钎焊手册

附录C 国际标准化组织（ISO）钎料（表C-1～表C-9）（ISO 9453：2006；ISO/CD 17672：2007） Appendix C Specification for Filler Metals（ISO）

附录B 美国焊接学会（AWS）硬钎料和钎剂（表B-1～表B-14） Appendix B Specification for Brazing Filler Metal and Fluxes（AWS）

附录A 我国几种常用钎料新旧牌号对照 Appendix A Corresponding New-old Designations of Some Conventional Filler Metals in China

附录 Appendix

参考文献 References

25.4 国内外钎焊标准 Standards for Brazing and Soldering at Home and Abroad

25.3 钎焊接头试验方法 Methods of the Strength Test for Brazed and Soldered Joints

25.2 钎焊材料试验方法 Test Proce-dures of Filler Metals and Solders

25.1 概述 Introduction

第25章 钎焊试验方法及钎焊标准 Chapter 25 Test Procedures and Standards of Brazing and Soldering

参考文献 References

24.9 钎焊安全生产管理 Safety Production Management in Brazing

24.8 钎剂使用的安全与防护 Safe-ty and Health Protection of Fluxes

24.7 通风和对毒物的防护 Ventila-tion and Protection of Poisons

24.6 特种钎焊操作安全与防护 Safety and Health Protection in the Special Brazing

24.5 炉中钎焊操作安全与防护 Safety and Health Protection in Furnace Brazing

24.4 感应钎焊操作安全与防护 Safety and Health Protection in Induction Brazing

24.3 浸渍钎焊操作安全与防护 Safety and Health Protection in Dip Brazing

24.2 火焰钎焊操作安全与防护 Safety and Health Protection in Torch Brazing

24.1 概述 Introduction

第24章 钎焊操作中的安全与防护 Chapter 24 Safety and Health Protection in Brazing Operations

参考文献 References

23.3 钎焊设备 Brazing（Soldering）Equipments

23.2 钎焊方法 Brazing（Solde-ring）Methods

23.1 概述 Introduction

第23章 钎焊方法及设备 Chapter 23 Brazing（Soldering）Methods and Equipments

参考文献 References

22.12 其他应用 Other Applications

22.11 钎焊技术在电机、电器和仪器仪表工业中的应用 Applica-tions of Brazing Technique in Electric Machine，Electric and Instrument Industry

22.10 钎焊技术在石油和煤炭工业中的应用 Applications of Bra-zing Technique in Petroleum and Coal Industry

22.9 钎焊技术在轻工业中的应用 Applications of Brazing Tech-nique in Light Industry

22.8 钎焊技术在机械工业中的应用 Applications of Brazing Tech-nique in Machinery Industry

22.7 钎焊技术在家电工业中的应用 Applications of Brazing Technique in the Industry of Electrical Household Appliances

22.6 钎焊技术在汽车工业中的应用 Applications of Brazing Technique in Automobile In-dustry

22.5 钎焊技术在核工业中的应用 Applications of Brazing Tech-nique in Nuclear Industry

22.4 钎焊技术在电子工业中的应用 Applications of Brazing Technique in Electronic Indus-try

22.3 钎焊技术在航天工业中的应用 Applications of Brazing Technique in Astronautical In-dustry

22.2 钎焊技术在航空工业中的应用 Applications of Brazing Technique in Aircraft Industry

22.1 概述 Introduction

第22章 钎焊技术在工业产品中的应用 Chapter 22 Applications of Brazing Technique in Industrial Products

