《爆炸測試技術》是2005年北京理工大學出版社出版的圖書，作者是黃正平、何遠航。
基本介紹
- 書名：爆炸測試技術
- 作者：黃正平、何遠航
- ISBN：9787564005467
- 頁數：185
- 定價：32.00元
- 出版社：北京理工大學出版社
- 出版時間：2005-6
內容簡介,目錄,
內容簡介
本書是“爆炸測試技術”這一綜合技術學科的英文版讀物。第一章詳細介紹了被測對象的性質，第二章簡要介紹了爆炸測試系統配置、系統頻寬與量程的選擇，以後各章分別介紹了電探極法、電磁法、壓阻法與壓電法。全書用英文撰寫而成，是作者多年科研與教學的結晶，實用性強，水準高，適合在中國學習的留學生使用，更可作為國內本科生和研究生的雙語教學教材。
目錄
Chapter1 Signal Features of Detonation Wave and Shck Wave
1.1 Signal Features of Steady Detonation
1.2 Signal Features 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 Shock Wave
1.7 Signal Features ofOverpressure in Water
Chapter2 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
Chapter3 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 Technique
Chapter4 Electromagnetic Measurement Technique
4.1 Introduction
4.2 EMVT
4.3 EMIT
4.4 EMMT Measurement System
4.5 Measuring Detonation Parameters with EMVT
4.6 Measuring the Shock Adiabatic Prarmeter
4.7 Lagrangian Analysis
Chapter5 Pizoresistive Measurement Technique
5.1 Introduction
5.2 Configuration of PRT
5.3 Operating Principle of PRT
5.4 Stressometer
……
1.1 Signal Features of Steady Detonation
1.2 Signal Features 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 Shock Wave
1.7 Signal Features ofOverpressure in Water
Chapter2 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
Chapter3 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 Technique
Chapter4 Electromagnetic Measurement Technique
4.1 Introduction
4.2 EMVT
4.3 EMIT
4.4 EMMT Measurement System
4.5 Measuring Detonation Parameters with EMVT
4.6 Measuring the Shock Adiabatic Prarmeter
4.7 Lagrangian Analysis
Chapter5 Pizoresistive Measurement Technique
5.1 Introduction
5.2 Configuration of PRT
5.3 Operating Principle of PRT
5.4 Stressometer
……
