爆炸测试技术（英文版）
￥32.00定价
作者： 黄正平、何远航
出版时间：2005年6月
出版社：北京理工大学出版社
- 北京理工大学出版社
- 7564005467
- 372788
- 2005年6月
内容简介
本书是“爆炸测试技术”这一综合技术学科的英文版读物。章详细介绍了被测对象的性质，第二章简要介绍了爆炸测试系统配置、系统频宽与量程的选择，以后各章分别介绍了电探极法、电磁法、压阻法与压电法。全书用英文撰写而成，是作者多年科研与教学的结晶，实用性强，水准高，适合在中国学习的留学生使用，更可作为国内本科生和研究生的双语教学教材。
目录
Chapter 1 Signal Features of Detonation Wave and Shock Wave
1.1 Signal Features of Steady Detonation
1.2 Signal Feaures of Unsteady Detonation
1.3 Attenuation Rate of the Peak Signal
1.4 Pseudolinear Attenuation Region of Taylor Peak
1.5 The Arrival Time of Taylor Peak
1.6 Signal Features of Schock Wave
1.7 Signal Features of Overpressure in Water
Chapter 2 Explosion and Impact Measuring Systems
2.1 The Configurations of Typical EIMS
2.2 Transducer and Gauge
2.3 Amplifier and Recorder
2.4 Distortionless transmission
2.5 Evaluation and Selection of EIMS
Chapter 3 Electric Probe Measurement Technique
3.1 Summarization
3.2 The Electric Probes in Common Use
3.3 Pulse-generating Circuit
3.4 Detonation Velocity Measurement
3.5 Some Applications of Probe Techinque
Chapter 4 Electromagnetic Measurement Techinque
4.1 Introduction
4.2 EMVT
4.3 EMIT
4.4 EMMT Measuerement System
4.5 Measuring Detonation Parameters with EMVT
4.6 Measuring the Shock Adiabatic Parameter
4.7 Lagangian Analysis
Chapter 5 Piezor esistive Measurement Technique
5.1 Introduction
5.2 Configuration of PRT
5.3 Operating Principle of PRT
5.4 Stressometer
5.5 Constant Current Pulse-source
5.6 Dynamic Calibration of PRT
5.7 Application of PRT
Chapter 6 Piezoelectric Measurement Technique
6.1 QuartZ PEPT
6.2 Polar Solid Transducer
6.3 Bar-type PEPT
6.4 Freefield PEPT
6.5 Precision Analysis of PEPT
6.6 Measuring System with PEPT
Peferences
1.1 Signal Features of Steady Detonation
1.2 Signal Feaures of Unsteady Detonation
1.3 Attenuation Rate of the Peak Signal
1.4 Pseudolinear Attenuation Region of Taylor Peak
1.5 The Arrival Time of Taylor Peak
1.6 Signal Features of Schock Wave
1.7 Signal Features of Overpressure in Water
Chapter 2 Explosion and Impact Measuring Systems
2.1 The Configurations of Typical EIMS
2.2 Transducer and Gauge
2.3 Amplifier and Recorder
2.4 Distortionless transmission
2.5 Evaluation and Selection of EIMS
Chapter 3 Electric Probe Measurement Technique
3.1 Summarization
3.2 The Electric Probes in Common Use
3.3 Pulse-generating Circuit
3.4 Detonation Velocity Measurement
3.5 Some Applications of Probe Techinque
Chapter 4 Electromagnetic Measurement Techinque
4.1 Introduction
4.2 EMVT
4.3 EMIT
4.4 EMMT Measuerement System
4.5 Measuring Detonation Parameters with EMVT
4.6 Measuring the Shock Adiabatic Parameter
4.7 Lagangian Analysis
Chapter 5 Piezor esistive Measurement Technique
5.1 Introduction
5.2 Configuration of PRT
5.3 Operating Principle of PRT
5.4 Stressometer
5.5 Constant Current Pulse-source
5.6 Dynamic Calibration of PRT
5.7 Application of PRT
Chapter 6 Piezoelectric Measurement Technique
6.1 QuartZ PEPT
6.2 Polar Solid Transducer
6.3 Bar-type PEPT
6.4 Freefield PEPT
6.5 Precision Analysis of PEPT
6.6 Measuring System with PEPT
Peferences
