Rice F.O., Teller E. — The structure of matter :: Электронная библиотека попечительского совета мехмата МГУ

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Rice F.O., Teller E. — The structure of matter

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Название: The structure of matter

Авторы: Rice F.O., Teller E.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1949

Количество страниц: 374

Добавлена в каталог: 21.04.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$\delta$ state      246
$\Phi$ state      246
$\pi$ states      246
$\sigma$ functions      87
$\sigma$ state      87 246
Accidental degeneracy      10 198
Acetylene, molecular vibrations of      226
Acoustical branch      218 229
Activation energies      75 76
Alkali halides, lattice energies      139
Alkali metals, chemical binding in      174 176
Alloys, structure of      178
Alpha particles      296 316
Alpha radioactivity      317
Aluminum phosphide, structure of      147
Ammonia, directed valence in      92
Anharmonicity      211
Anthracene, resonance in      120
Anti-Stokes line      223
Antibonding electrons      85
Aromatic compounds, electron mobility in      110 111
Atom, nuclear      1
Atomic models      235
Atomic Radii      142
Atomic spectra      231
Atomic-function method      71 75 85 95
Band spectra      254
Band system      254
Barn      298
Benzene, structure of      109 118 271
Beryllium hydride, shape of      95
Beryllium molecule, $Be_{2}$ , stability of      86
Beryllium, electric conductivity of      175
Beta radioactivity      305
Beta rays      305
Betatron      321
Binding energies in nuclei      316
Birge — Sponer method      260
Bismuth, diamagnetic susceptibility of      191
Bjerrum double band      208
Blue giants      337
Bohr magneton      184
Boltzmann constant      47
Boltzmann law      47
Bond, heteropolar      28
Bond, hydrogen      115 137
Bond, triple      100
Bonding electrons      85
Bonds, conjugated double      104
Born — Haber cycle      140
Boron molecule, $B_{2}$ , binding energy of      89
Breakdown, electric      172
Brillouin zones      164 168 171 173
Caesium chloride, structure of      141
Carbon cycle in stars      344
Carbon dioxide, molecular vibrations      196—198 206 208 210 214
Carbon molecule, $C_{2}$ , binding energy of      89
Carbon tetrachloride, vibrations of      215
Carbon-carbon double bond      100
Carbon-carbon triple bond      103
Carbonate ion, resonance in      114
Carboxyl group, resonance in      115
Catalysis, surface      180 181
Charge number      299
Chemical bond      28 71
Chlorophyll, light absorption and emission      285
Co-ordination schemes      247—253
Cobalt chloride ion, $CoCl_{6}^{---}$ , shape of      143
Cockroft machine      321
Color and resonance      272—278
Combination tones      213
Complementarity      4
Compound nucleus      324
Condon, Franck — Condon principle      255
Conduction electrons      170
Conductivity, electric      148 149 168
Conjugated double bonds      104—112
Conjugated systems, resonance in      116—122
Correspondence principle      5 205 274
Coulomb attraction      73
Curie point      189
Cyclotron      321
d state      12 232
Davisson — Germer experiment      3
Debye temperature      168
Decay constant      308
Deformation vibrations      210
Degeneracy      10 74 77
Degeneracy, accidental      10 198
Degeneracy, necessary      10
Degenerate states      9 233
Degenerate vibration      197
Depolarization factor      221 227
Deuterium, ortho-deuterium      303
Deuterium, para-deuterium      303
Deuteron      303
Diamagnetism      190
Diamond, structure of      146
dielectric constant      48
Diffraction, electron      41
Diffraction, neutron      42
Diffraction, X-ray      41
Dipole moments      46 52—57 203 206 208 211
Dipole radiation      201 234
Dipole structures in solids      134—137
Directed valences      92—94
Dissociation energies      89 90 257—262
Double bonds, conjugated      104—112
Double bonds, valence orbits      100—104
Doublet states      240
Dwarfs, red      337
Dwarfs, white      337
Dyes, organic      273
Electric breakdown      172
Electric conductivity      168
Electron affinities      29 139
Electron diffraction      41 42
Electron holes      122 123
Electron pair      91 92
Electron spin      34 35
Electron, antibonding      85
Electronic spectra      231—295
Electrons      1 2
Electrons in strong periodic fields      154—162
Electrons in weak periodic fields      151—154
Electrons of the K shell      20
Electrons of the L to Q shells      23—27
Electrons, bonding      85
Electrons, conduction      170
Elementary domains      188
Energy production, in stars      341—344
Energy, dissociation      257—261
Ethylene, vibrations of      226 230
Even state      233 247
Exchange integral      73
Excited state, first      8
Excited states, higher      12
Exciton      288
Expanding Universe      346—347
f functions      12
F state      233 273
f value      273
Fermi sea      167
Ferroelectricity      188
ferromagnetism      188 189
Fine structure      244
First excited state      8
Fission      316 319
Fluorescence      223
Fluorine molecule, $F_{2}$ , binding energy      88 122 123

