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Index of Contents of Volumes 1–49 xxxv – of metals 1, ch. 5, p. 379; 43, ch. 258, p. 321 heavy fermions 14, ch. 97, p. 343; 16, ch. 105, p. 1; 19, ch. 132, p. 177 infrared properties – of cuprates 31, ch. 202, p. 437 – of molten salts 44, ch. 260, p. 87 inorganic complex compounds 8, ch. 56 p. 203; 9, ch. 59, p. 91 intermetallic compounds – amorphous magnetic alloys 2, ch. 16, p. 259 – binary and pseudo-binary R5T4 compounds 44, ch. 262, p. 283 – chalcogenides 2, ch. 19, p. 507 – crystal chemistry 2, ch. 13, p. 1 – crystal fields in 2, ch. 17, p. 295 – dynamical screening of core holes 10, ch. 63, p. 75 – electron-phonon interaction 14, ch. 96, p. 225 – exchange coupling 24, ch. 163, p. 339 – f-electron hybridization 10, ch. 63, p. 75 – Fermi surfaces 20, ch. 135, p. 1 – growth of 12, ch. 80, p. 1 – hydrogen absorption 6, ch. 47, p. 1 – itinerant electron metamagnetism in cobalt compounds 26, ch. 171, p. 177 – light scattering 14, ch. 95, p. 163 – magnetic properties 2, ch. 14, p. 55; 12, ch. 83, p. 133; 20, ch. 138, p. 293 – magnetocaloric effect in R5T4 compounds 44, ch. 262, p. 283 – magnetostriction - in RFe2 compounds 2, ch. 15, p. 231 – in R5T4 compounds 44, ch. 262, p. 283 – M€ossbauer effect in 17, ch. 116, p. 539 – nuclear magnetic resonance in 2, ch. 18, p. 387; 14, ch. 94, p. 63 – scandium alloy systems 27, ch. 175, p. 339 – ternary RT2X2 type compounds 12, ch. 83, p. 133 – ternary equiatomic YbTX 32, ch. 207, 453 – phenomenological approach – photoelectron spectroscopy ch. 172, p. 265 17, ch. 111, p. 87 26, helicates 40, ch. 247, p. 301; 47, ch. 272, p. 209 ch. 133, p. 383 – diffraction techniques – electronic properties – heat capacity 42, ch. 252, p. 45 – mass spectra 42, ch. 252, p. 18 – magnetic properties 42, ch. 252, p. 44 – optical studies of non-metallic compounds 33, ch. 217, p. 515 – physical properties 42, ch. 252, p. 4 – structural aspects 17, ch. 113, p. 245; 42, ch.252, p. 4 – thermal expansion 42, ch. 252, p. 33 high temperature superconductors 30; 31 history – of the discovery and separation of rare earths 11, ch. 73, p. 33; 49, ch. 279, p. 129 – of the positioning of rare earths in the periodic table 41, ch. 248, p. 1 Hund, F. 14, dedication, p. ix hybrid materials – of lanthanides 47, ch. 271, p. 147 – with uranyl cation 48, ch. 276, p. 163 hydration 15, ch. 103, p. 393; 18, ch. 127, p. 529; 45, ch. 263, p. 1 hydrides 3, ch. 26, p. 299; 18, ch. 123, p. 293 – borohydrides 44, ch. 259, p. 1 – switchable films 36, ch. 228, p. 83 hydrogen absorption in intermetallic compounds 6, ch. 47, p. 1 hydrogen in metals, including RH2+x phases 20, ch. 137, p. 207 hydrolysis 15, ch. 103, p. 393; 18, ch. 127, p. 529; 40, ch. 245, p. 109; 45, ch. 263, p. 1; 47, ch. 272, p. 209 hyperfine interactions 11, ch. 77, p. 323 I inelastic electron scattering information storage – high fidelity 46, ch. 267, p. 1 Hertz-Mills theory 49, ch. 280, p. 293 high pressure studies 1, ch. 9, p. 707 – anomalous Ce, Yb and U compounds 19, 42, ch. 252, p. 4 42, ch. 252, p. 82 10, ch. 72, p. 547 – transport properties ch. 115, p. 409 An-Ln extraction and separation 43, ch. 256, p. 213 itinerant electron metamagnetism in cobalt intermetallics 26, ch. 171, p. 177 – valence changes in intermediate valence ion cyclotron resonance – mass spectrometry 45, ch. 263, p. 1 ionic liquids (also see molten salts), in 5, ch. 42, p. 117; 17, 2, ch. 20, p. 575 19, ch. 132, p. 177PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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