1.
Research on Continuous Automated Production Intrinsically Safety Technology of Unitary Detonating Powder
单质起爆药本质安全连续自动化生产技术
2.
These can be exploded with a cartridge.
这些物质可由起爆药起爆。
3.
These can be ignited as by means of a squib or exploded with a cartridge.
这些物质可用点火头点燃或由起爆药起爆。
4.
Modeling Shock Initiation and Detonationg Wave Detouring in Solid Heterogonous Explosive;
非均质炸药起爆、传爆过程的数值模拟研究
5.
Technical analysis on one explosion accident of steel quality seamless gas cylinder
一起钢质无缝气瓶爆炸事故技术分析
6.
The Research of Explosion-proof Integrated Controller of Softly-starts Based on the ADμC841 Micro Controller Unit;
基于ADμC841单片机的防爆软起动综合控制器的研究
7.
"a substance, especially a prepared chemical, that explodes or causes explosion."
"一种用来爆破或引起爆炸的物质,尤指准备好的化学药品."
8.
THE IMPORTANCE OF IMPROVING BLASTING QUALITY BY SETTING THE POSITION OF PRIMARY EXPLOSIVES IN THE STRUVTURE OF COLUMN CHARGE
柱状装药结构起爆药位置的设置对提高爆破质量的重要性
9.
Development and Research on Soft Starter with Flameproof Structure and Material Safety in the Ore;
矿用隔爆兼本质安全型软起动器的研究与开发
10.
The Research on Critical Shock Initiation Phenomenon for Heterogeneous Condensed Explosives;
非均质凝聚态炸药冲击波临界起爆现象研究
11.
This article introduces capacity feature and application method in construction, also introduces combination of detonating net.
介绍了导爆管的性能,优点及其在施工中的具体应用方法,并简单地介绍了起爆网络的联结。
12.
The Application of Single Chip Microcontroller in Flameproof Magnetic Starter Control System of Thousand Volts Class
单片机在千伏级隔爆型磁力起动器控制系统的应用
13.
Research on the Influence of Annular Initiation on Penetrator Formation of Shaped Charge Conical Liners
单锥罩成型装药环起爆对侵彻体形成的影响研究
14.
The explosive potential( energy content per unit mass) of hydrogen is about twice that of the methane in natural gas.
氢的爆炸潜能（单位质量含有的能量）大约是天然气中甲烷的两倍。
15.
These small, suicidal creatures are filled with explosive chemicals and corrosive acids.
这些"毒瘤"是自杀单位,它们体内充满了爆炸性化学成份和酸性物质.
16.
This reflected blast wave, like the original (or direct) wave, is also capable of causing material damage.
反射爆震波〔像入射（或直达）波）一样，也会对物质起破坏作用。
17.
Heterogeneous Explosives Experimentally Investigated and Analyzed by Lagrange Analysis Method in Two Demsions Production Process;
非均质凝聚炸药二维冲击起爆实验与Lagrange分析研究
18.
Study on Measurement and Control System for Flameproof and Intrinsically Safety Intelligent Electric Magnetic Starters;
隔爆兼本质安全型智能电磁起动器测控系统的研究