Kinetics of Inorganic Reactions
The Commonwealth and International Library: Chemistry Division
Published on 22. October 2013
318 pages
978-1-4831-8567-5 (ISBN)
Description
Kinetics of Inorganic Reactions provides a comprehensive account of the mechanisms of inorganic reaction. The book is comprised of 15 chapters that deal with the two main fields of inorganic reaction, the homogeneous gas-phase reactions and solution reactions. The first chapter of the text provides an introduction to some of the basic concepts in inorganic reaction, which include the mechanisms of a reaction, reactions in different phases, and the feasibilities of a reaction. Next, the book details the experimental techniques and treatment of data. The next series of chapters talks about gas-phase reactions. The book also dedicates a chapter in covering various types of reactions, including isotopic reaction and redox reaction. Chapters 12 to 14 deal with substitution reactions, while Chapter 15 talks about acid-base reactions. The text will be most useful to chemists and chemical engineers, particularly those who deal with inorganic chemistry.
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A. Geoffrey Sykes
Kinetics of Inorganic Reactions
Book
04/1966
Pergamon
€22.91
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Content
Chapter 1: INTRODUCTION
Chapter 2: EXPERIMENTAL TECHNIQUES
Chapter 3: TREATMENT OF DATA
Chapter 4: UNIMOLECULAR GAS-PHASE DECOMPOSITION REACTIONS
Chapter 5: THIRD-ORDER GAS-PHASE REACTIONS
Chapter 6: BIMOLECULAR GAS-PHASE REACTIONS
Chapter 7: ISOTOPIC EXCHANGE REACTIONS IN AQUEOUS SOLUTIONS
Chapter 8: REDOX REACTIONS BETWEEN METAL IONS IN AQUEOUS SOLUTIONS
Chapter 9: SOME REACTIONS OF IONS AND MOLECULES OF NON-METALLIC ELEMENTS IN AQUEOUS SOLUTIONS
Chapter 10: SOME FURTHER REACTIONS OF METAL IONS IN AQUEOUS SOLUTIONS
Chapter 11: REACTIONS OF THE HYDRATED ELECTRON
Chapter 12: SUBSTITUTION REACTIONS OF OCTAHEDRAL COMPLEXES
Chapter 13: SUBSTITUTION REACTIONS OF SQUARE-PLANAR COMPLEXES
Chapter 14: SUBSTITUTION REACTIONS OF TETRAHEDRAL COMPLEXES
Chapter 15: ACIDâEUR"BASE REACTIONS
Appendixes
CALCULATION OF EQUILIBRIUM CONSTANTS FROM FREE ENERGY VALUES
CALCULATION OF EQUILIBRIUM CONSTANTS FROM STANDARD OXIDATION POTENTIALS
HYDROLYSIS OF METAL IONS AT 25°C
THE INTEGRATED FORM OF SIMPLE RATE EQUATIONS
DETERMINATION OF THE RATE OF ELECTRON-TRANSFER BETWEEN FeII AND FeIII FROM THE RATE OF ISOTOPIC EXCHANGE
THE VARIABLE VALENCY OF SOME TRANSITION AND NON-TRANSITION ELEMENTS, OXIDATION STATES, STABILITY AND COLOUR
