Rare earth chemistry /  [electronic resource] 
edited by Rainer Pöttgen, Thomas Jüstel, Cristian A. Strassert. 
 - Berlin ;  Boston :  De Gruyter,  2020. 
 - e-book contains 654 pages :  illustrations (chiefly color), map ; 
 - De Gruyter STEM .
 - De Gruyter STEM. .
<br/><br/>Includes bibliographical references and indexes. 
<br/><br/>Frontmatter<br/><br/>Publicly Available 	I<br/>Preface<br/><br/>Publicly Available 	V<br/>Contents<br/><br/>Publicly Available 	VII<br/>List of contributors<br/><br/>Publicly Available 	XI<br/>1. THE ELEMENTS<br/>1.1 Discovery of the rare-earth elements<br/><br/>Jean-Claude G. Bünzli<br/>Licensed 	1<br/>1.2 Rare-earth minerals and rare-earth mining<br/><br/>Tom Lorenz, Martin Bertau and Robert Möckel<br/>Licensed 	15<br/>1.3 Rare earth resources and processing<br/><br/>Tom Lorenz and Martin Bertau<br/>Licensed 	37<br/>1.4 Rare earth metal production and refinement<br/><br/>Tom Lorenz and Martin Bertau<br/>Licensed 	49<br/>1.5 Recycling aspects – magnets<br/><br/>Tom Lorenz and Martin Bertau<br/>Licensed 	55<br/>1.6 Recycling aspects – phosphors<br/><br/>Jörg Zimmermann<br/>Licensed 	69<br/>1.7 The structures of the elements<br/><br/>Rainer Pöttgen<br/>Licensed 	75<br/>1.8 Electronic properties of the lanthanide ions<br/><br/>Mikhail G. Brik and Alok M. Srivastava<br/>Licensed 	83<br/>2. REACTIVITY AND COMPOUNDS<br/>2.1 Halides of trivalent lanthanides<br/><br/>Mathias Wickleder<br/>Licensed 	99<br/>2.2 Lanthanide compounds with tetrahedral oxoanions<br/><br/>Mathias Wickleder<br/>Licensed 	117<br/>2.3 Lanthanide compounds with low valence<br/><br/>Arndt Simon<br/>Licensed 	137<br/>2.4 Intermetallic compounds<br/><br/>Oliver Janka and Rainer Pöttgen<br/>Licensed 	157<br/>2.5 Polyoxometalates<br/><br/>Bassem S. Bassil and Ulrich Kortz<br/>Licensed 	171<br/>2.6 Coordination chemistry<br/><br/>Jean-Claude G. Bünzli<br/>Licensed 	185<br/>2.7 Organometallic rare-earth chemistry<br/><br/>Marc D. Walter and Grégory Nocton<br/>Licensed 	201<br/>3. CHARACTERIZATION AND PROPERTIES<br/>3.1 Analysis of rare-earth metals and their species<br/><br/>Michael Sperling, Maximilian von Bremen-Kühne, Sabrina Funke, Lukas Schlatt and Uwe Karst<br/>Licensed 	225<br/>3.2 Rare earth toxicology<br/><br/>Walter Rambeck, Kerstin Redling and Cristian A. Strassert<br/>Licensed 	235<br/>3.3 Rare earths magnetism – condensed matter<br/><br/>Reinhard K. Kremer<br/>Licensed 	249<br/>3.4 Rare earth magnetism – molecules<br/><br/>Jan van Leusen and Paul Kögerler<br/>Licensed 	277<br/>3.5 Optical characterization<br/><br/>Florian Baur and Thomas Jüstel<br/>Licensed 	289<br/>3.6 Solid-state NMR and Mößbauer spectroscopy<br/><br/>Hellmut Eckert and Rainer Pöttgen<br/>Licensed 	299<br/>3.7 Rare-earth ion spin dynamics as a source of structural information<br/><br/>Hellmut Eckert	323<br/>3.8 Electrical and dielectric properties<br/><br/>Michael Bredol	349<br/>4. MATERIALS AND APPLICATIONS<br/>4.1 Optical materials – molecules<br/><br/>Michael Seitz	365<br/>4.2 Optical materials – microcrystalline powders<br/><br/>Thomas Jüstel and Florian Baur	375<br/>4.3 Optical materials – ceramics<br/><br/>Jan Werner	391<br/>4.4 Crystal growth of rare-earth doped and rare-earth containing materials<br/><br/>Daniel Rytz, Klaus Dupré, Andreas Gross, Christoph Liebald, Mark Peltz, Patrick Pues, Sebastian Schwung and Volker Wesemann	415<br/>4.5 Medical applications of rare earth compounds<br/><br/>Andreas Faust	439<br/>4.6 Rare earth-based scintillators<br/><br/>Cees Ronda	453<br/>4.7 Rare earth metals in heterogeneous catalysis<br/><br/>Klaus Stöwe and Marc Armbrüster	463<br/>4.8 Materials for solid state cooling<br/><br/>Yaroslav Mudryk and Vitalij K. Pecharsky	487<br/>4.9 Rare earth metal-based hydride materials<br/><br/>Holger Kohlmann	511<br/>4.10 Lanthanide nanoparticles and their biological applications<br/><br/>Niko Hildebrandt and Loïc J. Charbonnière	525<br/>4.11 Rare-earth-based hybrid materials<br/><br/>Marina M. Lezhnina and Ulrich Kynast	537<br/>4.12 Rare earth based superconducting materials<br/><br/>Dirk Johrendt	557<br/>4.13 Rare-earth-containing glasses<br/><br/>Hellmut Eckert	577<br/>4.14 Bioinorganic chemistry of the elements<br/><br/>Lena J. Daumann	601<br/>4.15 Economic aspects<br/><br/>Marc Wentker, Thomas Jüstel and Jens Leker	611<br/>Subject Index<br/>629<br/>Formula Index 
<br/><br/> This work introduces into the chemistry, materials science and technology of Rare Earth Elements. The chapters by experienced lecturers describe comprehensively the recent studies of their characteristics, properties and applications in functional materials. Due to the broad range of covered topics as hydrogen storage materials, LEDs or permanent magnets this work gives an up-to-date presentation of this fascinating research.<br/><br/>Covers fundamentals and industry-oriented topics in a concise way<br/>Discusses the full range from elements to applied functional materials<br/>Relevant for various graduate courses 
<br/><br/><label>ISBN: </label>9783110654929  Eur 249 
<br/><br/><label>Standard No.: </label>https://doi.org/10.1515/9783110654929  DOI: 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Rare earths.<br/>Rare earth metal compounds.<br/>Rare earth metal compounds.<br/>Rare earths.
<br/><br/><label>Dewey Class. No.: </label>546.41  / POT/R