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xxxii cerium(IV) – catalysts – mediated reactions 36, ch. 229, p. 281 – redox properties 36, ch. 229, p. 281 chalcogenides, – europium nanoparticles 47, ch. 270, p. 101 – magnetic measurements on mono- 17, ch. 114, p. 301 – quaternary 41, ch. 250, p. 157; 48, ch. 275, p. 109 – ternary 41, ch. 250, p. 157 chemical analysis by – atomic emission with inductively coupled plasmas 13, ch. 91, p. 385 – mass spectrometry, see spectroscopy, mass – neutron activation 4, ch. 37F, p. 457 – optical absorption 4, ch. 37D, p. 405 – optical atomic emission 4, ch. 37D, p. 405 – polarography 4, ch. 37A, p. 341; 8, ch. 55, p. 163 – spectrophotometry 4, ch. 37A, p. 341 – trace determination in high-purity oxides 21, ch. 146, p. 367 – x-ray excited optical luminescence 4, ch. 37E, p. 441 chemical sensors 21, ch. 143, p. 179 chemical understanding and classification 11, ch. 75, p. 197 chirality sensing 35, ch. 226, p. 273 chlorides, thermodynamic properties of 42, ch. 253, p. 165 cluster compounds 40, ch. 245, p. 109 – produced from solids and solutions 45, ch. 263, p. 1 cluster halides Index of Contents of Volumes 1–49 – low-valent state 40, ch. 246, p. 241 – macrocycles 15, ch. 104, p. 443 – molecular recognition in 35, ch. 226, p. 273 – organometallic p type 25, ch. 168, p. 265 – polyoxometalates 38, ch. 240, p. 337 – sensing in 35, ch. 226, p. 273 – with synthetic ionophores 9, ch. 60, p. 321 cooperativity, in complex formation 47, ch. 272, p. 209 coordination chemistry 47, ch. 272, p. 209 coordination in organic solvents 21, ch. 145, p. 305 coordination polymers 34, ch. 221, p. 359; 47, ch. 271, p. 147 core-shell nanoparticles 41, ch. 251, p. 275; 47, ch. 273, p. 273 corrosion 36, ch. 229, p. 281 – structure of – synthesis of coherent emission 22, ch. 151, p. 507 cohesion, theory of 17, ch. 112, p. 149 color, evaluation indices 49, ch. 278, p. 1 complexes (also see lanthanide ch. 257, p. 275 – of gallates 39, ch. 242, p. 113 – of higher borides 38, ch. 238, p. 105 – of hybrid materials of lanthanides 47, ch. 271, p. 147 – of hybrid materials with uranyl cation 48, ch. 275, p. 163 – of intermetallic compounds 2, ch. 13, p. 1 – of quaternary systems with chalcogenides 41, ch. 250, p. 157; 48, ch. 275, p. 109 – of R5T4 intermetallic compound 44, ch. 262, p. 283 – of ternary germanides 27, ch. 174, p. 225 – of ternary systems with chalcogenides 13, ch. 89, p. 191; 41, ch. 250, p. 157 – of ternary systems with metallic elements 13, ch. 88, p. 1 – of ternary transition metal borides 6, ch. 48, p. 113 – of ternary transition metal plumbides 38, ch. 237, p. 55 – of ternary transition metal silicides 6, ch. 48, p. 113 – of ThMn12-type compounds 22, ch. 149, p. 143 crystal field 2, ch. 17, p. 295 – in non-metallic compounds 21, ch. 144, p. 263 chelates) – antenna effect – arene-bridged 3, ch. 25, p. 209 23, ch. 154, p. 69 45, ch. 266, p. 261 45, ch. 264, p. 111 45, ch. 264, p. 111 – beta-diketonates 35, ch. 225, p. 107 – biphenyl 45, ch. 266. p. 261 – borohydrides in catalysis 44, ch. 259, p. 1 – encapsulation 23, ch. 154, p. 69 – group 3 stilbene 45, ch. 266, p. 261 – half-sandwich tetrapyrrole 32, ch. 210, p. 611 – inorganic 8, ch. 56, p. 203; 9, ch. 59, p. 91 – prevention and control – protection 21, ch. 141, p. 93 21, ch. 140, p. 29 11, ch. 79, p. 485 cosmochemistry crystal chemistry – of aluminates – of elements at ultra high pressure 43, 39, ch. 242, p. 113PDF Image | HANDBOOK ON THE PHYSICS AND CHEMISTRY OF RARE EARTHS
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