cadmium      160—162
Alpha-particle bombardment, copper      110 112—113
Alpha-particle bombardment, CuAu      177
Alpha-particle bombardment, defects produced by      19 figures
Alpha-particle bombardment, diamond      239 241 247
Alpha-particle bombardment, germanium      327 figures
Alpha-particle bombardment, germanium at low temperature      352 figures
Alpha-particle bombardment, zinc      161—162
Alpha-particle bombardment, zircon      228
Aluminum antimonide, ionization energy of defects      338
Aluminum antimonide, limiting position of Fermi level      338
Aluminum antimonide, mobility in neutron bombarded      347
Aluminum antimonide, n-type, effect of irradiation      314
Aluminum antimonide, p-type, effect of irradiation      314
Aluminum oxide, density change      237
Aluminum oxide, long-wavelength neutron scattering      104 282
Aluminum oxide, optical absorption in irradiated      281 305
Aluminum oxide, oscillator strength of neutron band      282
Aluminum oxide, thermal conductivity      237 305
Aluminum oxide, Young’s modulus      238
Aluminum, alpha-particle bombardment      110 112—113 161—162
Aluminum, annealing      112—113 121
Aluminum, compressibility      103
Aluminum, creep      161—162
Aluminum, critical shear stress      110
Aluminum, deuteron bombardment      112—113
Aluminum, elastic constants      102
Aluminum, hardness      131—132
Aluminum, internal friction      128
Aluminum, resistivity      110 112—113 115 121
Aluminum, shear modulus      102
Aluminum, stored energy      105
Aluminum, tensile properties      134
Aluminum, yield strength      135
Amelinekx, S.      73 300
Amorphism, radiation-induced, beryl      234
Amorphism, radiation-induced, diamond      220
Amorphism, radiation-induced, gallium antimonide      222
Amorphism, radiation-induced, indium antimonide      222
Amorphism, radiation-induced, quartz      231
Andrade, E.N. da C.      92 150 161
Andre, P.      343
Andrew, A.      86 97 08 161
Anisotropic expansion, barium titanate      235
Anisotropic expansion, beryl      234
Anisotropic expansion, chrysoberyl      234
Anisotropic expansion, garnet      234
Anisotropic expansion, phenacite      234
Anisotropic expansion, quartz      228
Anisotropic expansion, topaz      234
Anisotropic expansion, zircon      228 234
Anisotropic expansion, zirconia      234
Annealing of defects, graphite      403 figures 415—416
Annealing of radiation hardening, stainless steel      347 145
Annealing, copper      112—113 117 122
Annealing, effect of impurity content      117
Annealing, resistivity      117
Annealing, uranium      384
Anomalous resistivity changes in alloys, copper-aluminum      201*
Anomalous resistivity changes in alloys, copper-gallium      201
Anomalous resistivity changes in alloys, copper-zinc      201
Ansell, O.S.      185
Antal, J.J.      103 282 414 417
Antimony, resistivity      115
Argon ion bombardment, dosa-lime glass      47
Argon ion bombardment, range of ions      47
Aronin, L.R.      182—184
Atomic orbitals of defects      322
Augustyniak, W.      110 135 319 358
Austerman S.R.      110 177 417—418
Auzms, P.      281
Averbach, B.L.      164
Avery, E.      280
Baldwin, E.E.      156
Balluffi, P.W.      101 119 122
Band structure of graphite      397
Barium titanate, anisotropic expansion      235
Barium titanate, radiation-induced phase change      235
Barnes, B.S.      130—131 162 380 382
Baroody, E.H.      41
Bart, W.L.      68
Bartlett, J.H.      64
Bartz, M.H.      133 136 143
Baruch, P.      343 358
Bashers, D.N.      129
Bates, J.C      383
Beams, J.W.      68
Beard, A.P.      391
Becquerel, H.      5
Beer, A.C.      346—347
Beid, F.J.      345—347
Beily, G.J.      154
Benny, A.H.B.      247
Berggren, R.G.      80 133 143—144 151 153—154 156
Berman, R.      231—232 304—306 308
Berry, C.A.      286
Beryl, amorphism in      234
Beryl, anisotropic expansion      234
Beryllium oxide, density change      237
Beryllium oxide, thermal conductivity      237
Beryllium, bubble formation      383
Beryllium, neutron scattering      104
Beryllium, resistivity      115
Beryllium, yield strength      136

Berzelius J.      6
Beta emitters, energy      92
Beta emitters, half-life      92
Beta-brass, alpha-particle bombardment      181 figures
Beta-brass, resistivity      182
Betatron, $(\gamma, n)$ reactions      89
Betatron, recoil range      89
Bickford, F.      259
Bilby, B.A.      68
Billington, D.S.      185 188—189 191—192 202
Binder, D.      290—292 294
Bismuth, resistivity      115
Blatt, F.J.      98 104
Bleiberg, M.L.      152 156 196 385—387
Blewitt, T.K.      37 50 80 98 102 105 108 115 117 121—123 134 140—141 147 158 178—180 190
Blizard, E.P.      79
Blount, E.L      322 345
Blount’s model of defect energy levels      322 345
Bnggs, G.H.      92
Boas, W.      371
Bohr, N.      29 45
Bollman, W.B.      73
Boltax, A.      195—197