参考文献 References

21.4 钎涂层的性能 Properties of Brazecoated Layers

21.3 加热方法和参数 Heating Methods and Parameters

21.2 钎涂原理和钎涂材料 Principle of Brazecoating and Brazecoat-ing Materials

21.1 概述 Introduction

第21章 钎涂 Chapter 21 Brazecoating

参考文献 References

20.5 钛和不锈钢的钎焊 Brazing of Titanium with Stainless Steel

20.4 铝和不锈钢的钎焊 Brazing of Aluminum Alloy with Stainless Steel

20.3 铝和钛的钎焊 Brazing of Aluminum with Titanium

20.2 铝和铜的钎焊 Brazing of Aluminum with Copper

20.1 概述 Introduction

第20章 异种金属的钎焊 Chapter 20 Brazing of Dissimilar Metals

参考文献 References

19.3 锌及锌合金的钎焊 Soldering of Zinc and its Alloys

19.2 锌及锌合金的物理和化学性能 Physical and Chemical Proper-ties of Zinc and its Alloys

19.1 概述 Introduction

第19章 锌及锌合金的钎焊 Chapter 19 Brazing and Soldering of Zinc and its Alloy

参考文献 References

18.7 铝锂合金的钎焊 Brazing of Al-Li Alloys

18.6 金属间化合物结构材料的钎焊Brazing of Intermetallic Com-pounds

18.5 定向凝固和单晶高温合金的钎焊 Brazing of Directional So-lidification and Single Crystal Superalloys

18.4 粉末冶金合金的钎焊 Brazing of Powder Metallurgy Alloys

18.3 形状记忆合金的钎焊 Brazing of Shape Memory Alloys

18.2 超导材料的钎焊 Brazing of Superconductors

18.1 概述 Introduction

第18章 新型特种材料的钎焊 Chapter 18 Brazing of Advanced Materials

参考文献 References

17.4 陶瓷基复合材料的钎焊 Bra-zing of Ceramic-matrix Com-posites

17.3 碳/碳复合材料的钎焊 Bra-zing of C/C Composite Materi-als

17.2 金属基复合材料的钎焊 Bra-zing and Soldering of Metal-matrix Composite Materials

17.1 概述 Introduction

第17章 复合材料的钎焊 Chapter 17 Brazing and Soldering of Composite Materials

参考文献 References

16.7 其他领域贵金属材料的钎焊 Brazing of Precious Metals Ap-plied in Some other Regions

16.6 贵金属电接触材料的钎焊 Brazing and Soldering of Pre-cious Metal Contactor Materi-als

16.5 贵金属齿科材料的钎焊 Bra-zing of Dental Materials Made from Precious Metals

16.4 贵金属饰品的钎焊 Brazing of Precious Metal Ornaments

16.3 贵金属厚膜电路的钎焊 Sold-ering of Precious Metal Thick-film Circuits

16.2 贵金属镀层的软钎焊 Solde-ring of Precious Metal Plated on Electronic Devices

16.1 贵金属及其合金的性能和应用 Properties and Applications of Precious Metals and their Alloys

第16章 贵金属及其合金的钎焊 Chapter 16 Brazing and Soldering of Precious Metals and their Alloys

参考文献 References

15.6 真空电子器件钎焊应用实例 Applications of Brazing Tech-nique in Vacuum Electronic Devices

15.5 真空电子器件钎焊接头的气密性检验技术 Leak Testing Techniques for Brazed Joints in Vacuum Electronic Devices

15.4 钎焊接头设计 Design of Joints

15.3 钎焊工艺技术 Brazing Tech-niques

15.2 真空电子器件钎焊常用金属和钎料 Conventional Metals and Filler Metals for Brazing in Vacuum Electronic Devices

15.1 概述 Introduction

第15章 真空电子器件常用金属的钎焊 Chapter 15 Brazing of Conventional Metals for Vacuum Electronic Devices

参考文献 References

14.6 陶瓷与金属钎焊结构应用实例 Applications of Ceramics/Me-tal Brazed Structure

14.5 陶瓷与金属钎焊接头的质量检测 Inspections of Ceram-ics/Metal Brazed Joint

14.4 陶瓷与金属钎焊接头设计 Design of Ceramics/Metal Joints

14.3 陶瓷与金属钎焊的主要方法及其材料与工艺 Brazing Processes of Ceramics with Metals and Filler Materials

14.2 常用陶瓷与金属的性能与特点 Characteristics of General Ce-ramics and Metals

14.1 概述 Introduction

第14章 陶瓷与金属的钎焊 Chapter 14 Brazing of Ceramics to Metal

参考文献 References

13.6 半导体器件钎焊的可靠性 Re-liability of Soldering Semicon-ductor Devices

13.5 其他钎焊方法 Other Solde-ring Processes

13.4 砷化镓器件的钎焊 Soldering of GaAs devices

13.3 硅器件的钎焊 Soldering of Silicon Devices

13.2 半导体材料简介 Brief Intro-duction on Semiconductor Ma-terials

13.1 概述 Introduction

第13章 半导体材料硅、砷化镓的钎焊 Chapter 13 Soldering of Semiconductor Materials：Silicon and GaAs

