英语翻译第一章超声波检测的物理基础1.1振动与波1.2超声波的传播1.3超声平面波在大平界面上垂直入射的行为1.4超声平面波在平面上斜入射的行为1.5聚焦与发散1.6超声波的获得与超声场1.7超

Question

英语翻译
第一章 超声波检测的物理基础
1.1振动与波
1.2超声波的传播
1.3超声平面波在大平界面上垂直入射的行为
1.4超声平面波在平面上斜入射的行为
1.5聚焦与发散
1.6超声波的获得与超声场
1.7超声波的衰减
第二章 火车车轮轮箍的结构与生产工艺
2.1 火车车轮轮箍的结构与分类
2.2 火车辗轧车轮轮毂的制造技术概述
2.3 火车车轮轮箍质量检验
2.4 主要缺陷形成的机理和对策
第三章 车轮轮箍缺陷的主观检验及其图谱
3.1 酸浸实验及其缺陷图谱
3.2 断口检验及缺陷图谱
第四章 车轮轮箍缺陷的金相检验及其图谱
4.1 金相试样选择与截取
4.2 金相试样制备
4.3 显微组织检验的方法
4.4 车轮轮箍的金相检验及其图谱分析
第五章 车轮轮箍的电子扫描检验及其图谱
5.1 扫描电子显微镜
5.2 能谱仪
5.3 扫描电镜试样的制备
5.4 电镜扫描检验图谱与分析
第六章 车轮轮箍缺陷的超声波检测及其图谱
6.1 超声波检测仪
6.2 车轮轮箍的超声波检测
6.3 数字超声波检测扫描技术
6.4 车轮轮箍超声波检测缺陷图谱与对应分析
第七章 车轮轮箍缺陷分析实例
7.1 车轮轮箍探伤缺陷分类与缺陷
7.2 CL-1车轮探伤缺陷分析
7.3 CL-2车轮探伤缺陷分析
7.4 CL-3客车车轮缺陷分析
7.5 CL-4轮箍、CL-5环件缺陷分析
7.6 CL-6车轮探伤缺陷分析
7.7 CL-7环件探伤缺陷分析
7.8 CL-8地铁轮探伤缺陷分析
7.9 CL-9车轮探伤缺陷分析
7.10 CL-10车轮探伤缺陷分析
7.11 CL-11环件、CL-12车轮探伤缺陷分析
7.12 CL-13车轮探伤缺陷分析
7.13 CL-14地铁车轮探伤缺陷分析
7.14 CL-15墩裂车轮探伤分析
7.15 CL-16车轮探伤缺陷分析
附录一 车轮轮箍超声波探伤缺陷典型位置图
附录二 车轮轮箍超声波探伤缺陷A型特征图
附录三 车轮轮箍超声波探伤缺陷C型特征图
附录四 车轮轮箍超声波探伤缺陷S型特征图
附录五 车轮轮箍超声波探伤低倍解剖图谱
附录六 车轮轮箍超声波探伤金相图谱
附录七 车轮轮箍超声波探伤对应解剖图谱
参考文献
不要用翻译器翻译啊,那个好多不对的地方.

Answer 1

First chapter is the physical basis of ultrasonic detection
1.1 the vibration and wave
1.2 the spread of ultrasound
1.3 ultrasonic plane wave vertical incidence on the Pacific Ocean interface behavior
1.4 the behavior of ultrasonic plane wave oblique incidence on the flat surface
1.5 focusing and divergence
1.6 ultrasonic and ultrasonic field
1.7 the ultrasonic attenuation
The second chapter structure and production process of the train wheel tyre
2.1 structure and classification of the train wheel tyre
2.2 the train rolling wheel rolling wheel manufacturing technology overview
2.3 train the wheel tyre quality inspection
2.4 the mechanism of formation of the main defects and countermeasures
Chapter 3 wheel tire defects of the subjective test and its graph
3.1 acid leaching experiments and the defect map
3.2 fracture inspection and defect map
Chapter 4 wheel tire defect metallographic examination and its map
4.1 metallographic sample selection and intercept
4.2 metallographic specimen preparation
4.3 the microstructure test method
4.4 the analysis of metallographic examination and spectra of wheel tyre
Chapter 5 wheel tyre electronic scanning test and its map
5.1 scanning electron microscope (sem)
5.2 energy spectrometer
5.3 scanning electron microscope sample preparation
5.4 electron microscope scanning test graph and analysis
The sixth chapter ultrasonic detection of wheel tyre defects and map
6.1 the ultrasonic detector
6.2 the wheel tyre of ultrasonic detection
6.3 digital ultrasonic scanning technology
6.4 the wheels wheel rim ultrasonic detecting defect mapping and corresponding analysis
Chapter 7 wheel tire defects analysis examples
7.1 wheel tire inspection and pitfalls in the classification of defects
7.2 CL - 1 wheel inspection defect analysis
7.3 CL - 2 wheel inspection defect analysis
7.4 CL - 3 passenger car wheel defects analysis
7.5 tyre, CL CL - 4-5 ring defects analysis
7.6 CL - 6 wheels inspection defect analysis
7.7 CL - 7 ring detection defects analysis
7.8 CL - 8 subway wheel inspection defect analysis
7.9 CL - 9 wheel inspection defect analysis
7.10 CL - 10 wheel inspection defect analysis
7.11 ring, CL CL - 11-12 wheel inspection defect analysis
7.12 CL - 13 wheel inspection defect analysis
7.13 CL - 14 metro wheel inspection defect analysis
7.14 CL - 15 pier crack wheel inspection analysis
7.15 CL - 16 wheel inspection defect analysis
Appendix a typical drawing of wheel tyre defect ultrasonic flaw detection
Appendix 2 wheel tyre type A character of defects ultrasonic flaw detection
Appendix 3 wheel tyre type C characteristics of defects ultrasonic flaw detection
Appendix 4 wheel tyre S characteristics of defects ultrasonic flaw detection
Appendix five wheel tyre macroscopic anatomy atlas ultrasonic flaw detection
The appendix six wheel tyre ultrasonic testing metallographic atlas
Appendix 7 of wheel tyre corresponding anatomical atlas ultrasonic flaw detection
references
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