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xxxvi Index of Contents of Volumes 1–49 J Judd-Ofelt theory, NIR-emitting complexes 47, ch. 269, p. 1 K kinetics of complexation in aqueous solutions 15, ch. 102, p. 347 – studies of ions 18, ch. 120, p. 159 – spectra of ions in solution 3, ch. 24, p. 171 – thermometry 45, ch. 265, p. 179; 49, ch. 281, p. 339 luminescent solar concentrators, lanthanides in 44, ch. 261, p. 169 M mSR studies of magnetic materials 32, ch. 206, p. 55 magnetic circular dichroism 40, ch. 244, p. 1 magnetic and transport properties of metals 1, ch. 6, p. 411 magnetic correlations in heavy-fermion systems 19, ch. 131, p. 123 magnetic properties (also see physical properties) – at high pressure 42, ch. 252, p. 1 – of borides 38, ch. 238, p. 105 – of europium chalcogenide nanoparticles 47, ch. 270, p. 101 – of intermetallic compounds 2, ch. 14. p. 55; 20, ch. 138, p. 293 – of nickel borocarbides 38, ch. 239, p. 175 – of nonmetallic compounds 22, ch. 150, p. 295 – photo-induced, in europium chalcogenides 47, ch. 270, p. 101 – of R5T4 pseudobinary intermetallic compounds 44, ch. 262, p. 283 – of ternary RT2X2 type intermetallic compounds 12, ch. 83, p. 133 – of ThMn12-type compounds 22, ch. 149, p. 143 magnetic structures 1, ch. 7, p. 489 magnetism 34, ch. 219, p. 135 – exotic phenomena 11, ch. 76, p. 293 – surface 24, ch. 159, p. 1 magnetocaloric effect, in R5T4 compounds 44, ch. 262, p. 283 magneto-optical properties, of europium chalcogenides 47, ch. 270, p. 101 magnetoresistance – in cuprates 31, ch. 197, p. 251 – negative 42, ch. 252, p. 145 – pressure dependent 42, ch. 252, p. 128 magnetostriction – in R5T4 intermetallic compounds 44, ch. 262, p. 283 – RFe2 2, ch. 15, p. 231 – transition metal thin films 32, ch. 205, p. 1 marine chemistry 23, ch. 158, p. 497 1, ch. 11, p. 797; 49, ch. 280, lanthanide chelates (also see complexes) – for sensitizing NIR luminescence 37, ch. 234, p. 171; 47, ch. 270, p. 101 – in biomedical analyses 37, ch. 235, p. 217 lanthanidomesogens 43, ch. 254, p. 1 laser-ablation mass spectrometry 45, ch. 263, Kondo effect p. 293 L lanthanide-induced shifts 23, ch. 153, p. 1; 33, ch. 215, p. 353 p. 1 laser cooling cycle laser spectroscopy lasers 4, ch. 35, p. 275 leaching – of rare-earth-rich muds light-emitting diodes, NIR – phosphors 49, ch. 278, p. 1 light scattering in intermetallic compounds 14, ch. 95, p. 163 linkers, in hybrid materials 47, ch. 271, ch. 235, p. 217 – NIR-triggered upconversion 47, ch. 273, 4, ch. 38, p. 483; 45, ch. 265, p. 179 12, ch. 87, p. 433 p. 147; 48, ch. 276, p. 163 liquid crystalline complexes 43, ch. 254, p. 1 liquid salts 44, ch. 260, p. 87 liquid metals and alloys 12, ch. 85, p. 357 LIS, see lanthanide-induced shifts lithology – of rare-earth-rich muds luminescence – antenna effect 23, ch. 154, p. 69 – in biomedical analyses 37, ch. 234, p. 171; 40, ch. 247, p. 301 – of europium chalcogenides 47, ch. 270, p. 101 – NIR-emitting complexes 47, ch. 269, p. 1 – in NIR molecular probes and devices 37, p. 273 – persistent 48, ch. 274, p. 1 – polyoxometalates 39, ch. 243, p. 297 – sensitization of NIR luminescence 47, ch. 269, p. 1 46, ch. 268, p. 79 47, ch. 269, p. 1 46, ch. 268, p. 79PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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