参考文献 References

12.9 石墨与其他材料的钎焊 Brazing Graphite to other Ma- terials

12.8 石墨及石墨的钎焊 Graphite and its Brazing

12.7 金刚石工具的钎焊举例 Ex-amples of Brazing Diamond Tools

12.6 粉状钎料在金刚石工具中的作用 Role of Powder Filler Metal in Brazing Diamond Tools

12.5 金刚石的热稳定性 Thermal Stability of Diamond

12.4 金刚石工具脱焊的机理及应对措施 The Failure Mechanism in Brazing Diamond Tools along with its Improving Measures

12.3 钎料与钎剂 Filler Metals and Fluxes

12.2 金刚石工具的钎焊特点 Brazing Characteristics of Dia-mond Tools

12.1 概述 Introduction

第12章 金刚石工具的钎焊 Chapter 12 Brazing of Diamond Tools

参考文献 References

11.8 硬质合金工具钎焊实例 Exam-ples of Brazing Carbide Tools

11.7 防止脱焊及提高钎缝强度的措施 Measures for Preventing Brazing Failure and Improving Strength of Brazed Joint

11.6 钎焊裂纹的产生机理与预防措施 Formation Mechanism of Cracks and Preventing Meas-ures During Brazing Process

11.5 硬质合金钎焊工艺 Technique for Brazing Carbides

11.4 钎料与钎剂 Filler Metals and Fluxes

11.3 硬质合金的钎焊性 Brazabili-ty of Carbides

11.2 硬质合金工具的钎焊 Brazing of Carbide Tools

11.1 概述 Introduction

第11章 硬质合金的钎焊 Chapter 11 Brazing of Carbides

参考文献 References

10.2 镁和镁合金的钎焊 Brazing of Magnesium and its Alloys

10.1 铍的钎焊 Brazing of Berylli-um

第10章 铍、镁合金的钎焊 Chapter 10 Brazing of Beryllium，Magnesium Alloys

参考文献 References

9.10 应用 Applications

9.9 钛合金钎焊技术的发展 Deve-lopments in Brazing Technique of Titanium Alloys

9.8 钛合金与其他材料的钎焊 Brazing of Titanium Alloys to other Materials

9.7 钎剂和保护气氛 Fluxes and Protective Atmospheres

9.6 钎焊前清理和表面准备 Clean- ing and Surface Preparation for Workpiece to be Brazed

9.5 钎焊方法和设备 Brazing Methods and Equipments

9.4 钎料 Filler Metals

9.3 钛、锆及其合金钎焊特点 Bra-zing Characteristics of Titani-um，Zirconium and their Alloys

9.2 钛、锆及其合金的理化特性及分类 Physical and Chemical Properties and Classifications of Titanium，Zirconium and their Alloys

9.1 概述 Introduction

第9章 钛、锆及其合金的钎焊 Chapter 9 Brazing of Titanium，Zirconium and Their Alloys

参考文献 References

8.6 钨、钼、钽、铌钎焊接头的应用Applications of Brazed Joints of Tungsten，Molybdenum，Tan-talum and Niobium

8.5 难熔金属的钎焊 Brazing of Refractory Metals

8.4 难熔金属的焊前准备 Surface Preparation for Brazing Refrac- tory Metals

8.3 钨、钼、钽、铌的钎焊性 Brazability of Tungsten，Mo-lybdenum，Tantalum and Nio-bium

8.2 钨、钼、钽、铌及其合金的性能和牌号 Properties and Desig-nations of Tungsten，Molybde- num，Tantalum，Niobium and its Alloys

8.1 概述 Introduction

第8章 难熔金属钨、钼、钽、铌的钎焊 Chapter 8 Brazing of Refractory Metals：Tungsten，Molybdenum，Tantalum and Niobium

