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Magnetism Molecules to Materials II Models and Experiments
Date: 24-01-2019, 10:07 | Author: creativelivenew | Favorites: |

Magnetism Molecules to Materials II Models and Experiments
Magnetism: Molecules to Materials II: Models and Experiments By
2002 | 498 Pages | ISBN: 3527303014 | PDF | 6 MB

Molecule-based magnets, giant magnetoresistance and spin frustration are just a few terms which demonstrate that our understanding of magnetic behavior, once thought to be mature, has enjoyed new momentum as it is being expanded by contributions from molecular chemistry, materials chemistry and sciences to solid state physics. The spectrum spans molecule-based - organic, inorganic, and hybrid - compounds, metallic materials as well as their oxides forming thin films, nanoparticles, wires etc. New phenomena are explored that open promising perspectives for commercially applied "smart" materials. In topical reviews written by foremost scientists trends and recent advances focusing on the correlations between electronic structure and magnetic properties are explained in a clear and detailed way. With good balance between theory and experiment this book guides advanced students and specialists alike to this research area. It facilitates the evaluation of experimental observations and serves as a base for the design of new magnetic materials. As a unique reference work, it is indispensable for everyone concerned with the phenomena of magnetism! Content: Chapter 1 Nitroxide?Based Organic Magnets (pages 1-60): David B. Amabilino and Jaume VecianaChapter 2 Magnetic Ordering in Metal Coordination Complexes with Aminoxyl Radicals (pages 61-108): Hiizu Iwamura and Katsuya InoueChapter 3 Organic Kagome Antiferromagnets (pages 109-121): Kunio Awaga, Nobuo Wada, Isao Watanabe and Tamotsu InabeChapter 4 Magnetism in TDAE?C60 (pages 123-147): Ales Omerzu, Denis Arcon, Robert Blinc and Dragan MihailovicChapter 5 Triarylmethyl and Amine Radicals (pages 149-187): R.?J. BushbyChapter 6 High?Spin Metal?Ion?Containing Molecules (pages 189-226): Talal Mallah and Arnaud MarvilliersChapter 7 Electronic Structure and Magnetic Behavior in Polynuclear Transition?Metal Compounds (pages 227-279): Eliseo Ruiz, Santiago Alvarez, Antonio Rodriguez?Fortea, Pere Alemany, Yann Pouillon and Carlo MassobrioChapter 8 Valence Tautomerism in Dioxolene Complexes of Cobalt (pages 281-306): David A. ShultzChapter 9 Molecule?Based Magnets Derived from NiII and MnII, Azido Bridging Ligand and Related Compounds (pages 307-337): Joan Ribas, Albert Escuer, Montserrat Monfort, Ramon Vicente, Roberto Cortes, Luis Lezama, Teofilo Rojo and Mohamed A. S. GoherChapter 10 Oxalate?Based 2D and 3D Magnets (pages 339-356): Melanie Pilkington and Silvio DecurtinsChapter 11 Hybrid Organic?Inorganic Multilayer Compounds: Towards Controllable and/or Switchable Magnets (pages 357-395): Pierre Rabu, Marc Drillon, Kunio Awaga, Wataru Fujita and Taketoshi SekineChapter 12 Intercalation?Induced Magnetization in MPS3 Layered Compounds (pages 397-423): Rene Clement and Anne LeausticChapter 13 Transition Metal Ion Phosphonates as Hybrid Organic?Inorganic Magnets (pages 425-456): Carlo BellittoChapter 14 Magnetic Langmuir?Blodgett Films (pages 457-484): Christophe Mingotaud, Pierre Delhaes, Mark W. Meisel and Daniel R. Talham

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