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Index of Contents of Volumes 1–49 xxxvii mass spectra – of actinide ions in gas phase 45, ch. 263, – europium chalcogenides 47, ch. 270, p. 101 – halides 41, ch. 249, p. 95 – hydroxides 41, ch. 249, p. 95 – metallofullerenes 41, ch. 249, p. 95 – oxides 41, ch. 249, p. 95 – oxysalts 41, ch. 249, p. 95 – properties 22, ch. 147, p. 1; 41, ch. 251, p. 275 – photochemical ring formation 39, ch. 243, 297 – synthesis 22, ch. 147, p. 1; 41, ch. 251, p. 1 – calculation of enthalpy of formation from 42, ch. 253, p. 299 – of EuCl3 and Eu2Cl6 42, ch. 253, p. 313 – of rare-earth ions in gas phase 45, ch. 160, p. 47 metal cluster complexes metal-hydrogen batteries ch. 263, p. 1 mechanical alloying 24, ch. 160, p. 47 mechanically induced chemical reactions 21, ch. 142, p. 133 metallofullerenes 41, ch. 249, p. 95 metallosupramolecular chemistry p. 209 22, ch. 148, mineral resource – rare earths in deep-sea mud p. 79 mineralogy 3, ch. 21, p. 1; 49, ch. 279, p. 129 p. 81 negative magnetoresistance in multilayer Fe/Tb 42, ch. 252, p. 145 neutron scattering – elastic 17, ch. 117, p. 635 – inelastic 1, ch. 7, p. 489 – intermultiple transitions 14, ch. 93, p. 1 – inelastic of anomalous lanthanides 19, ch. 130, p. 1 – in heavy-fermion systems 19, ch. 131, p. 123 – of magnetic ordering in cuprates 31, ch. 199, p. 315 – of molten salts 44, ch. 260, p. 87 – of spin fluctuations in cuprates 31, ch. 198, p. 281 near-infrared luminescence – complexes with halogenated chromophores 47, ch. 269, p. 1 – in molecular probes and devices 37, ch. 235, p. 217 – organic light emitting diodes 47, ch. 269, p. 1 – upconversion 47, ch. 273, p. 273 nitride materials, ternary and higher order 25, ch. 166, p. 51 NMR 2, ch. 18, p. 387 – in intermetallic compounds 14, ch. 94, p. 63 – lanthanide induced shifts for extracting solution structures 33, ch. 215, p. 353 – of complexes 23, ch. 153, p. 1 – of paramagnetic complexes 4, ch. 38, p. 483 – solution structure by paramagnetic NMR analysis 33, ch. 215, p. 353 minerals, crystal structures p. 249 16, ch. 108, 46, ch. 268, p. 79 mining – of rare-earth-rich muds mixed valence systems – bremsstrahlung isochromat spectroscopy 10, ch. 70, p. 425 – calculation of 4f excitation energies ch. 68, p. 321 – many-body formulation of spectra 10, 10, ch. 64, p. 103 molecular recognition 35, ch. 226, p. 273 molten salts electrolysis 43, ch. 255, p. 159 – structure of halides 44, ch. 260, p. 87 molybdates (VI) mud – rare-earth rich multilayers 3, ch. 30, p. 609 46, ch. 268, p. 79 – negative magnetoresistance in Fe/Tb 42, ch. 252, p. 145 – transition metals 42, ch. 148, p. 81 M€ossbauer effect 2, ch. 18, p. 387 – of intermetallic compounds ch. 116, p. 539 N 17, nanostructures and nanomaterials – Al- and Mg-based systems 24, ch. 161, p. 83 – bioimaging and therapy ch. 273, p. 273 – ceria 41, ch. 249, p. 95 47, 24, 45, ch. 264, p. 111 p. 275 – spectroscopic properties 37, ch. 233, p. 99 – sulfates 41, ch. 249, p. 95 – transition metal multilayers 47, ch. 272, 46, ch. 268,PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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