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Full Description
Making and studying solids is a rapidly expanding branch of chemistry. Solid-state chemistry is becoming more and more important as its relevance is recognized to subjects as diverse as optoelectronics and heterogeneous catalysis. There has long been felt a need for an authoritative account of the properties of inorganic solids and of the methods for studying them, written at a level suitable for final-year undergraduates studying the subject as a special topic or for first-year graduate students embarking on research in the field. This and a forthcoming volume will fill that gap.
The present volume - now made available in paperback for the first time - concentrates on methods for preparing solids and studying their structures and physical properties, while the other will survey compounds with particularly important or useful properties.
Contents
J.D. Corbett: Synthesis of solid-state materials; A.K. Cheetham: Diffraction methods; G.K. Wertheim: X-ray photoelectron spectroscopy and related methods; W.E. Hatfield: Magnetic measurements; R.G. Denning: Optical techniques; C.A. Fyfe: High resolution solid-state MAS NMR investigations of inorganic systems; C.R.A. Catlow: Computational techniques and simulations of crystal structure; A. Hamnett: Transport measurements; D. Adams: Vibrational spectroscopy; A. Navrotsky: Thermodynamic aspects of inorganic solid-state chemistry.