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Zallen R. Ч The Physics of Amorphous Solids
Zallen R. Ч The Physics of Amorphous Solids

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Ќазвание: The Physics of Amorphous Solids

јвтор: Zallen R.

јннотаци€:

An in-depth study of non-crystalline solids in which the arrangement of the atoms do not have long-range order. Describes the way amorphous solids are formed, the phenomenology of the liquid-to-glass and glass- to-liquid transition, and the technological applications. Emphasizes modern approaches such as scaling, localization, and percolation. Includes extensive treatment of structural aspects of amorphous solids, ranging from metallic glasses, to chalcogenides, to organic polymers. Incorporates illustrations for the clarification of physics concepts.


язык: en

–убрика: ‘изика/

—татус предметного указател€: √отов указатель с номерами страниц

ed2k: ed2k stats

√од издани€: 1983

 оличество страниц: 304

ƒобавлена в каталог: 24.03.2006

ќперации: ѕоложить на полку | —копировать ссылку дл€ форума | —копировать ID
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ѕредметный указатель
Abraham, F.F.      208Ч212 251
Abrahams, E.      246 248 251
Adler, D.      30 32 105 106 133 227 251 255 292 294Ч296
Agrawal, P.      192 193 203
Aklonis, J.J.      4 32
Alben, R.      83Ч85
Alkali atoms in oxide glasses      100 101
Ambegaokar, V.      281 295
Amorphous chalcogenides      see "Chalcogenide glasses"
Amorphous metals      see "Metallic glasses"
Amorphous semiconductors, applications of      24 28Ч31 290Ч295
Amorphous semiconductors, chalcogenide      see "Chalcogenide glasses"
Amorphous semiconductors, doping of      292
Amorphous semiconductors, electron transport in      276Ч289
Amorphous semiconductors, electronic structure of      234 235 254Ч260
Amorphous semiconductors, mobility edges in      234 235
Amorphous semiconductors, optical properties of      265Ч273
Amorphous semiconductors, preparation of      8Ч10 290
Amorphous semiconductors, tetrahedrally coordinated      67Ч72 76Ч84 254Ч256 258 289Ч292
Amorphous solid      3
Anderson Hamiltonian      239Ч242
Anderson localization      see "Anderson transition"
Anderson transition      205 224Ч226 231Ч251
Anderson, P.W.      16 231Ч233 239Ч242 246 248 251 294 295
Angell, C.A.      21 32 206 251
Antibonding orbitals      255Ч257
Antibonding-bonding splitting      256Ч260 265
Antibonding-nonbonding splitting      260 265
Applications of amorphous solids      23Ч32 273 290Ч295
Arsenic      64 93 295
Arsenic-selenium system in xerography      24 28 294 295
Arsenic-selenium system, compositional freedom in      97Ч99
Arsenic-selenium system, continuous random network of glasses in the      65
Arsenic-selenium system, crystalline forms in the      63 64
Arsenic-selenium system, electrical properties of      277 286Ч288
Arsenic-selenium system, glass-forming compositions in      101
Arsenic-selenium system, optical properties of      263 264
Arsenic-selenium system, photocrystallization of      96
Arsenic-selenium system, Raman scattering of      96 97
Arsenic-selenium system, valence alternation in      293
Arsenic-sulfur system, annealing effects in      95
Arsenic-sulfur system, continuous random network of glasses in the      65
Arsenic-sulfur system, crystalline forms in the      63 64 92
Arsenic-sulfur system, electronic structure of      258Ч260
Arsenic-sulfur system, glass transition in      6
Arsenic-sulfur system, glass-forming compositions in the      101
Arsenic-sulfur system, macromolecular nature of      90Ч93
Arsenic-sulfur system, optical properties of      258Ч267
Arsenic-sulfur system, quenching rate for      8
Arsenic-sulfur system, short-range order in      44 93
Arsenic-sulfur system, specific heat of      17 18
Arsenic-sulfur system, structure of      91Ч96
Aspnes, D.E.      273 295
Atomic polyhedron      see "Voronoi polyhedron"
Average gap      254Ч260
Band conduction      274 276 277
Band theory of electrons in crystals      223Ч225 234 254 274
Band-structure effects in crystals      225 234 254 263Ч265 271 272
bandgap      235 254-260 271-273 291
Bandgap states      290Ч292
Bandwidth, electron      229Ч232 241 242
Bankstahl, H.      11 32
Barker, J.A.      51 52 82 85
Bell, R.J.      72 73 84 85
Bennett, C.H.      81 82 85
Benoit, H.      113 120 133
Bernal model      50 52
Bernal, J.D.      50 85 95
Bethe lattice      168 171Ч174 178Ч180
Bishop, G.H.      162 203
Bismuth      10
Blachnik, R.      17 32
Bloch functions      223Ч226 241 274
Blocked bonds in percolation      138
Blocked sites in percolation      139
Blossey, D.F.      262 296
Boat configuration of a six-atom ring      69 71
