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

magnetic quantum number      84 134
Magnetic resonance      see Paramagnetic resonance nuclear
Magnetic resonance magneton      see Bohr magneton nuclear
Magneton many-electron atoms      290
Many electron atoms, and ionisation potentials      302—7
Many electron atoms, and the central field approximation      292—300
Many electron atoms, and the periodic table      300—7
Many electron atoms, corrections to the central field model      239—52
Many electron atoms, effective potential in      292—5
Many electron atoms, fine structure of      346—52
Many electron atoms, Hartree — Fock model of      320—37
Many electron atoms, hyperfine structure of      371—4
Many electron atoms, Schr $\ddot{o}$ dinger equation for      291—2
Many electron atoms, the Stark effect in      377—9
Many electron atoms, the Zeeman effect in      374—7
Many electron atoms, Thomas — Fermi model of      313—20
Marsden, E.      23 24 26 40
Maser      164 243 459
Maser, ammonia      567—71
Mass polarisation      250 277 643
Matrix elements of operators      67 69—71
Matrix representation of angular momentum operators      612—14
Matrix representations      69—71
Matrix, diagonal      71
Matrix, equations of motion      72
Matrix, Hermitian,      see Hermitian operators
Matrix, unitary      70
Maxwell, J.C.      1 9 155—6
Melvill, Th      27
Mendeleev, D.I.      39 306
Meson      151
Metastable levels      183
Metastable levels, quenching of      224—5
Metastable state      484
Methane molecule      383—4 421 423
Michelson, A.      232
Microwave spectra      386 432
Millikan, R.A.      7 17 18
Millikan’s oil drop experiment      7—8
Minimum principle for the energy      119
Mole      2
Molecular orbitals      405
Molecular orbitals, and atom-atom scattering      543—9
Molecular orbitals, for $H_{2}$       405—8
Molecular orbitals, for heteronuclear molecules      415—20
Molecular orbitals, for homonuclear molecules      412—14
Molecular orbitals, notation for      413 416
Molecular structure      383
Molecular structure, general nature of      383—6 (see also Diatomic molecule polyatomic
Molecules      see Diatomic molecule polyatomic
Moment of inertia of a molecule      385 430
Momentum and the uncertainty principle      57—8
Momentum operator      55
Momentum space wave functions      55 57
Momentum space wave functions, hydrogenic      621—8
Momentum transfer      490 515
Morse potential      391—4
Morse, P.M.      391
Moseley, H.      38 39
Moseley’s law      39
Moseley’s plot      39
Multiplet      see Fine structure hyperfine Stark Zeeman
Multiplicities      see Spectral terms
Multipole moments      233 (see also Electric dipole moment electric magnetic
Muon      149—50 247
Muonic atoms      150—1 247
Muonium      149
Nacl molecule      418—20
Negative hydrogen ion      249 257—8 260 270 273 275
Neon ground state      335—7
Neutron      26—7
Neutron stars      248
Newton, Sir I.      9 27
NO molecule      397
Noble gases      306
Non-crossing rule      398—9 412
Non-linear optics      572
Non-localised bonds      425—6
Normal modes      421
Normalisation of wave functions      58—60 66
Nuclear magnetic resonance      560—1
Nuclear magneton      234
Nuclear moments      233—4
Nuclear spin      94 233—45 452—5
Nuclear wave equation      388
Nucleus, discovery of      23—6
Nucleus, size of      26
Nucleus, spin of      233—4
Observables      65
Observables, commuting      72—3
Old quantum theory      38 136
One-electron atoms, and expectation values of $r^{n}$       145—7
One-electron atoms, and parity      144—5
One-electron atoms, and the Stark effect      219—27
One-electron atoms, and the Zeeman effect      207—19
One-electron atoms, energy levels of      133—6
One-electron atoms, field ionisation of      227—9
One-electron atoms, fine structure in      201—7
One-electron atoms, hyperfine structure of      232—45
One-electron atoms, in the Bohr model      29—36
One-electron atoms, photoionisation of      189—93
One-electron atoms, radial distribution function for      142—4
One-electron atoms, Schr $\ddot{o}$ dinger equation for      128—33
