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SUBJECT INDEX
Activated complex, 624Activated state, 624Activation by coordination, 639, 741, 742Activation energy, 624, 656Adiabatic approximation, 15, 175, 325, 730
criterion, 327full, 328simple (Born–Oppenheimer), 327
Adiabatic potential energy surface (APES), 7,327
in Jahn–Teller problems, see JT problemsAmplification rule, see Jahn–Teller distortionsAngular overlap model, 151Anharmonicity
corrections, 638, 742vibronic, 335
Antiferrodistortive interactions (ordering), 567Antiferromagnetic interaction (ordering), 444,
457Arrenius reaction rate, 624Atomic
charge effective, 23, 146, 437functions, 19
relativistic, 32Slater type, 22
orbital (AO), 19
Electronic Structure and Properties of Transition Metal Compounds: Introduction to the Theory,Second Edition By Isaac B. BersukerCopyright © 2010 John Wiley & Sons, Inc.
hybridized, 24state, 18
one-electron, 19multielectron, 36
term, 36Auger electron spectroscopy, 422
Basis set, 24, 157contracted, 159correlation consistent, 160double-zeta, 158extended, 158Gaussian, 158Huzinaga, 159minimal, 158Pople, 159superposition error, 161valence, 158
Berry pseudorotation, see PseudorotationBispinor, 31, 168, 185Bohr magneton, 29, 380Bond order, 145Bonding
coordination, 11, 241diorbital, 257, 261metal–metal, 279
745
746 SUBJECT INDEX
monoorbital, 257, 259, 728multicenter, 273multiorbital, 257, 741valence, 10σ , π , δ, . . ., 25σ + π , 27, 269
Bridging ligand, 279Broken symmetry effect, 568
Chargecapacitance, see Redox capacitancedistribution, 133effective, 22, 144, 434transfer, 144
intramolecular, 579mutual compensation, 213orbital, 144, 258, 640spectra, 416
Charge-controlled reactions, 571Chemical activation of
carbon monoxide, 642, 646cyan, 742, 743dinitrogen, 646, 729dioxygen, 650double bond, 663hydrogen, 649, 729JT induced, 652nitrogen monoxide, 648
Chemical bond. See also Bondingclassification, 11, 238
genealogical, 239conjugated (orbital), 11, 240coordination, 11, 241definition, 7, 15donor-acceptor, 11, 241in nontransition elements, 245valence, 10, 239
Chemical hardness (softness), 588Chemical potential, 588Chemical reaction
carbonyl insertion, 666charge-controlled, 629CO reductive hydrogenation, 666energy barrier, 656ligand coupling and cleavage, 662olefin insertion, 674orbital-controlled, 630photochemical, 682rate, 624stereoselective, 630substitution, 656symmetry rules, 630trans-effect, 657Ziegler–Natta polymerization, 677
Chemical reactivity, 623Chemical shift, see Photoelectron spectracis-effect, 544Clebsh–Gordan coefficients, 73, 93, 187Computer
experiment, 6programs, 165
Configuration interaction (CI), 44, 108, 162CI satellites, 434multireference (MRCI), 163s-configuration interaction, 455
Coordinatesnormal, 328symmetrized, 335, 731
Coordination bond. See also Chemical bonddefinition, 9, 241features, 243
Coordination compound (system)definition, 10, 241of posttransition elements, 245of pretransition elements, 245mixed-valence, 591
Coordination theory, 10Correlation effects, see Electron correlation
effectsCoulomb integral, 45, 134Coupled-cluster approximation, 163Covalence
electrons, 251in ESR, 452in JT distortions, 452weak, 149, 717
Creutz–Taube ion, see Mixed-valence compoundsCrossover phenomenon, see Spin-crossoverCrystal field
extrastabilization, 124, 712icosahedral, 696, 714parameter, 121theory, 84
Curie law, 448
d electron heterogeneity, 149, 175, 211Deformation density (DD), 143, 484, 737
DD modelling, 490fragment DD, 488
Density functional theory (DFT), 171, 718, 722time-domain DFT (TDDFT), 177
