Bransden B., Joachain C. — Physics of Atoms and Molecules :: Электронная библиотека попечительского совета мехмата МГУ

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Bransden B., Joachain C. — Physics of Atoms and Molecules

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Название: Physics of Atoms and Molecules

Авторы: Bransden B., Joachain C.

Аннотация:

Presents a unified account of the physics of atoms and molecules at a level suitable for undergraduate courses of physics and physical chemistry.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1983

Количество страниц: 694

Добавлена в каталог: 15.01.2014

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

Предметный указатель

$CH_{4}$ molecule      see Methane molecule
$C_{2}$ molecule      414
$C_{2}H_{2}$ molecule      424—5
$C_{2}H_{4}$ molecule      424
$C_{6}H_{6}$ molecule      see Benzene molecule
factor      see Land $\acute{e}$ factor
$He^{+}_{2}$ molecule      414
$H^{+}_{2}$       see Hydrogen molecular ion
$H_{2}$       see Hydrogen molecule
$H_{2}O$ molecule      see Water molecule
coupling      341 349—52
$Li_{2}$ molecule      414
$NH_{3}$ molecule      see Ammonia molecule
$N_{2}$ molecule      396 452
$O_{2}$ molecule      see Oxygen molecule
$\Omega$ quantum number      449
$\pi$ bonds      425—6
$\pi$ lines      211 213—14
$\sigma$ bonds      424—5
${\AA}$ ngstrom unit      28
A10 molecule      439
Absorption cross section      495
Absorption in scattering      494—6 513
Absorption of radiation      155 161—3
Absorption of radiation, absorption spectra      27 362 434—5 584
Absorption of radiation, by many electron atoms      355—8
Absorption of radiation, cross-section for      162
Absorption of radiation, in the dipole approximation      167—8
Absorption of radiation, transition rate for      161—3
Alkali metals, alkali halides      420
Alkali metals, and bonding      418—20
Alkali metals, energy levels and spectra      359—64
Alkali metals, fine structure      363—4
Alkaline earths-energy levels and spectra      368
Allowed transitions      167
Alpha particles      24—6
Ammonia maser      567—71
Ammonia molecule NH      3 421
Anaxagoras      1
And selection rules      170—3 355-8
Angular momentum operators, general      95—6 612—20
Angular momentum operators, orbital      82—4 87—8 614
Angular momentum operators, spin      44—5 91-6
Angular momentum, addition of      95—6 104 615—17
Angular momentum, and magnetic dipole moments      41—2 209
Angular momentum, and the Stern — Gerlach experiment      44
Angular momentum, general properties of      612—20
Angular momentum, in the Bohr model      31 34
Angular momentum, total      42 46 95—6 104
Angular momentum, vector model of      45 88 spin total
Anharmonicity constant      392
Anti — Stokes line      437—8
Antibonding orbital      402 413
Antisymmetrisation operator      322
Antisymmetry      see Pauli exclusion principle
Associated Laguerre polynomials      137—8 144 610—11
Associated Legendre functions      85—6
Astrophysics, topics in      583—9
Asymmetric top      421
Atomic mass unit      27
Atomic nucleus      see Nucleus
Atomic number      23
Atomic number, and X-ray spectra      39 40
Atomic sizes      23
Atomic units      32—3 669 671
Auger effect      151 286 520 548
Autoionisation      286—8 366 444 519—20
Average value      see Expectation value
Avogadro, A.      2
Avogadro’s number      2 3 23 670
Back — Goudsmit effect      376
Balmer series      28—9 205
Balmer, J.      28
Balmer’s formula      28
Band, degradation      442
Band, head      442
Band, progression      440
Band, sequence      440
Band, spectra      434 438—44 585
Barkla, C.G.      18 19
Baryon      151
Basis set      69
Basis set, change of basis      69—71
Benzene molecule      425—6
Bernoulli, D.      1
Beryllium ground state      333—4
Beth, R.A.      176
Bethe integral      508
Bethe, H.A.      231
Beth’s experiment      176—8
Biaxial theorem      615
Black body      9
Black body radiation      9—15
Black body radiation, universal      583
Bless, A.A.      22
Bohr frequency relation      30
Bohr magneton      41 209 670
Bohr model and magnetic moments      40—1
Bohr model for atomic hydrogen      29—35
Bohr model for one-electron atoms      36
Bohr radius of hydrogen      32 133
Bohr, N.      15 29
Bohr’s angular frequency      112
Bohr’s correspondence principle      82
Boltzmann, L.      1 9
Bonding, and pairing      414—15
Bonding, covalent      407
Bonding, directional nature      423
Bonding, ionic      408
Bonding, orbitals      402
Born approximation for electron scattering      507—10 514—8 520-1
Born approximation for electron scattering, for atom-atom scattering      549—52
Born approximation in potential scattering for a Coulomb potential      492—3
Born approximation in potential scattering for a Yukawa potential      491—2
Born approximation in potential scattering for phase shifts      477
Born approximation in potential scattering for scattering amplitudes      489—92
Born series      488—90
Born — Oppenheimer separation      386—9 399 420 528
Born, M.      53 58
Bose — Kinstein statistics      106 233
Bosons      106 233 452
Bothe, W.      22
Boyle, R.      1
Brackett series      29
Bragg, W.L.      19
Breit — Wigner formula      483 523
Bremsstrahlung      578—9
Brown, R.      2
Brownian motion      2
Bunsen, R.G.      584
Byron, F.W.      275 285
Caesium atom and time standard      373—4
Carbon atom, fine structure of      348
Cathode rays      4
Central field approximation      263—4 290—300
Central forces      96—9
Centre of mass system of coordinates      463 465 600—7 642-4
Centre of mass, motion of      102—4
Centrifugal barrier      98 130
Centrifugal distortion      393—4
Channels in scattering      462—4 504
Charge exchange      540—7 549
Chemical bond      423
Chemical laws      2
Chemical scale      2
Chemical shifts      561
Classical mechanics of scattering      593—9
Classical trajectory      594
Clausius, R.      1
Clebsch — Gordan coefficients      615—17

