The Chemistry of Ruthenium, Rhodium, Palladium, Osmium, Iridium and Platinum ：Pergamon Texts in Inorganic Chemistry, Volume 25

Publication subTitle ：Pergamon Texts in Inorganic Chemistry, Volume 25

Author： Livingstone   Stanley E.;Bailar   J. C.;Emeléus   H. J.  

Publisher： Elsevier Science‎

Publication year： 2016

E-ISBN: 9781483137100

P-ISBN(Paperback): 9780080188751

Subject： O6 Chemistry

Keyword： 化学

Language： ENG

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Description

The Chemistry of Ruthenium, Rhodium, Palladium, Osmium, Iridium and Platinum deals with the chemistry of the platinum metals ruthenium, rhodium, palladium, osmium, iridium, and platinum. Topics range from the occurrence and distribution of all six elements to their physical properties, isotopes (natural and artificial), extraction and purification, fabrication (melting, working, electrodeposition and uses. The catalytic applications and analytical chemistry of the elements are also discussed.
This book is divided into seven sections and begins with an overview of the platinum metals, including their discovery and early history, occurrence and distribution, alloys, and physical properties such as hardness, tensile strength, and electrical resistance. The general chemistry and binary compounds of ruthenium, rhodium, palladium, osmium, iridium, and platinum are then described. Compounds that are analyzed include halides and chalcogenides; phosphine and arsine complexes; thiocyanate and cyanide complexes; and complexes of nitrogen ligands.
This monograph will be a useful resource for inorganic chemists.

Chapter

Front Cover

The Chemistry of Ruthenium, Rhodium, Palladium, Osmium, Iridium and Platinum

Copyright Page

Table of Contents

PREFACE

43. THE SECOND- AND THIRD-ROW ELEMENTS OF GROUP VIII A, B AND C

CHAPTER 1. THE PLATINUM METALS

1.1. DISCOVERY AND EARLY HISTORY

1.2. OCCURRENCE AND DISTRIBUTION

1.3. PHYSICAL PROPERTIES

1.4. ISOTOPES

1.5. EXTRACTION AND PURIFICATION

1.6. FABRICATION

1.7. ALLOYS

1.8. PRINCIPAL USES

1.9. CATALYTIC APPLICATIONS

1.10. ANALYTICAL CHEMISTRY

1.11. GENERAL CHEMICAL TRENDS

CHAPTER 2. RUTHENIUM

2.1. GENERAL CHEMISTRY

2.2. BINARY COMPOUNDS

2.3. OXO- AND HYDROXO-HALIDES

2.4. COMPLEXES OF RUTHENIUM(–II)

2.5. COMPLEXES OF RUTHENIUM(0)

2.6. COMPLEXES OF RUTHENIUM(I)

2.7. COMPLEXES OF RUTHENIUM(II)

2.8. COMPLEXES OF RUTHENIUM(III)

2.9. COMPLEXES OF RUTHENIUM(IV)

2.10. COMPLEXES OF RUTHENIUM(V)

2.11. COMPLEXES OF RUTHENIUM(VI)

2.12. COMPLEXES OF RUTHENIUM(VII)

CHAPTER 3. OSMIUM

3.1. GENERAL CHEMISTRY

3.2. BINARY COMPOUNDS

3.3. OXO- AND HYDROXO-HALIDES

3.4. COMPLEXES OF OSMIUM(–II)

3.5. COMPLEXES OF OSMIUM(0)

3.6. COMPLEXES OF OSMIUM(I)

3.7. COMPLEXES OF OSMIUM(II)

3.8. COMPLEXES OF OSMIUM(III)

3.9. COMPLEXES OF OSMIUM(IV)

3.10 COMPLEXES OF OSMIUM(V)

3.11. COMPLEXES OF OSMIUM(VI)

3.12. COMPLEXES OF OSMIUM(VII)

3.13. COMPLEXES OF OSMIUM(VIII)

CHAPTER 4. RHODIUM

4.1. GENERAL CHEMISTRY

4.2. BINARY COMPOUNDS

4.3. OXO- AND HYDROXO-HALIDES

4.4. COMPLEXES OF RHODIUM(–I)

4.5. COMPLEXES OF RHODIUM(0)

4.6. COMPLEXES OF RHODIUM(I)

4.7. COMPLEXES OF RHODIUM(II)

4.8. COMPLEXES OF RHODIUM(III)

4.9. COMPLEXES OF RHODIUM(IV)

4.10. COMPLEXES OF RHODIUM(V)

4.11. COMPLEXES OF RHODIUM(VI)

CHAPTER 5. IRIDIUM

5.1. GENERAL CHEMISTRY

5.2. BINARY COMPOUNDS

5.3. OXO- AND HYDROXO-HALIDES

5.4. COMPLEXES OF IRIDIUM(–II)

5.5. COMPLEXES OF IRIDIUM(–I)

5.6. COMPLEXES OF IRIDIUM(0)

5.7. COMPLEXES OF IRIDIUM(I)

5.8. COMPLEXES OF IRIDIUM(II)

5.9. COMPLEXES OF IRIDIUM(III)

5.10 COMPLEXES OF IRIDIUM(IV)

5.11. COMPLEXES OF IRIDIUM(V)

CHAPTER 6. PALLADIUM

6.1. GENERAL CHEMISTRY

6.2. BINARY COMPOUNDS

6.3. COMPLEXES OF PALLADIUM(0)

6.4. COMPLEXES OF PALLADIUM(I)

6.5. COMPLEXES OF PALLADIUM(II)

6.6. COMPLEXES OF PALLADIUM(IV)

CHAPTER 7. PLATINUM

7.1. GENERAL CHEMISTRY

7.2. BINARY COMPOUNDS

7.3. COMPLEXES OF PLATINUM(0)

7.4. COMPLEX OF PLATINUM(I)

7.5. COMPLEXES OF PLATINUM(II)

7.6. COMPLEXES OF PLATINUM(IV)

7.7. COMPLEXES OF PLATINUM(V)

INDEX

Contents of Comprehensive Inorganic Chemistry

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