Density matrix, 145Diamagnetism, 445Dichroism (polychroism), 468
circular, 468magnetic circular, 468
Dipolar instability, 376Dirac equation, 28, 168
SUBJECT INDEX 747
Doppler effect, 474Double exchange, 597Dushinsky effect, see Optical spectraδ-function, δ-symbol, 47, 58
Effective charge, 22, 144, 434Electron affinity, 580Electron-conformational effects, 609Electron correlation effects, 115, 157, 161Electron potentials, see Standard electron
potentialsElectron transfer
intermolecular, 579outer-sphere, 583probability (in MV compounds), 600reactions, 580
Electron spin resonance (ESR) spectra, 449angular dependence, 453covalence reduction, 452fine structure, 455g-factor, 446, 450hyperfine structure, 455in the Jahn–Teller effect, 452super-hyperfine structure, 456
Electronegativity, 580Electroneutrality principle, 213, 640Electronic configuration, 36, 71, 247
complementary, 42, 46, 92high-spin, 100, 105, 251, 715low-spin, 107, 251, 715
Electronic density, 143reference, 488spherical model, 514
Electronic equation, 326Electronic transitions. See also Optical spectra
absorption coefficient, 397band shapes, 396charge transfer, 416d-d, 406
between degenerate states, 422, 735forbidden, 402Franck–Condon principle, 393
factor, 393, 401intervalence, 544
radiationless, 401vertical, 393
vibrational induced, 409zero-phonon line, 401
ENDOR, 457Epikernel principle, 522Exchange-correlation potential, 173Exchange interaction, 8, 45, 457
anisotropic, 465antiferromagnetic, 457
antisymmetric, 464biquadratic, 464double exchange, 536ferromagnetic, 457indirect, 457isotropic, 459
Excitation by coordination, 258Extinction coefficient, see Optical spectraExtrastabilization energy, 124EXAFS, see X-ray absorption spectroscopy
Fenske–Hall method, 169Fermi
contact interaction, 455, 475hole, 161
Ferrimagnetic ordering, 444Ferrodistortive
interactions, 567ordering, 567
Ferroelastic interactions, see Structural phasetransitions, ferroelastic
Ferroelectric interactions, see Structural phasetransitions, ferroelectric
Ferroelectricity, 568Ferromagnetic interaction (ordering), 444, 457Ferrimagnetism, 445Ferromagnetism, 445Fine-structure constant, 32Fockian (Fock effective Hamiltonian), 50, 134,
155Force constant, primary, 339Form-function, see Optical spectraFourier transform, 440Fragmentary calculations, 202Fragment deformation density, 488Franck–Condon principle, see Electronic
transitionsFrontier orbitals, 627
generalized, 628
γ -Resonance spectroscopy (GRS), 472, 737isomer shift, 475quadrupole splitting, 476hyperfine structure, 478
GAMESS (computer programs), 165GAUSSIAN (computer programs), 165Gaussian functions, 158Geometry optimization, 165Group orbital, 137Group representation, 64, 692
character, 65, 692irreducible (IrRep), 66two-valued (double group), 81, 187
748 SUBJECT INDEX
Hamiltonian, 12Dzyaloshinsky–Moriya, 464HDVV, 459Ising, 465relativistic, see Dirac equationspin-Hamiltonian, 448
Hard and soft acids and base, 587Harmonic
approximation, 329oscillator, 329
Hartree approximation, 47, 173Hartree–Fock, 47, 134
equation, 49limit solution, 158method, 47restricted, 156unrestricted, 156wavefunction, 23
Hartree–Fock–Roothane method, 154Heitler–London approximation, 8Helicoidal structure, 571High-spin complexes, 100, 105, 715Hindered rotations, see PseudorotationsHOMO (highest occupied MO), 149Huckel method
extended, 192iterative (SCCC), 193, 716
Hund rule, 38Hypsochromic series, 413Hybridization, 24, 51, 707Hysteresis, 467
Icosahedral field, 130, 696, 714Incommensurate phases, 571Inert gas rule, 516, 738