One-electron atoms, spectrum of      133—6 179—80
One-electron atoms, wave functions for      131—3 136—41
One-electron atoms, wave functions in momentum space      621—8
Operators in quantum mechanics      55 61 63 64—5 66—73
Oppenheimer, J.      228
Optical potential      511—13
Optical theorem      468 474 496
Orbital angular momentum      82—4 87—8 614
Orbital angular momentum, commutation relations      82
Orbital angular momentum, eigenfunctions of      84—90 614
Orbital angular momentum, in polar coordinates      83—4
Orbital angular momentum, operators for      82 614
Orbital angular momentum, quantum number      84
Orbital angular momentum, raising and lowering operators      87 614
Orbital angular momentum, spectroscopic notation for      90
Orbitals      141 264 294
Ornstein, Burger and Dorgelo sum rule      369—70
Ortho hydrogen      454
Orthogonality relations, for associated Legendre functions      85
Orthogonality relations, for Legendre polynomials      85 (see also Orthonormality)
Orthonormality      60 66
Orthonormality, for harmonic oscillator wave functions      81
Orthonormality, for spherical harmonics      86 614
Oscillator strengths      181—2
Oscillator strengths, generalised      516—18
Oxygen molecule      383 397 414 438 452—3
P-branch      433—5 441
Pairing      414—15
Para hydrogen      454
Paramagnetic resonance      554—61
Paramagnetic resonance, in solids      559—61
Paramagnetic resonance, Rabi apparatus for      558—9
Paramagnetic resonance, Rabi formula for      558
Paramagnetism      554
Parity      76 82 98—9 144—5 171 178 202 220—2 233 296 358 ungerade
Partial wave cross-section      473
Partial wave expansion      468—75 488
Paschen series      29 205
Paschen — Back effect      214—15 375
Pauli equation      638—9
Pauli exclusion principle, and antisymmetry      106 251 254—5 291 296 299 307 310 406 414 415 452
Pauli spin matrices      94 635
Pauli, W.      233 246 296
Peierls, Sir R.E.      246
Pekeris, C.L.      278 284 285
Periodic system      300—7
Periodic table      39 306—7

Permutation operator      105—6 250-1
Perot, A.      232
Perrin, J.      3
Perturbation theory, and corrections to the central field approximation      339—41 349—51
Perturbation theory, and correlation energy      339
Perturbation theory, and Raman scattering      436—8
Perturbation theory, for an atom in an electromagnetic field      160—1
Perturbation theory, for fine structure      197—201
Perturbation theory, for scattering      see Born approximation
Perturbation theory, of atom-atom interactions      529—32
Perturbation theory, of hyperfine structure      235—40
Perturbation theory, of the Stark effect      219—23 225—7 377-8
Perturbation theory, of the Zeeman effect      214—19 374-7
Perturbation theory, of two-electron atoms      258—71 280-3
Perturbation theory, time-dependent      111—16
Perturbation theory, time-independent      106—11
Pfund series      29
Phase shifts      472—7
Phase shifts, absolute definition of      476
Phase shifts, complex      494—6
Phase shifts, computation of      476
Phase shifts, for a hard sphere potential      479
Phase shifts, integral equation for      476
Phase shifts, near a resonance      480—3
Phosphorescence      446—8
photoelectric effect      15—17 188—93
Photoelectric effect, and Millikan’s experiments      17—18
Photoelectric effect, Einstein’s equation for      17
Photoionisation      188—93
photons      15 17 21 155 157 159
Photons, absorption of      164
Photons, and the Compton effect      20—2
Photons, and the electromagnetic spectrum      18—19
Photons, and the photoelectric effect      17
Photons, emission of      163—66
Photons, parity of      178
Photons, spin of      173—8
Photosphere      584
Pionic atom      152
Planck, M.      12 29
Planck’s constant      13 14 670
Planck’s distribution law      14 169 586
Plane waves      54 100—1 156—7 466 485 504
Polarisability      see Dipole polarisability
Polarisation potential      512—13
Polarisation vector      157 173
Polarisation vector, spherical components of      170
Polarisation, circular      174—6
Polarisation, in the Zeeman effect      212—14