参考文献 References

7.7 大间隙钎焊 Wide-gap Brazing

7.6 瞬态液相连接 Transient Liq-uid Phase Bonding

7.5 TD-Ni的钎焊 Brazing of TD- Ni

7.4 钎焊工艺 Brazing Technology of High Temperature Alloys

7.3 钎料 Brazing Filler Metals

7.2 钎焊性 Brazability

7.1 概述 Introduction

第7章 高温合金的钎焊 Chapter 7 Brazing of High Temperature Alloys

参考文献 References

6.5 不锈钢的硬钎焊 Brazing of Stainless Steels

6.4 不锈钢的软钎焊 Soldering of Stainless Steels

6.3 表面准备 Surface Preparation

6.2 不锈钢的钎焊性 Brazability and Solderability of Stainless Steels

6.1 概述 Introduction

第6章 不锈钢的钎焊 Chapter 6 Brazing and Soldering of Stainless Steels

参考文献 References

5.6 铸铁的钎焊 Brazing of Cast Iron

5.5 钎焊工艺 Technology of Brazing

5.4 碳钢的硬钎焊 Brazing of Steels

5.3 碳钢的软钎焊 Soldering of Steels

5.2 碳钢的表面清理 Surface Prep-aration of Steels

5.1 碳钢的钎焊性 Brazability and Solderability of Carbon Steels

第5章 碳钢、铸铁的钎焊 Chapter 5 Brazing and Soldering of Carbon Steels and Cast Iron

参考文献 References

4.7 倒装芯片技术 Flip-chip

4.6 电子组装技术 Electronic As-sembling Technology

4.5 钎料膏与药芯软钎焊丝 Solder Paste and Flux-cored Solder Wire

4.4 软钎剂 Soldering Fluxes

4.3 软钎料合金 Solder Alloys

4.2 软钎焊连接的基本原理 Fun-damental of Soldering

4.1 电子制造与软钎焊 Electronic Manufacture and Soldering

第4章 电子工业中的软钎焊 Chapter 4 Soldering in Electronic Industry

参考文献 References

3.11 钎焊方法和工艺 Methods and Technology of Soldering and Brazing

3.10 接头设计 Joint Design

3.9 表面准备 Surface Preparation

3.8 硬钎剂 Brazing Fluxes

3.7 软钎剂 Soldering Fluxes

3.6 钎剂 Fluxes

3.5 硬钎料 Brazing Filler Metals

3.4 软钎料 Solders

3.3 钎焊接头间隙 Clearance of Brazed Joint

3.2 钎焊性 Brazability and Solder-ability

3.1 概述 Introduction

第3章 铜和铜合金的钎焊 Chapter 3 Brazing and Soldering of Copper and Copper Alloys

参考文献 References

2.10 铝钎焊的焊前准备和焊后处理 Pre-brazing Preparations and Post-brazing Operations

2.9 铝钎焊中的一些特殊技艺 Some Special Skills in Alumi-num Brazing and Soldering

2.8 铝的复合钎焊材料 Composite Fillers for Aluminum Brazing or Soldering

2.7 铝钎料 Brazing Filler Metals and Solders for AluminumAlloys

2.6 钎焊时铝氧化膜的脱除机制 Re-moval Mechanism of Oxide Film on Aluminum during Brazing

2.5 铝钎剂 Fluxes for Aluminum Brazing and Soldering

2.4 铝氧化膜的本质及其在加热时的变化 Nature of Oxide Film on Alu-minum and its Change during Heating

2.3 铝及铝合金的理化性能 Physi-cal and Chemical Properties of Aluminum and its Alloys

2.2 铝及铝合金的编号 Designations of Aluminum and its Alloys

2.1 概述 Introduction

第2章 铝及铝合金的钎焊 Chapter 2 Brazing and Soldering of Aluminum and its Alloys

参考文献 References

1.6 钎焊工艺 Technology of Bra-zing and Soldering

1.5 钎剂、钎料的选择与搭配 Se-lection and Matching of Fluxes with Filler Metals

1.4 钎缝中熔态钎料的凝固和钎缝的金相组织 Solidification of Mol-ten Filler Metal in Clearance and the Micrographic Structure of the Fillet

1.3 熔态钎料与固体母材的相互作用 Reaction of Molten Filler with Solid Base Metal

1.2 熔态钎料对固体母材的润湿和铺展 Wetting and Spreading of Molten Filler Metal on a Solid Base Metal

