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

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Предметный указатель

Scattering of atoms by atoms, elastic      534—9
Scattering of atoms by atoms, excitation at high velocities      549—52
Scattering of atoms by atoms, excitation of heavy ions      547—9
Scattering of atoms by atoms, impact parameter method      540—3
Scattering of atoms by atoms, inelastic      540—52
Scattering of atoms by atoms, merging beam experiment      527
Scattering of atoms by atoms, slow collisions      543—7
Scattering of particles, and the optical theorem      468 496
Scattering of particles, Born approximation for      488—93
Scattering of particles, boundary conditions      465—7 470 485-7
Scattering of particles, by a complex potential      494—6
Scattering of particles, by a Coulomb potential      26 492—3
Scattering of particles, by a hard sphere      479—80
Scattering of particles, by a potential      465—93
Scattering of particles, by a square well      477—9
Scattering of particles, by a Yukawa potential      491—2
Scattering of particles, classical theory of      532—9 593-9
Scattering of particles, cross-section      467—8
Scattering of particles, general properties      461—5
Scattering of particles, integral equation for      484—8
Scattering of particles, near a resonance      480—4
Scattering of particles, of an atom by an atom      see Scattering of atoms by atoms
Scattering of particles, of an electron by an atom      see electron scattering by atoms
Scattering of particles, partial wave expansion for      468—75
Scattering of radiation      see Raman scattering Rayleigh
Scattering, classical      532—9 593-9
Scattering, potential      465—93
Schr $\ddot{o}$ dinger equation, for $H_{2}$       406
Schr $\ddot{o}$ dinger equation, for $H_{2}^{+}$       399 404
Schr $\ddot{o}$ dinger equation, for a charged particle in an electromagnetic field      159—60
Schr $\ddot{o}$ dinger equation, for a diatomic molecule      386
Schr $\ddot{o}$ dinger equation, for a free particle      99
Schr $\ddot{o}$ dinger equation, for a many-electron atom      291—2
Schr $\ddot{o}$ dinger equation, for a one-electron atom      128—30
Schr $\ddot{o}$ dinger equation, for a rigid rotator      91
Schr $\ddot{o}$ dinger equation, for a several particle system      101—2
Schr $\ddot{o}$ dinger equation, for a two-body system      102—4
Schr $\ddot{o}$ dinger equation, for a two-electron atom      249—50
Schr $\ddot{o}$ dinger equation, for an atom in a magnetic field      208—10
Schr $\ddot{o}$ dinger equation, for an electron in a magnetic field      555
Schr $\ddot{o}$ dinger equation, for central forces      97
Schr $\ddot{o}$ dinger equation, for electron-atom scattering      501
Schr $\ddot{o}$ dinger equation, for potential scattering      465
Schr $\ddot{o}$ dinger equation, for the infinite square well      75
Schr $\ddot{o}$ dinger equation, for the linear harmonic oscillator      78
Schr $\ddot{o}$ dinger equation, general solution of      67—8
Schr $\ddot{o}$ dinger equation, in momentum space      622
Schr $\ddot{o}$ dinger equation, relativistic      631—2
Schr $\ddot{o}$ dinger equation, time-dependent      61
Schr $\ddot{o}$ dinger equation, time-dependent for atom-atom scattering      542
Schr $\ddot{o}$ dinger equation, time-independent      63—4
Schr $\ddot{o}$ dinger, E.      38 53
Schwartz, C.      278
Schwinger, J.      231
Selection rules, for allowed transitions      136 170—3
Selection rules, for electric quadrupole radiation      179
Selection rules, for magnetic dipole radiation      178—9
Selection rules, in many-electron atoms      355—8
Selection rules, in molecular transitions      431—6 440-1
Selection rules, in one-electron atoms      136 170—3 178-9
Selection rules, in Raman scattering      438
Self-adjoint operators      65
Self-consistent field model      see Hartree — Fock approximation and Hartree equations
Separated atom limit      412—13
Shadow scattering      480
Shape resonance      523
Shell      299—300
Shell, closed shell      300
Shell, notation for      300
Shell, subshell      299—300 305-6
Shyn, T.      232
Sigma$ lines      211 213—14 223-4
Sigma$ quantum number      448
Silverman, S.M.      522
Slater determinant      296—8 320—1 322-39 414
Slater determinant, parity of      296