Cleeton, C.E.      459
Close coupling approximation      510—11 513 524
Closure relation      60 67
Codling, K.      287
Collision broadening      187 584
Commutators      63
Commutators, algebra of      73
Commutators, for angular momentum operators      95 612
Complete sets      66
Complete sets, of commuting observables      73
Compton effect      18—22
Compton equation      22
Compton shift      20
Compton wavelength      22
Compton, A.H.      18
Configuration      see Electron configuration
Configuration interaction      274 339
Confocal elliptic coordinates      404 645
Conservation of probability      62 468
Controlled thermonuclear fusion      572—832
Controlled thermonuclear fusion, choice of reaction      574—5
Controlled thermonuclear fusion, diagnostics      582
Controlled thermonuclear fusion, impurity reactions      578—80
Controlled thermonuclear fusion, inertial confinement      576—7
Controlled thermonuclear fusion, magnetic confinement      576—7
Controlled thermonuclear fusion, neutral beam injection      580—2
Controlled thermonuclear fusion, reactor design      575—6
Controlled thermonuclear fusion, Tokamak machine      576—8
Controlled thermonuclear fusion, Zeta machine      578
Correlation diagrams      412—3 416-7
Correlation energy      338—9
Coulomb integral      280 409
Coulomb potential      128
Coulomb potential, scattering by      26 492—3 597-9
Covalent bonding      407
Critical angle      534
Crookes dark space      4
Crookes, W.      5
Cross-section, for absorption of radiation      162
Cross-section, for atomic scattering      464—5
Cross-section, for photoionisation      192—3
Cross-section, for scattering by a hard sphere      479—80
Cross-section, for scattering near a resonance      483
Cross-section, for scattering with absorption      494—6
Cross-section, for stimulated emission      163
Cross-section, in classical mechanics      595—7
Cross-section, total      468 596 607
Crossed-beam experiment      465 500—1
Dalton      2
Darwin term      196 200—1 641
Davisson, C.J.      47
De Broglie relations      46—7 53-4
de Broglie wavelength      46—8 54
de Broglie, L.      38 46 53
Deflection angle, classical      534 595
Deflection function      see Deflection angle
Degenerate levels      64—5
Degenerate levels, and exchange      259 280 295
Degenerate levels, and permanent electric dipoles      222—3
Degenerate levels, and the Einstein and coefficients      170
Degenerate levels, and the Stark effect      220—4
Degenerate levels, and the Zeeman effect      210 214 217 375—7
Degenerate levels, in diatomic molecules      396
Degenerate levels, in one-electron atoms      134
Degenerate levels, in the central field model      296 300
Degenerate perturbation theory      109—11
Delta function      see Dirac delta function
Democritus      1
Density matrix      327
Density of states      115 165 309—10
Deslandres formula      440
Deslandres table      440
Detailed balancing      163 170
Deuterium      35 149
Diatomic molecules, and LCAO method      400—7
Diatomic molecules, and MO method      405
Diatomic molecules, and nuclear spin      452—5
Diatomic molecules, and spin coupling      448—52
Diatomic molecules, and the Heitler — London method      408—10
Diatomic molecules, and valency      414—15
