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Index of Contents of Volumes 1–49 xxxiii – parametrization, rationalization of 23, ch. 155, p. 121 crystal structures, see crystal chemistry cuprates diffusion in metals 1, ch. 12, p. 847 divalent samarium in organic chemistry 6, ch. 50, p. 525; 36, ch. 230, p. 393 divalent ytterbium in organic chemistry 6, ch. 50, p. 525 DNA, cutting of 34, ch. 222, p. 405 drug delivery 47, ch. 273, p. 273 dye-sensitized solar cells, lanthanides in 44, ch. 261, p. 169 dynamical screening of core holes in intermetalliccompounds 10,ch.63,p.75 E elastic and mechanical properties of metals 1, ch. 8, p. 591 electron paramagnetic resonance (EPR) 2, ch. 18, p. 387; 24, ch. 162, p. 221 – in cuprate superconductors 30, ch. 191, p. 375 electronic excitation in atomic species 28, ch. 176, p. 1 electronic properties of compounds at high pressure 42, ch. 252, p. 1 electronic structure – of actinide atomic ions in gas phase 45, – 4f state splittings – crystal chemistry – electron paramagnetic resonance (EPR) 30, ch. 191, p. 375 – electronic theory 30, ch. 193, p. 453 – flux pinning 31, ch. 196, p. 187 – Hall effect 31, ch. 197, p. 251 – heat capacity 31, ch. 200, p. 351 31, ch. 195, p. 1 – phase equilibria 30, ch. 190, p. 229 – – of R5T4 intermetallic compounds 44, 30, ch. 194, p. 491 30, ch. 188, p. 31 – infrared properties – magnetoresistance – neutron scattering – – magnetic ordering – – spin fluctuations – overview 30, ch. 187, p. 1 – oxygen nonstoichiometry and lattice effect 31, ch. 202, p. 437 31, ch. 197, p. 251 ch. 262, p. 283 – phase transitions, structural distortions and phase separation 31, ch. 195, p. 1 – – in R5T4 intermetallic compounds 44, ch. 262, p. 283 – photoemission, angle-resolved studies 31, ch. 201, p. 391 – physical properties 30, ch. 193, p. 453 – – of R5T4 intermetallic compounds 44, ch. 262, p. 283 – positron annihilation 30, ch. 192, p. 417 – Raman scattering 31, ch. 203, p. 509 – scanning tunneling microscopy 31, ch. 263, p. 1 – calculations for molecules 22, ch. 152, ch. 204, p. 563 – single crystals, growth of – superconductivity 30; 31 – thermochemical properties 30, ch. 189, p. 67 30, ch. 190, p. 229 p. 607 – of chalcogenides 39, ch. 241, p. 1 – of metals 1, ch. 3, p. 233; 17, ch. 110, p. 1; 39, ch. 241, p. 1 – of oxides 39, ch. 241. p. 1 – of rare-earth atomic ions in gas phase 45, ch. 263, p. 1 – of pnictides 39, ch. 241, p. 1 electronic theory of cuprates 30, ch. 193, p. 453 electron-phonon interaction in intermetallic compounds 14, ch. 96, p. 225 electron-spin resonance, see electron paramagnetic resonance emission spectra (also see fluorescence and luminescence) – in solution 3, ch. 24, 172 – X-ray excited 10, ch. 71, p. 453 energetics – of actinide ions in gas phase 45, ch. 263, p. 1 – of rare-earth ions in gas phase 45, ch. 263, p. 1 energy transfer, in NIR-emitting complexes 47, ch. 269, p. 1 – tunneling spectra D dedications – F. H. Spedding – Friedrich Hund – LeRoy Eyring – William T. Carnall deposits of rare earths diffraction techniques – at high pressure 42, ch. 242, p. 4 – for molten salts structure determination diketonates, see beta-diketonates 31, ch. 199, p. 315 31, ch. 198, p. 281 31, ch. 204, p. 563 11, p. 1 14, p. ix 36, p. xi 37, p. xiii 49, ch. 279, p. 129PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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