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Exploring Inorganic and Organometallic Chemistry
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W. Christopher Boyd, Cleveland State University
Copyright Year:
ISBN 13: 9781956812091
Publisher: MSL Academic Endeavors
Language: English
Formats Available
Conditions of Use
Attribution-NonCommercial-ShareAlike
CC BY-NC-SA
Table of Contents
- Introduction
- Chapter 1: Atomic Structure and Periodic Trends
- Chapter 1: Atomic Structure and Periodic Trends
- Chapter 3: Molecular Orbital Theory
- Chapter 4: Applications of Symmetry Principles to Vibrational Spectroscopy
- Chapter 5: Acid-Base and Oxidation-Reduction Chemistry
- Chapter 6: A Survey of Main-Group Chemistry
- Chapter 7: Introduction to Coordination Chemistry
- Chapter 8: Ligand Field Theory
- Chapter 9: Further Topics in the Electronic Structure of Transition Metal Complexes
- Chapter 10: Fundamentals of Chemical Kinetics
- Chapter 11: Ligand Substitution Reactions
- Chapter 12: Fundamentals of Organometallic Chemistry
- Chapter 13: Fundamental Organometallic Reactions
- Chapter 14: Catalysis of Organic Reactions by Transition Metal Complexes
- Chapter 15: Electron-Transfer Reactions
- Chapter 16: Bonding Between Transition Metals
- Chapter 17: The Isolobal Analogy, Boranes, and Metal Clusters
- Chapter 18: Bioinorganic Chemistry and Medicinal Inorganic Chemistry
About the Book
This textbook, Exploring Inorganic and Organometallic Chemistry, covers the fundamentals of inorganic and organometallic chemistry for undergraduate and graduate students. Both theories of structure and bonding and reaction chemistry are covered, with applications to the catalysis of organic reactions, biochemistry, and drug design. A modular approach allows for basic materials of each chapter to be covered in an undergraduate course, with more advanced material suitable for M.S. and Ph.D. students.
About the Contributors
Author
W. Christopher Boyd (B.A. Oberlin College, Ph.D. University of California, Berkeley) is an inorganic chemist who has taught in Cleveland State University's Department of Chemistry since 2014. His research focuses on the coordination chemistry of azodioxides, the dimers of nitrosoarenes, and the application of the resulting complexes to anticancer drug design.