1) pressure explosible gas
高压可爆气体
1.
The application of pressure explosible gas in detonating materials and its operation method are introduced.
介绍了高压可爆气体在起爆体中的应用及操作方法,并同普通起爆体进行了对比试验,为改善硐室爆破效果提供了一条新的途径。
2) airshooting
高压气体爆破
1.
In this paper, the mechanism of airshooting is analyzed, and the compooition and function of airshooting test system developed by the author are described, and also the feasibility of it is verified.
该文分析了高压气体爆破的作用机理，介绍了作者自行研制的高压气体爆破实验系统的组成和作用，并对其可行性进行了实验验证。
3) high pressure gas jet and outburst
高压气体喷射与爆炸
4) explosible gas
可爆性气体
1.
This paper presents an attempt to evaluate the explosible gas distribution by solving the concentration equation based on the previously simulated wind flow field.
本文介绍了一种基于κ-ε湍流模型的研究可爆性气体泄漏扩散的三维数值模拟方法。
6) combustible gas deflagrating
可燃气体爆燃
1.
Based on the theory of reaction fluid dynamic, numerical simulate about the process that shock waves induce the combustible gas deflagrating in one-dimensional system with the chemical model of nine equation is successfully accomplished.
运用化学流体力学基本理论 ,建立了一维激波诱导可燃气体爆燃的九化学反应模型 ,完成了CO气体爆燃过程的数值模拟 ,由CO气体密度的变化以及流场中压力和温度的相应变化 ,清楚地说明了激波诱导可燃气体爆燃的发生机制以及对灭火的重要影
补充资料：高压气体
高压气体
指比大气压力高的气体，如高压氧舱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条