Bondelid, R.O.      35
Bone, B.      101
Booth, A.H.      382
Bopp, C.D.      236
Borosilicate glass, $(n, \alpha)$ reaction      235—236
Borosilicate glass, birefringence      236
Borosilicate glass, density change      233—236
Borosilicate glass, volume contraction      236
Bowen, D.B.      179
Bowers, R.      362
Bowman, F.E,      181
Boyd, C.A.      280
Bragg, W, L.      5
Brattaua, W.H.      20
Bray, P.J.      294
Breazeale, J.B.      68
Brittle fracture      150 figures
Brittle fracture, low carbon iron alloys      150
Brittle fracture, molybdenum      150
Brlnkman, J.A.      31 37 41 43 44 46 47 95 122 176 180 385
Broegger, W.C.      7
Brooks, F, C      177
Brooks, H.      41 42 46 147 313 318 360
Broom, T.      64 166 206
Brophy, J.J.      239—240
Brown, C S.      256
Brown, W.L.      39 48 319 352 357
Bruch, C.A.      109—110 123 141 143 156 162
Buffington, E.S.      164
Bupp, L.P.      399 400 402 407—412 421
Burke, J.E.      373
Burton, M.      5
Bush, S.H.      376
Cadmium telluride, effect of irradiation      314
Cadmium, alpha-particle bombardment      161—162
Cadmium, creep      161—162
Cadwell, J.J      376
Carrier scattering mechanisms, disordered regions      347
Carrier scattering mechanisms, ionized impurity scattering      318 344
Carrier scattering mechanisms, thermal scattering      317
Castleman, L.S      156
Caswell, R.S.      270—272 274—275
Catalysis, alumina      213
Catalysis, H-D exchange      513
Catalysis, silica      213
Champion, F.C      240 247
Chang.R.      302
Charge carriers in semiconductors statistics      314
Charlesby, A.      102
Chemical impurities, $(n, \alpha)$ reactions      12
Chemical impurities, fission products      12
Chemical impurities, irradiation-induced      11 figures
Chemical impurities, radioactive decay      12
Chemical reactivity, graphite      415 420
Chemical reactivity, graphite, oxidation kinetics      420 figures
Childs, B.G.      206—207
Chiswik, H.H.      371 375
Christy, R.W.      273
Chrysoberyl, anisotropic expansion      234
Chukichov, M.V.      340
Churchman, A.T.      142 155—156 380
Claney, E.F.      38
Clark, A.C.      383
Clark, C.D.      241—244 246 248
Clark, F.H.      36
Cleland, J, W.      12 35 191 313 321 325—326 328—329 332 336—338 340—343 345—349 351—353 359 360 382—363
Cnrrie, L.M.      395
Cobalt, resistivity      115
Coesite, lattice expansion      233
Coffin, L.      85 162
Cohen, A.P.      225 294 306—307
Cohen, M.      164
Cold-working, defect forniation      64
Cold-working, density decrease      69
Cold-working, internal friction      64
Cold-working, lattice distortion      69
Cold-working, neutron bombardment      125
Cold-working, resistivity increase      69
Color centers      see also “Optical absorption”
Color centers, -centers in alkali halides      275 279
Color centers, -centers in alkali halides      275 278—280
Color centers, colloidal band (R') in sodium chloride      278—279 287
Color centers, diamond      237 figures
Color centers, F'-centers in magnesium oxide      281
Color centers, F-eenters in alkali halides      268 274 278—280 285 300
Color centers, F-eenters in magnesium oxide      281
Color centers, K-band in sodium chloride      280
Color centers, M-centers in alkali halides      276 278—279 200 302
Color centers, N-centers m alkali halides      276 278—280
Color centers, V-centers in alkali halides      275 280
Coltman, R.R.      80 102 105 108 115 117 121 134 140—141 147 158 178—180 190
Conductivity, germanium      324 327 346
Conductivity, indium antimonide      335 337
Conductivity, silicon      331
Connell, L.F.      345—347
Conwell, E.      318
Cook, L.A.      162
Cook, L.G.      178
Cooper, B.P.      108
Cooper, H.G.      108 110—113 119
Copper alloys, resistivity      202 204
Copper, activation energy for annealing      112—113 145
Copper, alpha-particle bombardment      110 112—113
Copper, annealing      112—113 116 119—120 121
Copper, bubble formation      383
Copper, critical shear stresses      110 134 142
Copper, decrease in density      71 102
Copper, deuteron bombardment      111—113 119—120
Copper, deuteron bombardment at $10^{\circ}K$       101
Copper, diffusion      173
Copper, dislocation density      71
Copper, displacement cascades      36
Copper, displacement energies      25
Copper, elastic constants      102
Copper, electron bombardment      116 142
Copper, energy distribution of primaries      21
Copper, energy of vacancy formation      64
Copper, energy of vacancy motion      64
Copper, gamma-ray bombardment      128
Copper, grain growth      123
Copper, hardness      132 162
Copper, impurity content      117
Copper, internal friction      128 130
Copper, lattice parameter studies      101
Copper, length change      101 119—120
Copper, neutron bombardment      102 130
Copper, oxidation      212

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