Bond circuits      see "Ring statistics"
Bond lengths in covalent glasses      67 69 72
Bond percolation      138Ч141 145 168Ч171 187 198Ч201
Bond reconstruction in chalcogenides      95
Bond-angle statistics      65Ч69 72 291
Bonding orbitals      255Ч257 265
Bonding schematics for electronic structure      255Ч258
Bonding-antibonding splitting      256Ч260 265
Borderline dimensionality      see "Marginal dimensionality"
Boudreaux, D.S.      68 85
Bridging oxygens      73 182
Bridging sulfurs      93 182
Brodsky, M.H.      269 270 295
Brownian motion      115 116 119 131 132 165
Cardona, M.      269 270 295
Cargill, G.S.      49 80 81 85
Cayley tree      see "Bethe lattice"
Chair configuration of a six-atom ring      69 71
Chalcogen elements      86
Chalcogenide glasses      17 18 65 86Ч107 256Ч260 264Ч268 277 292Ч295
Chandrasekhar, S.      114 133
Chaudhari, P.      7 32 49 85
Chemical impurities      103 290Ч295
Chemical order in glasses      101Ч104
Chemical-bonding view of electronic structure      255Ч260 265
Chen, H.S.      11 18 32
Close packing      see "Crystalline close packing" "Random
Cluster size, average      143 154 245
Cluster size, distribution      142 158Ч162 221
Clusters      see "Percolation clusters"
Cobalt      10
Cohen Ч Turnbull free-volume model      215Ч218
Cohen, M.H.      20 32 49 85 189 203 204 215 219 221 233 236 251
Communal entropy      221 222
Compositional freedom in glasses      97Ч101
Computer simulations of bond percolation      145 198Ч201
Computer simulations of continuum percolation      188 189
Computer simulations of random close packing      51 52
Computer simulations of real-space renormalization      198Ч201
Computer simulations of site percolation      160 164
Computer simulations of the Anderson transition      250
Computer simulations of the glass transition      206Ч212
Condensation reaction      175Ч178
Conductivity      145 190 243Ч251 274Ч280
Connected bonds in percolation      138
Connected sites in percolation      139
Connectivity transition      see "Percolation transition"
Connell, G.A.N.      82 83 85 94 134 295
Contiguity number      56
Continuous random network      35 60Ч73 79 81Ч85 291
Continuous-time random walk      285 286
Continuum percolation      186Ч191 238 239
Coordination number      33 34 38 39 291 295
Coordination shell      40 41
Correlation energy      228Ч230 251 293 294
Correlation-induced localization      see "Mott transition"
Cotton, J.P.      113 120 133
Coulomb interactions      228Ч231 293
Covalent glasses      63Ч73 76Ч85 101Ч104 255Ч258 289Ч295
Covalent graphs      62Ч64 86Ч101 295
Covalent networks      62Ч65 67Ч73 86Ч101 182 258 295
Coxeter, H.S.M.      51 85
Critical concentration for percolation      168Ч171
Critical exponents for localization      245 250 251
Critical exponents for percolation      156Ч166 200
Critical exponents for polymer configurations      123 124
Critical exponents, dimensionality dependence of      166
Critical exponents, universality of      158 165 166 197 198
Critical region      156
Critical volume fraction for percolation      166 185Ч191 238
Cross-linking in chalcogenide glasses      98
Crystalline close packing      35Ч38 54 58 164
Crystalline order      12 35Ч38 58
Crystallinity      12 15
Crystallization      2 5 7 18 96
Dalton, N.W.      200 203
dangling bonds      104Ч106 289Ч293
Davis, E.A.      252 276 277 295
De Gennes, P.G.      127 133 177 180 203
Dean, P.      72 73 84 85
Decker, D.      113 120 133
DeConde, K.      242 243 251
Decoration transformation      63 64 72 73 93
Defects in glasses      104Ч107 290Ч294
DeFonzo, A.P.      96 133
Delaunay division      60
Delocalization and kinetic energy      46 62 229Ч231 256
Delocalization-localization transitions      205Ч251
DeNeufville, J.P.      94 133
Dense random packing      see "Random close packing"
Density of states      234 235 254Ч258 290 291
Diamond structure      61 62
Diffraction studies of structure      42 43 73Ч85 113 119 120
Diffusive motion      14 15 115 213Ч217 221 247 284
Dihedral-angle statistics      69 70
Dimarzio, E.A.      20 22 32
Dimensional invariants      157 170 171 186Ч188
Dimensionality as a variable      165Ч167
Dimensionality dependence of Anderson localization      246Ч251
Dimensionality dependence of close packing      58 59 164
Dimensionality dependence of critical exponents      166
Dimensionality dependence of Mott's variable-range-hopping exponent      280
Dimensionality dependence of the Flory exponent for polymers      124Ч126
Dimensionality of covalent networks      87Ч94
Dimensionality of percolation clusters      161Ч163
Dimensionality of polymer configurations      130Ч133
Dimensionality, Euclidean      130 132 159