1.1 钎焊方法的原理和特点 Princi-ple and Characteristic of Brazing and Soldering Technique

第1章 绪论 Chapter 1 Introduction

第1版前言 Preface of the First Edition

第2版前言 Preface of the Second Edition

第3版前言 Preface of the Third Edition

版权信息

封面

封面

版权信息

第3版前言 Preface of the Third Edition

第2版前言 Preface of the Second Edition

第1版前言 Preface of the First Edition

第1章 绪论 Chapter 1 Introduction

1.1 钎焊方法的原理和特点 Princi-ple and Characteristic of Brazing and Soldering Technique

1.2 熔态钎料对固体母材的润湿和铺展 Wetting and Spreading of Molten Filler Metal on a Solid Base Metal

1.3 熔态钎料与固体母材的相互作用 Reaction of Molten Filler with Solid Base Metal

1.4 钎缝中熔态钎料的凝固和钎缝的金相组织 Solidification of Mol-ten Filler Metal in Clearance and the Micrographic Structure of the Fillet

1.5 钎剂、钎料的选择与搭配 Se-lection and Matching of Fluxes with Filler Metals

1.6 钎焊工艺 Technology of Bra-zing and Soldering

参考文献 References

第2章 铝及铝合金的钎焊 Chapter 2 Brazing and Soldering of Aluminum and its Alloys

2.1 概述 Introduction

2.2 铝及铝合金的编号 Designations of Aluminum and its Alloys

2.3 铝及铝合金的理化性能 Physi-cal and Chemical Properties of Aluminum and its Alloys

2.4 铝氧化膜的本质及其在加热时的变化 Nature of Oxide Film on Alu-minum and its Change during Heating

2.5 铝钎剂 Fluxes for Aluminum Brazing and Soldering

2.6 钎焊时铝氧化膜的脱除机制 Re-moval Mechanism of Oxide Film on Aluminum during Brazing

2.7 铝钎料 Brazing Filler Metals and Solders for AluminumAlloys

2.8 铝的复合钎焊材料 Composite Fillers for Aluminum Brazing or Soldering

2.9 铝钎焊中的一些特殊技艺 Some Special Skills in Alumi-num Brazing and Soldering

2.10 铝钎焊的焊前准备和焊后处理 Pre-brazing Preparations and Post-brazing Operations

参考文献 References

第3章 铜和铜合金的钎焊 Chapter 3 Brazing and Soldering of Copper and Copper Alloys

3.1 概述 Introduction

3.2 钎焊性 Brazability and Solder-ability

3.3 钎焊接头间隙 Clearance of Brazed Joint

3.4 软钎料 Solders

3.5 硬钎料 Brazing Filler Metals

3.6 钎剂 Fluxes

3.7 软钎剂 Soldering Fluxes

3.8 硬钎剂 Brazing Fluxes

3.9 表面准备 Surface Preparation

3.10 接头设计 Joint Design

3.11 钎焊方法和工艺 Methods and Technology of Soldering and Brazing

参考文献 References

第4章 电子工业中的软钎焊 Chapter 4 Soldering in Electronic Industry

4.1 电子制造与软钎焊 Electronic Manufacture and Soldering

4.2 软钎焊连接的基本原理 Fun-damental of Soldering

4.3 软钎料合金 Solder Alloys

4.4 软钎剂 Soldering Fluxes

4.5 钎料膏与药芯软钎焊丝 Solder Paste and Flux-cored Solder Wire

4.6 电子组装技术 Electronic As-sembling Technology

4.7 倒装芯片技术 Flip-chip

参考文献 References

第5章 碳钢、铸铁的钎焊 Chapter 5 Brazing and Soldering of Carbon Steels and Cast Iron

5.1 碳钢的钎焊性 Brazability and Solderability of Carbon Steels

5.2 碳钢的表面清理 Surface Prep-aration of Steels

5.3 碳钢的软钎焊 Soldering of Steels

5.4 碳钢的硬钎焊 Brazing of Steels

5.5 钎焊工艺 Technology of Brazing

5.6 铸铁的钎焊 Brazing of Cast Iron

参考文献 References

第6章 不锈钢的钎焊 Chapter 6 Brazing and Soldering of Stainless Steels

6.1 概述 Introduction

6.2 不锈钢的钎焊性 Brazability and Solderability of Stainless Steels

6.3 表面准备 Surface Preparation

6.4 不锈钢的软钎焊 Soldering of Stainless Steels

6.5 不锈钢的硬钎焊 Brazing of Stainless Steels

参考文献 References

第7章 高温合金的钎焊 Chapter 7 Brazing of High Temperature Alloys

7.1 概述 Introduction

7.2 钎焊性 Brazability

7.3 钎料 Brazing Filler Metals

7.4 钎焊工艺 Brazing Technology of High Temperature Alloys

7.5 TD-Ni的钎焊 Brazing of TD- Ni

7.6 瞬态液相连接 Transient Liq-uid Phase Bonding

7.7 大间隙钎焊 Wide-gap Brazing

参考文献 References

第8章 难熔金属钨、钼、钽、铌的钎焊 Chapter 8 Brazing of Refractory Metals：Tungsten，Molybdenum，Tantalum and Niobium