Polarisation, linear      157
Polyatomic molecules, electronic structure of      422—6
Polyatomic molecules, rotational motion of      430—1
Polyatomic molecules, vibrational motion of      421
Population inversion      564—6 568
Positron      149 151 633
Positronium      149
Poynting vector      157
Predissociation      444
Pressure broadening      187 588
principal quantum number      133 295
Principal series      362
Pringsheim, E.      10
Probability amplitudes      66 542—6
Probability conservation      62
Probability current density      62 467
probability density      58 141
Proust, J.L.      2
Q-branch      436 441
Quadrupole coupling constant      245
Quantisation of angular momentum      31 44—6
Quantisation of the electromagnetic field      17 155
Quantum defects      360—2
Quantum theory      53 123
Quantum theory, and photons      17 155
Quantum theory, of Planck      12—15
R branch      433—5 441
R $\ddot{o}$ ntgen, W.K.      18
Rabi      1 1 558
Rabi flopping formula      558 571
Radial density function      336
Radial quantum number      133
Radial Schr $\ddot{o}$ dinger equation, for a free particle      99
Radial Schr $\ddot{o}$ dinger equation, for central potentials      97
Radial Schr $\ddot{o}$ dinger equation, for nuclear motion      389 429
Radial Schr $\ddot{o}$ dinger equation, for one-electron atoms      129
Radial Schr $\ddot{o}$ dinger equation, for potential scattering      469
Radial Schr $\ddot{o}$ dinger equation, in the Hartree — Fock method      332—5
Radial wave functions, for a free particle      100
Radial wave functions, for one-electron atoms      136—9
Radial wave functions, for potential scattering      469—73
Radiofrequency spectra in astronomy      583
Rainbow angle      535
Rainbow scattering      538—9
Raman scattering      436—8
Raman, C.V.      436
Rayleigh scattering      436
Rayleigh — Jeans distribution law      12
Rayleigh — Ritz variational method      119
Rayleigh — Schr $\ddot{o}$ dinger perturbation theory      106—11
Rayleigh, Lord      11 436
Reaction cross section      495
Reactions      462
Reactions, endothermic      463
Reactions, exothermic      463
Recurrence relations for associated Legendre functions      85
Recurrence relations for Hermite polynomials      81
Recurrence relations for Laguerre polynomials      137
Recurrence relations for Legendre polynomials      85
Reduced mass      26 34 102 129 643
Relativistic corrections      see Fine structure
Relativistic wave equations      631—41
Representation      69
Resonance lines      36 362—3
Resonances in scattering      287—8 480-4
Retherford, R.C.      207 229
Rigid rotator      90—1 394
Ritz combination principle      29
Ritz, W.      29 361
Robiscoe, R.T.      232
Rotational broadening      588
Rotational constant      391 393 429—36 441-2
Rotational energy      see Rotational motion of a molecule
Rotational motion of a molecule      384—6 428—32 448-52
Rotational spectra of diatomic molecules      431—2 448—52
Rotational-vibrational coupling      394
Rovibronic states      389 433
Russell — Saunders coupling      341—9
Russell — Saunders coupling, and selection rules      358
Russell — Saunders coupling, in heavier atoms      368
Russell — Saunders coupling, in two-electron atoms      366
Rutherford model of the atom      26—7
Rutherford scattering      26 493 597—9 607
Rutherford, Lord      23 29
Rydberg atoms      152—3
Rydberg constant      28
Rydberg constant, for deuterium      36
Rydberg constant, for hydrogen      28 36
Rydberg constant, for one-electron atoms      36
Saha, N.M.      586
Satellite astronomy      584
Scalar operators      618
Scattering amplitude      467
Scattering amplitude, for a complex potential      495
Scattering amplitude, for Coulomb scattering      493
Scattering amplitude, integral representation for      488
Scattering amplitude, near a resonance      481—3
Scattering amplitude, partial wave expansion for      473 495
Scattering length      477—8
Scattering of $\alpha$ particles      24—6
Scattering of atoms by atoms, classification of processes      527—8

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