Diatomic molecules, Born — Oppenheimer separation for      386—9
Diatomic molecules, electronic spectra of      438—48
Diatomic molecules, heteronuclear      415—20
Diatomic molecules, homonuclear      412—14 452-5
Diatomic molecules, rotational motion      389—90 393—4 428-30
Diatomic molecules, rotational spectrum      431—2
Diatomic molecules, symmetry properties of      395—7
Diatomic molecules, tables of constants for      392—3
Diatomic molecules, vibrational motion      389—94
Diatomic molecules, vibrational-rotational spectrum      432—6 (see Hydrogen molecular ion hydrogen
Differential cross-section      25 465 467
Differential cross-section, for charge exchange      546
Differential cross-section, for Coulomb scattering      26 493 599
Differential cross-section, for elastic atom-atom scattering      532—8 546
Differential cross-section, for electron scattering by H      504—5 516—7 521
Differential cross-section, for scattering near a resonance      483
Differential cross-section, in classical mechanics      595—7
Differential cross-section, in laboratory and centre of mass coordinates      600—7
Differential cross-section, in the Born approximation      490
Differential cross-section, partial wave expansion of      473
Diffuse series      362
Dipole polarisability      227 512 529
Dirac delta function      59—60
Dirac equation      195—6 201 633-7
Dirac equation, $\alpha$ and $\beta$ matrices      633—5
Dirac notation      67 87 617
Dirac, P.A.M.      53
Dirac’s method of variation of constants      111—16
Direct integral      280 324 415
Direct potential      327 506 511
Displaced terms      371
Dissociation energy      392—3
Dissociation energy, for $H^{+}_{2}$ , $H_{2}$       411
Dissociative state      444
Doppler broadening      187—9 229 572 587-8
Doppler shift      187—8 587
Doubly excited states      286 371 519—20 522-5
Dyson, F.J.      231
E/m, measurement of      4—6
Eckart, C.      284 285
Effective charge      40 263—4 284—5 403-4
Effective potential      98 130 144 292—3 359 474 528
Ehrenfest’s theorem      63
Eigenfunction      64
Eigenfunction, of parity      98—9
Eigenfunction, of spin      91—2
Eigenfunction, of total angular momentum      96 (see also Wave function)
Eigenvalues of operators      64
Eigenvalues of operators, degenerate      64
Einstein and coefficients      168—70
Einstein, A.      15 16 17 29 155 168 572
Elastic scattering      462 596 603—7
Elastic scattering, and absorption      494—6
Elastic scattering, by a hard sphere      479—80
Elastic scattering, by a potential      465—93
Elastic scattering, by a square well      477—9
Elastic scattering, of atoms by atoms      532—8 546
Elastic scattering, of electrons by atomic hydrogen      505—13
Elastic scattering, resonances in      480—4
electric dipole moment      167 222—3 356-7 431—3
Electric dipole moment, of alkali halides      420
Electric dipole moment, of diatomic molecules      393
Electric dipole moment, permanent      222—3 431
Electric dipole transitions      135 166—8
Electric quadrupole moment      233 244—5 374
Electric quadrupole transitions      167 178—9
Electrolysis      2
Electromagnetic field equations      156
Electromagnetic potentials      156
Electromagnetic radiation, and plane waves      156—7

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