8.1 概述 Introduction

8.2 钨、钼、钽、铌及其合金的性能和牌号 Properties and Desig-nations of Tungsten，Molybde- num，Tantalum，Niobium and its Alloys

8.3 钨、钼、钽、铌的钎焊性 Brazability of Tungsten，Mo-lybdenum，Tantalum and Nio-bium

8.4 难熔金属的焊前准备 Surface Preparation for Brazing Refrac- tory Metals

8.5 难熔金属的钎焊 Brazing of Refractory Metals

8.6 钨、钼、钽、铌钎焊接头的应用Applications of Brazed Joints of Tungsten，Molybdenum，Tan-talum and Niobium

参考文献 References

第9章 钛、锆及其合金的钎焊 Chapter 9 Brazing of Titanium，Zirconium and Their Alloys

9.1 概述 Introduction

9.2 钛、锆及其合金的理化特性及分类 Physical and Chemical Properties and Classifications of Titanium，Zirconium and their Alloys

9.3 钛、锆及其合金钎焊特点 Bra-zing Characteristics of Titani-um，Zirconium and their Alloys

9.4 钎料 Filler Metals

9.5 钎焊方法和设备 Brazing Methods and Equipments

9.6 钎焊前清理和表面准备 Clean- ing and Surface Preparation for Workpiece to be Brazed

9.7 钎剂和保护气氛 Fluxes and Protective Atmospheres

9.8 钛合金与其他材料的钎焊 Brazing of Titanium Alloys to other Materials

9.9 钛合金钎焊技术的发展 Deve-lopments in Brazing Technique of Titanium Alloys

9.10 应用 Applications

参考文献 References

第10章 铍、镁合金的钎焊 Chapter 10 Brazing of Beryllium，Magnesium Alloys

10.1 铍的钎焊 Brazing of Berylli-um

10.2 镁和镁合金的钎焊 Brazing of Magnesium and its Alloys

参考文献 References

第11章 硬质合金的钎焊 Chapter 11 Brazing of Carbides

11.1 概述 Introduction

11.2 硬质合金工具的钎焊 Brazing of Carbide Tools

11.3 硬质合金的钎焊性 Brazabili-ty of Carbides

11.4 钎料与钎剂 Filler Metals and Fluxes

11.5 硬质合金钎焊工艺 Technique for Brazing Carbides

11.6 钎焊裂纹的产生机理与预防措施 Formation Mechanism of Cracks and Preventing Meas-ures During Brazing Process

11.7 防止脱焊及提高钎缝强度的措施 Measures for Preventing Brazing Failure and Improving Strength of Brazed Joint

11.8 硬质合金工具钎焊实例 Exam-ples of Brazing Carbide Tools

参考文献 References

第12章 金刚石工具的钎焊 Chapter 12 Brazing of Diamond Tools

12.1 概述 Introduction

12.2 金刚石工具的钎焊特点 Brazing Characteristics of Dia-mond Tools

12.3 钎料与钎剂 Filler Metals and Fluxes

12.4 金刚石工具脱焊的机理及应对措施 The Failure Mechanism in Brazing Diamond Tools along with its Improving Measures

12.5 金刚石的热稳定性 Thermal Stability of Diamond

12.6 粉状钎料在金刚石工具中的作用 Role of Powder Filler Metal in Brazing Diamond Tools

12.7 金刚石工具的钎焊举例 Ex-amples of Brazing Diamond Tools

12.8 石墨及石墨的钎焊 Graphite and its Brazing

12.9 石墨与其他材料的钎焊 Brazing Graphite to other Ma- terials

参考文献 References

第13章 半导体材料硅、砷化镓的钎焊 Chapter 13 Soldering of Semiconductor Materials：Silicon and GaAs

