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N.B.
References followed by (e) refer to an exercise |
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Absorption |
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–collision
with 951 |
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–of
a quantum, of a photon 1293, 1319, 1332 |
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–of
several photons 1335, 1339 (e) |
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Acceptor
(electron) 1445 |
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Acetylene
(structure) 849 |
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Accidental
degeneracy: see degeneracy |
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Action
335, 1497 |
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Adiabatic
(turning on of a potential) 912, 931 |
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Addition |
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–of
angular momenta 997, 1027, 1087 (e), 1091 (e) |
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–of
spherical harmonics 1043 |
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Adjoint
(operator) 117 |
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Allowed
bands 373, 378, 1156, 1432 |
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Ammonia
455, 845 |
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Amplitude |
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–probability
253, 258 |
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–scattering
909, 934 |
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Angular
momentum |
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–classical
1486 |
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–quantum
theory 641 |
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–commutation
relations 644, 698, 702 |
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–orbital
643, 644, 660 |
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–intrinsic:
see spin |
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–"standard"
representations 652, 666 |
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–relation
to rotations 690 |
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–conservation
643, 709, 999 |
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–addition
997, 1027, 1087 (e), 1091 (e) |
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–coupling
999, 1072 |
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–of
a photon 1337 |
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–of
two identical particles 1449 (e) |
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Anharmonicity:
see oscillator (anharmonic) |
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Annihilation
(or destruction) operator 489, 498 |
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Antibonding
(molecular state) 1179 |
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Anticrossing
(of levels) 409, 468 |
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Antiresonant
term 1293 |
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Antisymmetric
state 1380, 1384 |
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Antisymmetrizer
1380, 1384 |
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Atom
(s) |
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–see
hydrogen, helium, hydrogen-like |
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–many
electron 1410, 1418 |
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–muonic
524, 811 |
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–hadronic
812 |
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Autler-Townes
effect 1359 (e) |
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Autoionization
1345, 1419 |
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Azimuthal
(quantum number) 783 |
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Bands
(energy) |
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–allowed
or forbidden 373, 378, 382, 1156, 1432 |
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–valence,
conduction 1444 |
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Barrier
(potential) |
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–square
36, 72, 365 |
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–delta
function 86 (e) |
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–arbitrary
shape 359 |
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Basis
(state space) |
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–discrete
97, 121 |
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–continuous
105, 121 |
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–mixed
105, 138 |
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–characteristic
relations 107, 124, 146 |
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Benzene
411, 480 (e) |
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Bessel |
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–Bessel-Parseval
relation 1462 |
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–spherical
Bessel functions 924, 944, 945, 946 |
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Black
body 624 |
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Bloch |
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–equations
451, 1324, 1326 |
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–functions
1164 |
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–theorem
632, 1165 |
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Bohr |
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–frequency
249 |
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–model
45, 791 |
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–radius
endpaper, 792 |
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–see
magneton |
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Boltzmann
constant endpaper |
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Bond
(chemical) 412, 841, 1169, 1191 |
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Bonding
state (molecular) 1178 |
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Boundary
conditions 352, 375 |
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–see
periodical |
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Born
approximation 919, 957, 1302 |
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Born-Oppenheimer
approximation 512, 1156 |
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Born-von
Karman conditions 1441 |
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Bose
condensation 1399 |
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Bose-Einstein |
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–statistics
1399 |
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–distribution
law 625 |
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Bosons
1386 |
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Bra
110, 125 |
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Bragg
reflection 374, 1168 |
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Brillouin |
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–zones
589, 1163 |
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–formula
440 |
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