generalized, 517INDO, 175Infrared absorption, 417Intersection (nonintersection) rule, 113Intervalence transition, 596Intuition, 2Ionization energy (potential), 22Irreducible representation (IrRep), see Group
representationIsomer
distortion isomers, 559shift, 475
j-j coupling, 40, 52, 193, 311, 707Jahn–Teller
active modes, 347dynamics, 363distortions
amplification rule, 521
isomer, 559off-center, 528pulsating, 313static, 309
effect, 348cooperative, 567dynamic, 363hidden, 387static, 360
problemsmultimode, 352E ⊗ b1, 543E ⊗ (b1 + b2), 353E ⊗ e, 353(E + A) ⊗ e, 375T ⊗ (e + t2), 364T ⊗ e, 365T ⊗ t2, 366(A1g + T1u) ⊗ t1u, 372(A1g + T1u) ⊗ (t1u + eg + t2g), 536�8 × (e + t2), 369pseudo-effect, 349, 369, 738. See also
Pseudo JT effectstabilization energy, 354theorem, 344
Kohn–Sham equations, 172Koopmans theorem, 50, 254Kramers doublet, 294, 346, 449Kroneker index, see δ-function, δ-symbol
Landeg factor, 446, 450intervals, 39, 446
Langeven theory, 443LCAO, 133Ligand
activation, see Chemical activationcoordination
bridging, 279geometry, 530mutual influence, 544semibridging, 288
Ligand fieldarbitrary, 112intermediate, 116parameter, 121strong, 106, 117, 251theory, 123weak, 100, 103, 116, 251
Local density approximation (LDA), 175Localization–delocalization
alternative, 592coexistence, 604, 740
SUBJECT INDEX 749
Lone pairs, 509, 535, 738inert, 535
Low-spin complexes, see Electronicconfigurations
LUMO (lowest unoccupied MO), 149
Madelung potential, 193Magnetic
anisotropy, 443circular dichroism, 468exchange coupling, 457hyperfine structure, 479moment, 444, 735
reduction (quenching), 446orbitals, 460, 737susceptibility, 443, 447, 736
Magnetization, 443Marcus equation, 625Metal–metal bond, 236Mixed-valence
compounds, 591dimmers, 592
Creutz–Taube ion, 594intervalence transition, 596parameter, 593phase transitions, 605trimers, 601
Moleculardynamics, 206engineering, 1, 15magnets, 465mechanics, 206modeling, 206orbitals, 132
antibonding, 147bonding, 147nonbonding, 147symmetrized, 74, 137vibronic, 343
shapes, 506symmetry, 54vibrations, 325
Mossbauer effect, 472Moeller–Plesset (MP) approximation, 163Multielectron
states, 36terms, 37wavefunctions, 40
Multimode problem, see JT problem, multimodeMultiorbital bonding, see BondingMutual influence of ligands, 544, 739
cis-influence, 544trans-effect, 657
trans-influence, 544vibronic theory, 549
Nephelauxeticeffect, 414series, 414, 733
Neutron diffraction, 493Nonintersection rule, 113, 712Normal coordinates, 80Nuclear hyperfine splitting, see γ -Resonance
spectroscopyNuclear magnetic resonance (NMR), 540
Operator, 12, 56Optical activity, 468Optical spectra. See also Electronic transitions
absorption coefficient, 397band
form function, 398maximum, 399, 400shape, 396width, 400
d-d, 405, 422dichroism (polychroism), 403dipolar, 396Dushinski effect, 398extinction coefficient, 404oscillator strength, 404, 406parity forbidden, 405resonance fluorescence, 401selection rules, 402, 733spectral density, 397spin-forbidden (intersystem combinations),
405Stocks shift, 401vibrational broadening, 393vibrational induced, 409zero-phonon line, 401
Orbital. See also Molecular orbital (MO)chemical shift, 437contraction, 303frontier, see HOMO, LUMOGaussian, see Basis sethybridization, 24, 27, 52, 508overlap, 24Slater type, see Basis setsymmetry rules, 741vibronic constants, 340, 610, 636
Orbital-controlled reactions, 571Oscillator strength, see Optical spectraOverlap
density, 144differential, 25integral, 24, 140
750 SUBJECT INDEX
Overlap (Continued)model, see Angular overlap modelnegative, 151orbitals, 24population, 144zero differential, 188
