钒基材料制造(英文版)

作者: 杨保祥编

出版社: 冶金工业出版社

出版时间: 2021-01

版次: 1

ISBN: 9787502482367

定价: 299.00

装帧: 平装

开本: 16开

页数: 548页

分类: 语言文字

《钒基材料制造(英文版)》比较全面、系统、深入地介绍了钒产业发展要素的构成及钒基材料制造的特点，阐述分析了钒资源状况、不同类型资源提钒工艺、资源短缺时期提钒发展、不同地域钒产业发展配置、钒制品的内生演化以及应用延伸要求，其主要内容包括钒基础、钒提取、钒应用、钒产业发展及与钒基材料制造有关的数据等。杨保祥，is a Professor and Senior Engineer at the Sichuan Vanadium and Titanium Industrial Technology Instituteand Panzhihua Iron and Steel Research Institute, Deputy Secretary-General of Sichuan Industry Association of Vanadium-Titanium-Steel in China, Executive Vice President and Secretary General of the Panzhihua Industry Association ofVanadium and Titanium in China. Preface
Abstract
Chapter 1: Introduction
Chapter 2: Vanadium and its compounds
  2.1 Vanadium
  2.2 Physical properties of vanadium
  2.3 Chemical properties of vanadium
  2.4 Thermodynamic properties of vanadium
  2.5 Vanadium compounds
  2.6 Compound salts of vanadium
  2.7 Physiological effects of vanadium
  2.8 Diseases from vanadium pollution
  2.9 Biological effects of vanadium in humans and animals
  2.10 Biological effect of vanadium on plants
Chapter 3: Vanadium mineral resources
  3.1 Metallogenic characteristics of vanadium ore
  3.2 Minerals of vanadium
  3.3 Main vanadium minerals for vanadium extraction
  3.4 Distribution of vanadium resources
Chapter 4: Extraction of vanadium from titanoferrous magnetite: mineral
  processing and enrichment methods
  4.1 V-bearing titanoferrous magnetite
  4.2 Main mineral characteristics of V-bearing titanoferrous magnetite
  4.3 Typical mineral processing methods
  4.4 V-containing titanoferrous magnetite outside of China
  4.5 Main equipment
Chapter 5: Extraction of vanadium from V-bearing titanoferrous magnetite
  by smelting to produce V-containing iron
  5.1 Blast furnace smelting
  5.2 Ironmaking by direct reduction
  5.3 Main production equipment
Chapter 6: Extraction of vanadium from V-containing titanoferrous magnetite
  enrichment of vanadium slag
  6.1 Enrichment of vanadium slag
  6.2 Production of V-containing steel slag from molten iron by steelmaking
  6.3 Pretreatment of V-containing molten iron for slag blowing
  6.4 Enriched vanadium slag from V-containing molten iron
  by sodium treatment and oxidation
  6.5 Comparison of various vanadium extraction methods
  6.6 Main equipment
Chapter 7: Extraction of vanadium from V-containing titanoferrous magnetite
  extraction of V2Os from vanadium slag
  7.1 Sodium salt roasting
  7.2 Extracting vanadium pentoxide from vanadium slag by calcium salt roasting
  7.3 Extracting vanadium pentoxide from Na-treated vanadium slag
  7.4 Extracting vanadiu m fro m V-containing steel slag by acid leaching
  7.5 Extracting V2Os from vanadium slag by sulfide addition
  7.6 Main raw materials
  7.7 Main vanadium extraction equipment
Chapter 8: Extracting vanadium from shale
  8.1 V-bearing carbon shale
  8.2 Extracting vanadium pentoxide from stone coal
  8.3 Comparison of vanadium extraction processes from stone coal
Chapter 9: Extracting vanadium pentoxide from minerals and composite
  materials containing vanadium
  9.1 Extracting vanadium pentoxide from V-bearing titanoferrous magnetite
  9.2 Extracting vanadium pentoxide from V-containing oil residue
  9.3 Extracting vanadium pentoxide from carnotite
  9.4 Extracting vanadium pentoxide from alumina-rich slag
  9.5 Extracting vanadium pentoxide from vanadinite
  9.6 Extracting vanadium pentoxide from uranium molybdenum vanadium ore
  9.7 Extracting vanadium pentoxide from kakoxene
  9.8 Extracting vanadium pentoxide from V-bearing limonite
  9.9 Extracting vanadiu m pentoxide fro m oil refining slag
  9.10 Extracting vanadium pentoxide from bauxite
  9.11 Vanadium extraction from spent catalysts
  9.12 Vanadium extraction from fly ash
Chapter 10: Ferrovanadium
  10.1 Electro-silicon thermal process
  10.2 Aluminum thermal method
  10.3 Direct alloying of vanadium slag to produce ferrovanadium
  10.4 Ferrosilicon-vanadium alloy
Chapter 11: Applications of vanadium in the steel industry
  11.1 Classification of steel
  11.2 Main elements in steel and their effects
  11.3 Role of vanadium in steel
  11.4 Applications of vanadium in steel
  11.5 Vanadium in cast iron
Chapter 12: Vanadium metal
  12.1 Metallic vanadium
  12.2 Vanadium refining
  12.3 Application of vanadium metal
Chapter 13: Characteristics and technical quality standards of main
  vanadium products
  13.1 Vanadium slag
  13.2 Vanadium trioxide
  13.3 Vanadium pentoxide
  13.4 Vanadium pentoxide standard
  13.5 Ammonium vanadate
内容简介:
