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The chemistry of iron, cobalt and nickel /
The Chemistry of Iron, Cobalt and Nickel deals with the chemistry of iron, cobalt, and nickel and covers topics ranging from the occurrence and distribution of all three elements to their properties, allotropy, and analytical chemistry. Compounds of iron, cobalt, and nickel in both low and high oxid...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford, Eng. :
Pergamon,
1973.
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| Colección: | Pergamon texts in inorganic chemistry ;
volume 24. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; The Chemistry of Iron, Cobalt and Nickel; Copyright Page; Table of Contents; PREFACE; INDEX; INDEX; PART 40:IRON; CHAPTER 1. THE ELEMENT; 1.1. HISTORY; 1.2. OCCURRENCE AND DISTRIBUTION; 1.3. IRON AND STEEL MANUFACTURE; 1.4. PREPARATION OF PURE IRON; 1.5. ALLOTROPY OF IRON; 1.6. NUCLEAR PROPERTIES; 1.7. PHYSICAL PROPERTIES; 1.8. CHEMICAL PROPERTIES; 1.9. BIOLOGICAL IMPORTANCE OF IRON COMPOUNDS; 1.10. ANALYTICAL CHEMISTRY OF IRON; 1.11. ALLOYS OF IRON; CHAPTER 2. COMPOUNDS OF IRON IN LOW OXIDATION STATES ( -2, -1, 0, +1); 2.1. IRON CARBONYLS; 2.2. NITRIC OXIDE COMPLEXES OF IRON.
- 2.3. other compounds of iron in low oxidation stateschapter 3. compounds of iron (ii); 3.1. general and redox considerations; 3.2. simple salts of iron(ii); 3.3. organometallic compounds of iron; 3.4. complexes of iron(ii); chapter 4. compounds of iron(iii); 4.1. simple compounds and salts of iron(iii); 4.2. complex compounds of iron(iii); 4.3. electronic structures of iron(iii) complexes; chapter 5. compounds of iron in high oxidation states (+4, +5, +6); 5.1. iron(iv) compounds; 5.2. iron(v) compounds; 5.3. iron(vi) compounds; part41: cobalt; chapter 1. the element; 1.1. history.
- 1.2. occurrence and distribution1.3. industrial production of cobalt; 1.4. allotropy of cobalt; 1.5. nuclear properties; 1.6. physical properties; 1.7. chemical properties; 1.8. biological importance of cobalt compounds; 1.9. the analytical chemistry of cobalt; 1.10. alloys of cobalt; chapter 2. compounds of cobalt in low oxidation states ( -1, 0, +1); 2.1. cobalt carbonyls; 2.2. cobalt nitrosyls; 2.3. other complexes of cobalt in low oxidation states; chapter 3. compounds of cobalt(ii); 3.1. general and redox considerations; 3.2. simple compounds of cobalt(ii).
- 3.3. organometallic compounds of cobalt3.4. complexes of cobalt(ii); chapter 4. compounds of cobalt(iii); 4.1. simple compounds and salts of cobalt(iii); 4.2. complex compounds of cobalt(iii); chapter 5. compounds of cobalt in high oxidation states (+4, +5); part 42:nickel; chapter 1. the element; 1.1. history; 1.2. occurrence and distribution; 1.3. industrial production of nickel; 1.4. preparation of pure nickel; 1.5. nuclear properties; 1.6. physical properties; 1.7. chemical properties; 1.8. analytical chemistry; 1.9. alloys of nickel.
- CHAPTER 2. COMPOUNDS OF NICKEL IN LOW OXIDATION STATES ( -1, 0, +1)2.1. NICKEL CARBONYL, Ni(CO); 2.2. NICKEL NITROSYLS30; 2.3. COMPLEX CYANIDES AND ISOCYANIDES; 2.4. PHOSPHINE COMPLEXES; CHAPTER 3. COMPOUNDS OF NICKEL(II); 3.1. GENERAL AND REDOX CONSIDERATIONS; 3.2. SIMPLE COMPOUNDS OF NICKEL(II); 3.3. ORGANOMETALLIC COMPOUNDS OF NICKEL; 3.4. COMPLEXES OF NICKEL(II); CHAPTER 4. COMPOUNDS OF NICKEL IN HIGH OXIDATION STATES (+3, +4); 4.1. SIMPLE COMPOUNDS OF NICKEL(III) AND NICKEL(IV); 4.2. COMPLEXES OF NICKEL(III); 4.3. COMPLEXES OF NICKEL(IV); Contents of Comprehensive Inorganic Chemistry.