Pairing energy, 109, 251, 465, 712Paradigm TEST (two electronic states in
transformations), 381, 732, 740Paramagnetic
relaxation, 457susceptibility, 443, 447, 736
Paramagnetism, 443temperature independent (Van Fleck), 448
Paulimatrices, 31principle, 8, 36, 40, 72
Phase transitions, see Structural phase transitionsPhotoelectron spectra, 427
angular dependence, 436Auger (APS), 422chemical shift, 436, 735moments of distribution, 433multiplet structure, 435projection formula, 76shake-up satellites, 431ultraviolet (UPS), 422X-ray (XPS), 422
Pseudo-degeneracy, see Pseudo JTEPseudo Jahn–Teller effect, 349, 369, 738
illustration, 374multilevel, 378strong, 370weak, 370
Pseudopotentials, 170Pseudorotation, 362, 539, 738
Berry, 509, 540Jahn–Teller, 541
Pulse motions (pulsating deformations), 362Plasticity effect, 554, 739
Quasirelativisticapproach, 167, 185parameterization, 198
Quadrupole splitting, 476Quantum-mechanical/molecular mechanics
(QM/MM) method, 211
Racah parameters, 36, 42, 46, 107Radiationless transition, 401Rayleigh scattering, 419Raman effect, 418
resonance spectra, 421spectra, 420, 734
Reactivity, see Chemical reactivityReagents
electrophilic, 628nucleophilic, 628radical, 628
Redox capacitance, 584Redox nobility, 304Relativistic. See also Quasirelativistic
approaches, 167, 184atomic states, 30, 32
functions, 34, 51contraction, 303effects , 13, 185, 303, 314
Renner–Teller effect, 347Resonance integral, 134, 140Roothaan method, 143Russell–Saunders coupling, 36, 52, 707
Schrodinger equation, 12, 325, etc.Secular equation, 11, 135, 141Selection rules, 70, 402, 709Self-consistent field (SCF) method, 48, 154Semiclassical approximation, 358, 398Semiempirical methods, 187Slater–Condon parameters, 36, 42, 46Slater orbitals, 22, 158Spectrochemical series, 412, 733Spin-crossover, 130, 465, 482, 715, 727Spin density, 493Spin-Hamiltonian, 448Spin-orbital
coupling constant, 30, 39interaction, 28, 186splitting, 311
reduction, 314Spin multiplicity, 36Spin-resonance, see Electron spin resonance
(ESR)ferroelastic, 570ferroelectric, 568helicoidal, 509incommensurate, 571in MV trimers, 605order-disorder, 566structural-magnetic, 572
Super-exchange (indirect exchange) interaction,459
Super-hyperfine interaction, see ESRSupramolecular chemistry, 663Symmetry
breaking, 568classification on, 65, 124
SUBJECT INDEX 751
double group, 81group, 60
representations, 64tables of, 692
molecular, 54transformation (operation), 54, 60transformation matrix, 56
character, 65, 692Symmetrized
orbitals, 74, 76, 78vibrations, 74
Tanabe–Sugano diagrams, 112, 130TEST, see Paradigm TESTTopological (Berry) phase, 363, 731trans effect, 657trans influence, 474Transition dipole moment, 341Tunnelling, 362
Unitary transformation, 49, 58Undistinguishability principle, 8, 40
Valenceactivity, 304basis set, 146bond, 10, 241directed, 27, 508, 737state, energy of ionization (EIVS), 192
Variational principle, 47, 134Vibrational
induced transitions, see Optical spectrarepresentation, 79
Vibrations, 325classification, 70fundamental frequency, 418harmonic, 328mechanical, 330normal, 70overtone (anharmonic), 418symmetrized, 74, 80, 734
Vibronicamplification, 521anharmonicity, 335constants, 338
dimensionless, 360linear, 338orbital, 340quadratic, 339
effect, cooperative, 566interaction (coupling), 326, 337molecular orbital, 343reduction, 363
factor, 364in ESR spectra, 452
stereochemistry, 519
Wave-particle duality, 3Wigner–Eckart theorem, 73
XANES, 440Xα method, 375X-ray absorption spectroscopy (EXAFS), 440
Zeeman effect, 450, 478Zeise salt, 233Zero-phonon line, 401, 473