《钒基材料制造(英文版)》比较全面、系统、深入地介绍了钒产业发展要素的构成及钒基材料制造的特点，阐述分析了钒资源状况、不同类型资源提钒工艺、资源短缺时期提钒发展、不同地域钒产业发展配置、钒制品的内生演化以及应用延伸要求，其主要内容包括钒基础、钒提取、钒应用、钒产业发展及与钒基材料制造有关的数据等。
作者简介:
杨保祥，is a Professor and Senior Engineer at the Sichuan Vanadium and Titanium Industrial Technology Instituteand Panzhihua Iron and Steel Research Institute, Deputy Secretary-General of Sichuan Industry Association of Vanadium-Titanium-Steel in China, Executive Vice President and Secretary General of the Panzhihua Industry Association ofVanadium and Titanium in China.
目录:
Preface
Abstract
Chapter 1: Introduction
Chapter 2: Vanadium and its compounds
  2.1 Vanadium
  2.2 Physical properties of vanadium
  2.3 Chemical properties of vanadium
  2.4 Thermodynamic properties of vanadium
  2.5 Vanadium compounds
  2.6 Compound salts of vanadium
  2.7 Physiological effects of vanadium
  2.8 Diseases from vanadium pollution
  2.9 Biological effects of vanadium in humans and animals
  2.10 Biological effect of vanadium on plants
Chapter 3: Vanadium mineral resources
  3.1 Metallogenic characteristics of vanadium ore
  3.2 Minerals of vanadium
  3.3 Main vanadium minerals for vanadium extraction
  3.4 Distribution of vanadium resources
Chapter 4: Extraction of vanadium from titanoferrous magnetite: mineral
  processing and enrichment methods
  4.1 V-bearing titanoferrous magnetite
  4.2 Main mineral characteristics of V-bearing titanoferrous magnetite
  4.3 Typical mineral processing methods
  4.4 V-containing titanoferrous magnetite outside of China
  4.5 Main equipment
Chapter 5: Extraction of vanadium from V-bearing titanoferrous magnetite
  by smelting to produce V-containing iron
  5.1 Blast furnace smelting
  5.2 Ironmaking by direct reduction
  5.3 Main production equipment
Chapter 6: Extraction of vanadium from V-containing titanoferrous magnetite
  enrichment of vanadium slag
  6.1 Enrichment of vanadium slag
  6.2 Production of V-containing steel slag from molten iron by steelmaking
  6.3 Pretreatment of V-containing molten iron for slag blowing
  6.4 Enriched vanadium slag from V-containing molten iron
  by sodium treatment and oxidation
  6.5 Comparison of various vanadium extraction methods
  6.6 Main equipment
Chapter 7: Extraction of vanadium from V-containing titanoferrous magnetite
  extraction of V2Os from vanadium slag
  7.1 Sodium salt roasting
  7.2 Extracting vanadium pentoxide from vanadium slag by calcium salt roasting
  7.3 Extracting vanadium pentoxide from Na-treated vanadium slag
  7.4 Extracting vanadiu m fro m V-containing steel slag by acid leaching
  7.5 Extracting V2Os from vanadium slag by sulfide addition
  7.6 Main raw materials
  7.7 Main vanadium extraction equipment
Chapter 8: Extracting vanadium from shale
  8.1 V-bearing carbon shale
  8.2 Extracting vanadium pentoxide from stone coal
  8.3 Comparison of vanadium extraction processes from stone coal
Chapter 9: Extracting vanadium pentoxide from minerals and composite
  materials containing vanadium
  9.1 Extracting vanadium pentoxide from V-bearing titanoferrous magnetite
  9.2 Extracting vanadium pentoxide from V-containing oil residue
  9.3 Extracting vanadium pentoxide from carnotite
  9.4 Extracting vanadium pentoxide from alumina-rich slag
  9.5 Extracting vanadium pentoxide from vanadinite
  9.6 Extracting vanadium pentoxide from uranium molybdenum vanadium ore
  9.7 Extracting vanadium pentoxide from kakoxene
  9.8 Extracting vanadium pentoxide from V-bearing limonite
  9.9 Extracting vanadiu m pentoxide fro m oil refining slag
  9.10 Extracting vanadium pentoxide from bauxite
  9.11 Vanadium extraction from spent catalysts
  9.12 Vanadium extraction from fly ash
Chapter 10: Ferrovanadium
  10.1 Electro-silicon thermal process
  10.2 Aluminum thermal method
  10.3 Direct alloying of vanadium slag to produce ferrovanadium
  10.4 Ferrosilicon-vanadium alloy
Chapter 11: Applications of vanadium in the steel industry
  11.1 Classification of steel
  11.2 Main elements in steel and their effects
  11.3 Role of vanadium in steel
  11.4 Applications of vanadium in steel
  11.5 Vanadium in cast iron
Chapter 12: Vanadium metal
  12.1 Metallic vanadium
  12.2 Vanadium refining
  12.3 Application of vanadium metal
Chapter 13: Characteristics and technical quality standards of main
  vanadium products
  13.1 Vanadium slag
  13.2 Vanadium trioxide
  13.3 Vanadium pentoxide
  13.4 Vanadium pentoxide standard
  13.5 Ammonium vanadate

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钒基材料制造(英文版)

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