1.
The study on fracture system dynamics models of HEGF in gas wells
气井高能气体压裂裂缝系统动力学模型研究
2.
Experiment Evaluation of Safety of Gas Combustion Composition for High Energy Gas Fracture Bullet
高能气体压裂弹燃气组分安全性试验评价研究
3.
Study on kinematics model of medium pressure piezoresistive liquid column for high energy gas fracturing
高能气体压裂中压挡液柱运动解析模型研究
4.
Design and Application of a Reasonable Charge of High-Energy Gas Fracturing
高能气体压裂合理装药量的设计与应用
5.
High-energy Gas Fracturing Technique to Exploit Natural Gas Hydrate Reservoir
利用高能气体压裂技术开采天然气水合物可行性分析
6.
When the highly energized particles collide with atmospheric gases,
当这些高能量的粒子与大气层的气体发生碰撞，
7.
Industrial gases have been shown to increase temperatures in Earth's atmosphere.
现已证明，工业气体能提高地球大气的温度。
8.
The important conclusion includes: 1. The best energy using efficiency of high-pressure gas was on the basis of the low inlet pressure and the inlet valve closed when piston was on 1/4 form TDC to BDC.
1、进气压力较低时，气体可用能的利用率较高；
9.
Evaluation of energy of restricted and closed aquifer in over-pressured gas reservoirs
异常高压气藏有限封闭水体能量评价
10.
Experimental research on gas metal arc welding of WNQ690 steel
高性能WNQ690钢气体保护焊试验研究
11.
Preparation and performance of a new kind of high effective gas diffusion electrode
新型高效气体扩散电极的制备与性能
12.
Advanced filter elements are key components in hot gas filtration technology.
高温气体除尘技术的核心是高性能过滤材料。
13.
High-Performance MISiC High-Temperature Gas Sensors and Its Application;
高性能MISiC高温气体传感器及其应用研究
14.
Study on Properties of Functional Materials Prepared by High Pressure DBD Plasmas;
高气压DBD等离子体合成功能材料及其性能研究
15.
If gases from pressure tanks are bubbled through the nutrient, only quality gasses should be used.
要是气体通过营养液由压力桶冒出，则只有高质量的气体才能使用。
16.
Future work will address the recovery of + water from the product gas,and whether the fluidisation gas in the pyrolysis gas may be air.
如果在高温分解气中的高速气流输送气体可能晾干，未来的工作将忙于对产气中的+水的恢复。
17.
Products: Highly Toxic Gases, High-Purity Gases, Rare Gases and Pyrophoric Gases
产品：剧毒气体，高纯度气体，稀有气体和自燃气体
18.
It ignites more easily than any other common gas and a high pressure leak can even ignite spontaneously.
它比任何其它的气体易燃，高压泄漏时能够自燃。