13.1 概述 Introduction

13.2 半导体材料简介 Brief Intro-duction on Semiconductor Ma-terials

13.3 硅器件的钎焊 Soldering of Silicon Devices

13.4 砷化镓器件的钎焊 Soldering of GaAs devices

13.5 其他钎焊方法 Other Solde-ring Processes

13.6 半导体器件钎焊的可靠性 Re-liability of Soldering Semicon-ductor Devices

参考文献 References

第14章 陶瓷与金属的钎焊 Chapter 14 Brazing of Ceramics to Metal

14.1 概述 Introduction

14.2 常用陶瓷与金属的性能与特点 Characteristics of General Ce-ramics and Metals

14.3 陶瓷与金属钎焊的主要方法及其材料与工艺 Brazing Processes of Ceramics with Metals and Filler Materials

14.4 陶瓷与金属钎焊接头设计 Design of Ceramics/Metal Joints

14.5 陶瓷与金属钎焊接头的质量检测 Inspections of Ceram-ics/Metal Brazed Joint

14.6 陶瓷与金属钎焊结构应用实例 Applications of Ceramics/Me-tal Brazed Structure

参考文献 References

第15章 真空电子器件常用金属的钎焊 Chapter 15 Brazing of Conventional Metals for Vacuum Electronic Devices

15.1 概述 Introduction

15.2 真空电子器件钎焊常用金属和钎料 Conventional Metals and Filler Metals for Brazing in Vacuum Electronic Devices

15.3 钎焊工艺技术 Brazing Tech-niques

15.4 钎焊接头设计 Design of Joints

15.5 真空电子器件钎焊接头的气密性检验技术 Leak Testing Techniques for Brazed Joints in Vacuum Electronic Devices

15.6 真空电子器件钎焊应用实例 Applications of Brazing Tech-nique in Vacuum Electronic Devices

参考文献 References

第16章 贵金属及其合金的钎焊 Chapter 16 Brazing and Soldering of Precious Metals and their Alloys

16.1 贵金属及其合金的性能和应用 Properties and Applications of Precious Metals and their Alloys

16.2 贵金属镀层的软钎焊 Solde-ring of Precious Metal Plated on Electronic Devices

16.3 贵金属厚膜电路的钎焊 Sold-ering of Precious Metal Thick-film Circuits

16.4 贵金属饰品的钎焊 Brazing of Precious Metal Ornaments

16.5 贵金属齿科材料的钎焊 Bra-zing of Dental Materials Made from Precious Metals

16.6 贵金属电接触材料的钎焊 Brazing and Soldering of Pre-cious Metal Contactor Materi-als

16.7 其他领域贵金属材料的钎焊 Brazing of Precious Metals Ap-plied in Some other Regions

参考文献 References

第17章 复合材料的钎焊 Chapter 17 Brazing and Soldering of Composite Materials

17.1 概述 Introduction

17.2 金属基复合材料的钎焊 Bra-zing and Soldering of Metal-matrix Composite Materials

17.3 碳/碳复合材料的钎焊 Bra-zing of C/C Composite Materi-als

17.4 陶瓷基复合材料的钎焊 Bra-zing of Ceramic-matrix Com-posites

参考文献 References

第18章 新型特种材料的钎焊 Chapter 18 Brazing of Advanced Materials

18.1 概述 Introduction

18.2 超导材料的钎焊 Brazing of Superconductors

18.3 形状记忆合金的钎焊 Brazing of Shape Memory Alloys

18.4 粉末冶金合金的钎焊 Brazing of Powder Metallurgy Alloys

18.5 定向凝固和单晶高温合金的钎焊 Brazing of Directional So-lidification and Single Crystal Superalloys