Dimensionality, fractal      131Ч133 158 161Ч163
Dimensionality, Hausdorff Ч Besicovitch      130
Dimensionality, marginal      124 126 164Ч167 239
Dimensionality, network      87Ч94 130 182
Dimensionality, noninteger      130Ч133 161Ч167
Disorder parameter      232 233 241 242 247
Disorder, compositional      13
Disorder, diagonal      240
Disorder, topological      13 49Ч73 184
Disorder-induced localization      see "Anderson transition"
Disorder-induced scattering      275
Dispersive transport      282Ч289
Domb, C.      120 123 133 200 203
Donors in silicon      242Ч245 251 278 292
Doolittle equation      218
Doping of a-Si:H      292
Doyama, M.      82 85
Drews, R.E.      264Ч267 296
Drift mobility      277 282Ч287
Dual graph      60 61 168
Duality      60 61 167
Duwez, P.      274 275 296
Eclipsed bond configuration      70
Eight-minus-n rule      101Ч104
Einstein, A.      115 116 133
Elastic shear modulus of a gel      180 181
Electrical networks      see "Resistor networks"
Electrical properties      274Ч289 292Ч294
Electronic excitations      252Ч254 263Ч268
Electronic structure      234 235 254Ч260 265
Emerald, R.L.      264Ч267 296
Empty sites in percolation processes      139
End-to-end distance of a polymer coil      116Ч119 123
Energy gap      235 236 254Ч260
entropy      17 20Ч22 221 222
Entropy crisis at the glass transition      21 22
Entropy, communal      221 222
Epsilon expansion      165 198
Euler Ч Poincare relation      51
Eutectics      10 11
EXAFS      43Ч45
Excluded-volume effect on chain configurations      120 123 124 128 129
Extended-range percolation      200 202
Extended-state transport      274 276 277
Face-centered-cubic lattice      36 37 41 54
Farnoux, B.      113 120 133
Fermi-level pinning      290 294
ferromagnetism      24 31 32 274
Fiber-optic communications      24Ч27 267 273
Filled sites in percolation processes      139
Filling factor      37 49 185Ч188
Finkman, E.      96 133
Finney, J.L.      50Ч55 81 82 85
Fischer, E.W.      113 130 133
Fisher, M.E.      124Ч127 133 165 204
Fitzpatrick, J.P.      183 203
Fixed points      195Ч197 249 250
Flory random coil model      see "Random coil model"
Flory Ч Fisher argument for the self-avoiding-walk exponent      124Ч127
Flory Ч Stockmayer theory of gelation      177Ч180
Flory, P.J.      112 113 116 121Ч127 133 177 178 203
Flow diagrams      194 196 248
Fluidity      14 15 218
Flynn, C.P.      186 204
Fractal dimensionality for percolation clusters near threshold      158Ч163
Fractal dimensionality for polymer configurations      131Ч133
Fractional exponents for dispersive transport      285 286
Fractional exponents for percolation      157
Fractional exponents for polymers      113 123 124
Fractional exponents for self-avoiding walks      113 123 124
Fractional exponents for variable-range-hopping      280
Fractional exponents, free-volume model of the glass transition      20 206 212Ч223
Freezing point      2 5 10 11
Frisch, H.L.      177 184 191 203
Fritzsche, H.      105 106 133 233 236 251 292 296
Froth      see "Voronoi froth"
Gallium arsenide      72 273
Gaskell, P.H.      32
Gel macromolecule      176Ч179
Gel point      see "Sol-gel transition"
Gelation      175Ч182 191Ч198 206
Germania      6 24 27 73
Germanium      10 61 72 82Ч84 252Ч256 277
Germanium-selenium system      73 97 258
Germanium-sulfur system      73
Germanium-tellurium system      24 30 73
Gibbs, J.H.      20 22 32
Giessen, W.C.      7 32
Gillis, J.      120 123 133
Glass      2 3
Glass point      see "Glass transition"
Glass transition and the percolation model      206 219Ч223
Glass transition as a localization-delocalization transition      14 205
Glass transition, definition of the      2
Glass transition, entropy aspects of the      20Ч22 221 222
Glass transition, free-volume model of the      20 206 212Ч223
Glass transition, kinetic aspects of the      2Ч5 19 20 223
Glass transition, Monte Carlo computer simulations of the      206Ч212
Glass transition, specific heat near the      17Ч19
Glass transition, temperatures for representative materials      6
Glass transition, thermodynamic aspects of the      2 5 16Ч22 218Ч223
Glass-forming tendency      8
Glass-liquid transition      see "Glass transition"
Glassy metals      see "Metallic glasses"
Glassy semiconductors      see "Amorphous semiconductors"
Glow-discharge decomposition      290
Gold-silicon system      6 10 11 17 18 274
Graczyk, J.F.      76Ч78 85
Grammatica, S.      289 296
Grant, Cary      295
Graph concepts, uses of      60Ч64 138
graphite      63 64 93
Grest, G.S.      203 215 219 221 251
Hales, Stephen      56Ч58 65
Halperin, B.I.      281 295
Hamakawa, Y.      295
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