Slater, J.C.      292 320
Small angle scattering, classical theory      536—7
Sommerfeld, A.      38
Space quantisation      44
Specific charge      5
Spectra      see Absorption spectra emission line X-ray band vibrational rotational
Spectra spectral classes of stars      585
Spectral distribution, and Planck’s law      14
Spectral distribution, and the Rayleigh — Jeans law      12
Spectral distribution, for a black body      10—15
Spectral terms      29
Spectral terms, and multiplicity      256 397
Spectral terms, diagram of      180
Spectral terms, displaced      371
Spectral terms, identification of      368—71
Spectral terms, in L — S coupling      342—6
Spectral terms, notation      201—2 255—6 301 395-7
Spectral terms, X-ray terms      380—1
Spectroscopic notation      89—90 135 201—2 255-6
Spectroscopic notation, for molecules      395 449
Spectrum of a Hamiltonian      64—6
Spectrum of alkali metals      359—64
Spectrum of alkaline earths      368
Spectrum of atomic hvdrogen      28—9 33 135—6 179—80 242
Spectrum of one-electron atoms      179—80 203—7 241-7
Spectrum of the sun      28 363 584
Spectrum of two-electron atoms      255—8
Spherical Bessel functions      100 470—1 615
Spherical components of a vector      170 619
Spherical harmonics      84 86—8 614-5
Spherical harmonics, addition theorem for      268 615
Spherical harmonics, in real form      88—90
Spherical harmonics, parity of      99
Spherical Neumann functions      470—1 615
Spherical top      421
Spherical waves      100 466—7
Spin angular momentum      44—5 91-6
Spin angular momentum, matrix representation for      93
Spin angular momentum, of a molecule      397
Spin angular momentum, of a nucleus      94 233—4
Spin wave function for $H_{2}$       406
Spin wave function for two-electron atoms      251—4
Spin-orbit coupling      196 198—200 209 340 363—4 366—8 448—52 641
Spin-orbitals      197 295—7
Spin-orbitals, for Be      333—4
Spin-orbitals, for diatomic molecules      413—14
Spin-orbitals, for Ne      335—6
Spin-orbitals, properties of      330—3
Spin-spin coupling      366—8
Spinors      93
Spontaneous emission      155 164—6
Spontaneous emission, by many-electron atoms      355—8
Spontaneous emission, in the dipole approximation      168 186
Spontaneous emission, transition rate for      166
Stark broadening      229
Stark effect      219
Stark effect, and field ionisation      227—9
Stark effect, and parity mixing      221—5 379
Stark effect, linear      220—4
Stark effect, quadratic      225—7 377-9
Stark, J.      219
Static-exchange approximation      505—7
Stefan — Boltzmann law      9 10
Stefan, J.      9
Stefan’s law      9
Stellar abundances      586

Stellar spectra      584—8
Stellar spectra, and spectral distribution      586—7
Stern — Gerlach experiment      42—3 554 558
Stern, O.      40
Stimulated emission      155 163—4
Stimulated emission, and the laser      562—4
Stimulated emission, and the maser      568
Stimulated emission, by many-electron atoms      355—8
Stimulated emission, in the dipole approximation      168
Stimulated emission, transition rate for      163—4
Stoletov, M.      15
Stoney, C.I.      4 6
Stopping power      518—19
Strong interaction      151
Sum rule for line intensities      369—70
Sum rule for oscillator strengths      181—2
Superposition principle      62
Symmetrical top      421 430—1
Symmetrisation postulate      106
Terms      see Spectral terms
Thermal broadening      588
Thomas — Fermi model      293 313—20
Thomas — Fermi model, Thomas — Fermi equation      315
Thomas — Reiche — Kuhn sum rule      181—2
Thomson scattering      18 19
Thomson, Sir J.J.      4 5 6 15 18 26
thresholds      463—4
Thresholds, anomalous behaviour at      523
Time reversal invariance      233
Tomonaga, S.      231
Total angular momentum      42 46 95—6 104
Townes, C.H.      567
Townsend, J.S.      4
Transition probability      113—16
Transition rate      116
Transition rate, for an atom in an electromagnetic field      160—70
Trial functions      119
Tritium      149 574—5
Trivalent elements      368
Two-centre integrals      645—6
Two-electron atoms, and Slater determinants      297
Two-electron atoms, and the variational method      271—7 283-6
Two-electron atoms, doubly excited states of      286—8 522-5