18.6 金属间化合物结构材料的钎焊Brazing of Intermetallic Com-pounds

18.7 铝锂合金的钎焊 Brazing of Al-Li Alloys

参考文献 References

第19章 锌及锌合金的钎焊 Chapter 19 Brazing and Soldering of Zinc and its Alloy

19.1 概述 Introduction

19.2 锌及锌合金的物理和化学性能 Physical and Chemical Proper-ties of Zinc and its Alloys

19.3 锌及锌合金的钎焊 Soldering of Zinc and its Alloys

参考文献 References

第20章 异种金属的钎焊 Chapter 20 Brazing of Dissimilar Metals

20.1 概述 Introduction

20.2 铝和铜的钎焊 Brazing of Aluminum with Copper

20.3 铝和钛的钎焊 Brazing of Aluminum with Titanium

20.4 铝和不锈钢的钎焊 Brazing of Aluminum Alloy with Stainless Steel

20.5 钛和不锈钢的钎焊 Brazing of Titanium with Stainless Steel

参考文献 References

第21章 钎涂 Chapter 21 Brazecoating

21.1 概述 Introduction

21.2 钎涂原理和钎涂材料 Principle of Brazecoating and Brazecoat-ing Materials

21.3 加热方法和参数 Heating Methods and Parameters

21.4 钎涂层的性能 Properties of Brazecoated Layers

参考文献 References

第22章 钎焊技术在工业产品中的应用 Chapter 22 Applications of Brazing Technique in Industrial Products

22.1 概述 Introduction

22.2 钎焊技术在航空工业中的应用 Applications of Brazing Technique in Aircraft Industry

22.3 钎焊技术在航天工业中的应用 Applications of Brazing Technique in Astronautical In-dustry

22.4 钎焊技术在电子工业中的应用 Applications of Brazing Technique in Electronic Indus-try

22.5 钎焊技术在核工业中的应用 Applications of Brazing Tech-nique in Nuclear Industry

22.6 钎焊技术在汽车工业中的应用 Applications of Brazing Technique in Automobile In-dustry

22.7 钎焊技术在家电工业中的应用 Applications of Brazing Technique in the Industry of Electrical Household Appliances

22.8 钎焊技术在机械工业中的应用 Applications of Brazing Tech-nique in Machinery Industry

22.9 钎焊技术在轻工业中的应用 Applications of Brazing Tech-nique in Light Industry

22.10 钎焊技术在石油和煤炭工业中的应用 Applications of Bra-zing Technique in Petroleum and Coal Industry

22.11 钎焊技术在电机、电器和仪器仪表工业中的应用 Applica-tions of Brazing Technique in Electric Machine，Electric and Instrument Industry

22.12 其他应用 Other Applications

参考文献 References

第23章 钎焊方法及设备 Chapter 23 Brazing（Soldering）Methods and Equipments

23.1 概述 Introduction

23.2 钎焊方法 Brazing（Solde-ring）Methods

23.3 钎焊设备 Brazing（Soldering）Equipments

参考文献 References

第24章 钎焊操作中的安全与防护 Chapter 24 Safety and Health Protection in Brazing Operations

24.1 概述 Introduction

24.2 火焰钎焊操作安全与防护 Safety and Health Protection in Torch Brazing

24.3 浸渍钎焊操作安全与防护 Safety and Health Protection in Dip Brazing

24.4 感应钎焊操作安全与防护 Safety and Health Protection in Induction Brazing

24.5 炉中钎焊操作安全与防护 Safety and Health Protection in Furnace Brazing

24.6 特种钎焊操作安全与防护 Safety and Health Protection in the Special Brazing

24.7 通风和对毒物的防护 Ventila-tion and Protection of Poisons

24.8 钎剂使用的安全与防护 Safe-ty and Health Protection of Fluxes

24.9 钎焊安全生产管理 Safety Production Management in Brazing

参考文献 References

第25章 钎焊试验方法及钎焊标准 Chapter 25 Test Procedures and Standards of Brazing and Soldering

25.1 概述 Introduction

25.2 钎焊材料试验方法 Test Proce-dures of Filler Metals and Solders

25.3 钎焊接头试验方法 Methods of the Strength Test for Brazed and Soldered Joints

25.4 国内外钎焊标准 Standards for Brazing and Soldering at Home and Abroad

参考文献 References

附录 Appendix

附录A 我国几种常用钎料新旧牌号对照 Appendix A Corresponding New-old Designations of Some Conventional Filler Metals in China

附录B 美国焊接学会（AWS）硬钎料和钎剂（表B-1～表B-14） Appendix B Specification for Brazing Filler Metal and Fluxes（AWS）

附录C 国际标准化组织（ISO）钎料（表C-1～表C-9）（ISO 9453：2006；ISO/CD 17672：2007） Appendix C Specification for Filler Metals（ISO）