1.
Use of Artificial Two-lane Arrangement to Address Gas Gauge Problem
采用人工双巷布置解决瓦斯超限问题
2.
Gas overflowed in wood road413 of this mine is through the link- roadway caused by goaf gas discrarging.
该矿413机巷后路瓦斯超限是采空区瓦斯通过联络巷泄漏所致。
3.
The Explosive Gases Formation Mechanism and Overrun Forecast of Jinjiaba Key Hydropower Project Diversion Tunnel
金家坝水电枢纽工程引水隧洞易爆(瓦斯)气体形成机制及易爆(瓦斯)气体超限预测
4.
This is Marva Hays of Thomson Ltd.
我是汤姆森有限公司的玛瓦·海斯。
5.
A tentative analysis of the mine gas geology of #31 mining district of Chaohua Coal Mine
超化煤矿31采区瓦斯地质规律浅析
6.
Research on Characteristics and Influence Factors of Gas Explosion in the Limited Space;
受限空间瓦斯爆炸特性及其影响因素研究
7.
Analysis of Limitations of Domestic Gas Drainage Monitoring System in Use
国内瓦斯抽放监控系统在使用中的局限性分析
8.
The Research and Analysis of the Theoretical Calculation of Gas Explosion Limit and Its Influence Factors
瓦斯爆炸极限的理论计算及影响因素探析
9.
Experimental Study of Using Additive-contained Water Mist to Reduce Lower Limit of Gas Explosion
含添加剂细水雾降低瓦斯爆炸下限的实验研究
10.
Experimental Studies on Controlling Gas Explosion by Using Ultrafine Inorganic Flame Retardant;
超细无机阻燃材料对瓦斯控爆效能的实验研究
11.
Experimental Research on Suppressing Gas Explosion by Ultrafine Metal Hydroxide Powders
超细金属氢氧化物粉体抑制瓦斯爆炸实验研究
12.
Experiment on Working Seam Advanced Pressure Releasing and Gas Drainage in Shigang Mine
石港煤矿本煤层超前卸压瓦斯抽采试验
13.
Overpressure Prediction of Mine Gas Explosions
关于矿井瓦斯爆炸超压规律的预测和分析
14.
Numerical Simulation on Double Tailing Gateways Applied to Gas Control of Fully-mechanized Caving Mining Face with Extra Long Mining Length
双尾巷治理超长综放工作面瓦斯数值模拟研究
15.
The Research and Implementation of gas Governs of High Thick Large Fully Mechanized Face
高突煤层超大综采工作面瓦斯治理研究与实施
16.
Gas is escaping from the range.
瓦斯从瓦斯炉灶漏出。
17.
be sent to the gas chamber
进瓦斯室[用瓦斯毒死
18.
Schwassman-Wachmann comet
施瓦斯曼－瓦赫曼彗星