Fourier series      212
Franck — Condon principle      255 270
Free rotation      230
Fundamental state      7
Fundamental tone      212
Gamow formula      318
Geiger — Nuttal relation      319
Germer, Davisson — Germer experiment      3
Giants, blue      337
Giants, red      337
Graphite, structure of      121 128 177
Group of waves      161
Group theory      232 239 267
Group velocity      161
H states      13—16
Hall effect      169 170
harmonic oscillator      194
Harmonic vibrations      205
Hartree model      235 238 242 246 247
Heitler — London model      71 74 78
Helium ion, $He_{2}^{+}$ , structure and binding energy      85 86
Helium, solid      174
Heteropolar bond      28 29
Hume — Rothery rule      179
Hund — Mulliken method      78 91 247
Hund's case a      265
Hund's case b      265
hybridization      96 97 145
Hybridized functions      94—99
Hydrogen atom      7
Hydrogen bond      67 137
Hydrogen bridge      67 116 137
Hydrogen bromide, dipole moment of      55
Hydrogen chloride, dipole moment of      54 55 201
Hydrogen iodide, dipole moment of      55
Hydrogen ion, hydrated, $H_{3}O^{+}$       113
Hydrogen molecule ion, $H_{2}^{+}$ , structure of      80
Hydrogen molecule, structure of      74 75 84 85 92 115 248
Hydrogen, metallic      174
Hydrogen, solid, conductivity of      173 174
Hydroxyl bond      134 137
Hyperfine structure      233
Ice, structure of      134
Indicators, acid-base, theory of      277
Infrared spectra      193 200 205 216
Instability of stars      345
insulators      166 167 292
Internal conversion      333
Internal photoeffect      292
Interstitial structures      179—180
Iodine molecule, size      134
Iodine spectrum      259
Ion interactions      68—70
Ionic complexes      142—145
Ionic crystals      137—142
Ionization energies      29
Isobars      300
Isomers      309 333
Isotope effect      39 40 228
Isotopes      300
K shell, electrons of      20
Kekule formulae      117—121
Kekule structures, electronic spectra of      271
Keto-enol isomerism      116
L shell electrons      23
L-S coupling      240 253
Lattice energies of alkali halides      139
Linear accelerator      321
Liquids, infrared spectrum of      216
Lithium molecule, $Li_{2}$       86 87
Lithium, metallic, structure and conductivity of      174
London forces      66
Low temperatures, magnetism and production of      187
magnetic moment      183 184 300
Magnetic moment of neutrons and protons      300
Magnetic properties of matter      182—192
Main sequence stars      337
Mass number      299
Mathematics, use of      1
Maxwellian velocity distribution      208
Meson      336
Metals      147 166
Methane, shape of      99
Methyl radical      97
Methylene group      96
Molecular rotation      199—200
Molecular vibrations      193
Molecular-orbital method      76—78 85 92 104—111
Moment of inertia      199 203 208 209
Multiplicity of states      240 242 253 266
Naphthalene, structure of      110 111
Necessary degeneracy      10 197
Neon molecule, $Ne_{2}$ , binding energy in      88
Neutrino      307
Neutron      298 299
Neutron diffraction      42
Neutrons, fast, reaction of      329
Neutrons, production of      325—328
Neutrons, slow reactions of      330—333
Nickel atom, energy levels of      24
Nickel cyanide ion, $Ni(CN)_{4}^{---}$ , shape of      144 145
Nitric oxide, paramagnetism of      185
Nitrite ion, shape of      144
Nitrogen molecule ion, $N_{2}^{+}$ , binding energy in      89
Nitrogen molecule, vibration of      201 220
Nitrophenol, para-, resonance in      118
Nitrosyl chloride, shape of      144
Normal vibrations      194—198 206 210 213 218 229 270
Normalization factor      8
novae      345
Nuclear atom      1
Nuclear fission      319
Nuclear forces      335
Nuclear isomers      332
Nuclear resonance      324 325
Nuclear stability      312—315
Nuclear vibrations      39
Nuclei, size of      298
Nucleus, compound      325
Nuttal, Geiger — Nuttal relation      319
Odd states      232 246
One-electron spectra      237
Optical branches      218
Organic dyes, color and resonance      274—278
Origin of elements      347
Ortho-deuterium      303
Ortho-helium      242
Ortho-hydrogen      300
Orthogonality of wave functions      9—10
Oscillator, harmonic      193
overtones      212
Oxygen molecule ion, $O_{2}$ , binding energy of      89
Oxygen molecule, binding in      88 102
Oxygen, paramagnetism of      185
P branch      207 208
p state      11 233
P states      233
Palladium, hydrogen in      179
Para-helium      242
Para-hydrogen      300
Para-nitrogen      304
Parallel bands      209 253 263 267
Parallel transitions      253
Paramagnetism      185 190—194
Parity      232
Pauli principle      21 35 237 239 240 242 300 304
Penetration factor      322
Periodic system      22 315 316
Perpendicular bands      209 253 263 267
Perylene, resonance in      111

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