Two-electron atoms, energy spectrum of      255—8
Two-electron atoms, excited states of      278—86
Two-electron atoms, fine structure of      366—8
Two-electron atoms, ground state energy of      267—78
Two-electron atoms, independent particle model for      258—67
Two-electron atoms, level scheme of      255—8
Two-electron atoms, para and ortho states of      249—51 255
Two-electron atoms, perturbation theory of      267—71 276-7 280—3
Two-electron atoms, Schr $\ddot{o}$ dinger equation for      249—50
Two-electron atoms, spectra of      364—8
Two-electron atoms, spin wave functions for      251—4
Two-electron atoms, two-photon transitions      183 230 572
Uhlenbeck, G.E.      44
Ultraviolet spectra      28 286—7 384 438
Ultraviolet spectra, in astronomy      584
Uncertainties      61
Uncertainty principle      see Heisenberg uncertainty principle
Ungerade states      397 399—415
Unitary matrix      70
Unitary transformations      71—2
United atom limit      412—13
Valence bond method      see Heitler-London method
valence electrons      301 383 412
Valency      414—5
Van der Waals interaction      532
Variation of constants      111—16
Variation-perturbation method      122—3 276-7
Variational method      116—22
Variational method, and the Hartree — Fock method      320—5
Variational method, for $H^{+}_{2}$       400—4
Variational method, for $H_{2}$       405—11
Variational method, for excited states      119—22
Variational method, for scattering of by       506
Variational method, for two-electron atoms      271—7 283-6
Vector model for angular momentum      45—6 88 94
Vector operators      94 216—17 357 618—20
Vibrational motion of a molecule      384—6 389—94 420-1
Vibrational-rotational spectra      432—6 440-4
Virial theorem      147—8
Visible spectra      28—9 359—71 438-44
Visible spectra, in astrophysics      583—7
Volume effect      151 232
von Laue, M.      19
von Neumann — Wigner non-crossing rule      see Non-crossing rule
Water molecule      421 422—3
Wave function, electronic, for diatomic molecule      388 394—420
Wave function, expansions of      66—67
Wave function, for $H_{2}$       406—11 (see also Orbitals spin-orbitals)
Wave function, for a free particle      54 99—101
Wave function, for a several-particle system      101—2
Wave function, for a spin one-half particle      94
Wave function, for a two-body system      102—4
Wave function, for one-electron atoms      136—45
Wave function, for the infinite square well potential      74—76
Wave function, for the linear harmonic oscillator      78—82
Wave function, for the rigid rotator      90—91
Wave function, for two-electron atoms      250—5 259—67 271—5 284—6 297
Wave function, Heitler — London      408—11
Wave function, in momentum space      55 57 621
Wave function, in momentum space for one-electron atoms      621—8
Wave function, interpretation of      58—59
Wave function, molecular      431 452
Wave function, normalisation of      58—60
Wave function, of a many-electron system      291—2 296
Wave function, of a particle in a box      74—6 308
Wave function, of orbital angular momentum      83—90
Wave function, orthogonality of      65—66
Wave function, symmetry of      104—6
Wave function, variational for $H^{+}_{2}$       400—4
Wave number, definition of      28
Wave packets      55—7
Weak interaction      151 178 222
Welton, T.A.      231
Wheeler, J.A.      150
Wien, W.      10 11
Wien’s displacement law      10 586
Wigner — Eckart theorem      217 357 619
Williams, J.F.      501
Williams, N.H.      459
Willis, B.A.      501
Wilson, C.T.R.      22
Wilson, H.A.      7
Wilson, W.      38
Wollaston, W.H.      584
X-ray scattering factor      508
X-rays, and the dipole approximation      166
X-rays, discovery of      18
X-rays, in astrophysics      584
X-rays, scattering of      18—22
X-rays, spectra      38—40 379—81
Zeeman effect      44 195 207—19 374—7 571 588
Zeeman effect, and magnetic resonance      558
Zeeman effect, and polarisation      212—14
Zeeman effect, and the Paschen — Back effect      214—5 375
Zeeman effect, anomalous      215—19 375
Zeeman effect, for strong fields      210—14 248
Zeeman effect, in hyperfine structure      245 376—7
Zeeman effect, normal      211
Zeeman, P.      207
zero point energy      76 79 231 392

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