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Although the chemistry of solid inorganic materials has become increasingly central to chemistry research, the subject has long been inadequately covered. This inexpensive and well-illustrated primer fills the gap with a comprehensive introduction to the subject. Topics include: transition metal oxides, non-stoichiometry, zeolites, layer compounds chemistry, high temperature superconductors, and fullerides. Syntheses of these compound types are presented as well. The book also details powder X-ray diffraction, the major experimental technique used to study and characterize the chemistry of solid inorganic materials. The basis for the method and associated, relevant crystallography is discussed. The experimental data gleaned from the technique is used to illustrate key topics throughout the primer. This tying together of an experimental method and the chemistry is a much needed approach, reflecting the true need of the chemist and the method by which chemistry is taught.
This primer investigates the fundamental principles and synthesis of solid inorganic materials while establishing the critical link between chemical properties and experimental characterization. Mark T. Weller, a specialist in solid-state chemistry, utilizes this text to provide a structured introduction to complex material systems. The book integrates theoretical chemistry with practical laboratory techniques, specifically focusing on how structural data informs our understanding of material behavior. By bridging the gap between abstract chemical theory and empirical observation, the author provides a framework for students and researchers to analyze modern inorganic compounds.
What You Will Find
Experts and educators frequently cite this primer as a foundational resource for undergraduate students entering the field of solid-state chemistry. Readers often note the clarity of the technical explanations and the effectiveness of the integrated approach to experimental methodology.
Page Count:
94
Publication Date:
1995-03-02
Publisher:
Oxford University Press
ISBN-10:
0198557981
ISBN-13:
9780198557982
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