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xl Index of Contents of Volumes 1–49 spectroscopic properties – in solution 3, ch. 24, p. 172 – in transparent crystals 5, ch. 46, p. 461 – nanomaterials 37, ch. 233, p. 99 spectroscopy – absorption and fluorescence of R ions ch. 22, p. 172 – appearance potential 16, ch. 109, p. 519 – bremsstrahlung isochromat 10, ch. 70, superconductivity 1, ch. 10, p. 749; 34, ch. 219, p. 135 – at high pressure 42, ch. 252, p. 96 – crystal chemistry of cuprates 30, ch. 188, p. 31 – in metals 17, ch. 110, p. 1 – high-temperature layered cuprates: overview 30, ch. 187, p. 1 – nickel borocarbides 38, ch. 239, p. 175 – unconventional and magnetism 34, ch. 219, p. 135 supramolecular chemistry, of lanthanides 40, ch. 247, p. 301; 47, ch. 272, p. 209 surfaces – adsorption on 5, ch. 43, p. 217 – catalysis on 5, ch. 43, p. 217 switchable metal hydride films 36, ch. 228, p. 83 synthesis of cluster halides – comproportionation 45, ch. 264, p. 111 – metallothermic reduction 45, ch. 264, p. 111 systematics, intra rare earth binary alloys 8, ch. 54, p. 1 T telecommunications, optical tellurides 4, ch. 31, p. 1 ternary equiatomic YbTX intermetallics 32, ch. 207, p. 453 tetravalent cerium compounds 36, ch. 229, p. 281 theoretical chemistry 3, ch. 23, p. 111 thermal conductivity of compounds 16, ch. 106, p. 107 thermal properties of compounds at high pressure 42, ch. 252, p. 1 thermal response, in luminescence 49, ch. 281, p. 339 thermodynamic functions – of complexation processes 47, ch. 272, p. 209 – of dichlorides 42, ch. 253, p. 198 – of difluorides 42, ch. 253, p. 207 – of dimeric trichlorides 42, ch. 253, p. 296 – of metals 43, ch. 258, p. 321 – microscopic descriptors 47, ch. 272, p. 209 – of monochlorides 42, ch. 253, p. 381 – of monofluorides 42, ch. 253, p. 381 – of trichlorides 42, ch. 253, p. 176 – of trifluorides 42, ch. 253, p. 196 p. 425 – circularly polarized luminescence 34, ch. 220, p. 289 – high-energy 10, ch. 62, p. 1 – magnetic circular dichroism 40, ch. 244, p. 1 – magnetic resonance 11, ch. 77, p. 323 – mass – – spark source matrices 4, ch. 37C, p. 377 – – spark source trace element analysis ch. 37B, p. 359 4, – – stable-isotope dilution analysis ch. 37G, p. 471 4, – – with inductively coupled plasmas analysis 13, ch. 91, p. 385 – of rare-earth doped crystals 46, ch. 267, p. 1 – optical 3, ch. 24, p. 172; 5, ch. 46, p. 461; 11, ch. 74, p. 81; 33, ch. 216, p. 465; 37, ch. 233, p. 99; ch. 234, p. 171; 37, ch. 235, p. 217; 39, ch. 243, p. 297 47, ch. 269, p. 1 – photoelectron in heavy fermion systems ch. 172, p. 265 26, – time-resolved emission in solution chemistry 33, ch. 216, p. 465 Spedding, F. H., 11, prologue, p. 1 spin glasses 12, ch. 84, p. 213 stannides, transition metal ternary systems ch. 164, p. 399 steels 25, ch. 165, p. 1 Stokes shift 45, ch. 265, p. 179 stresses, static and dynamic 26, ch. 170, p. 87 structural properties – hybrid materials of lanthanides ch. 276, p. 163 – lanthanides at high pressure p. 275 sublimation enthalpy – of metals 43, ch. 258, p. 321 – of trichlorides 42, ch. 253, p. 274 – of trifluorides 42, ch. 253, p. 235 sulfides 4, ch. 31, p. 1 – poly 32, ch. 209, 567 p. 147 hybrid materials with uranyl cation 47, ch. 271, 48, 43, ch. 257, 3, 24,PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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