1) intrinsic gas energy
瓦斯内能
1.
To discover the distribution and variation of the coal mass gas pressure in front of the fully mechanized caving face,further analysis the intrinsic gas energy,study the possibility of coal rock dynamic disasters during the primary caving period,and to have an effectively comprehensive gas control,this paper makes a simulation analysis of the gas pressure near the face stope based on the ANSYS10.
为探索综放面前方煤体瓦斯压力的分布变化规律,进一步对瓦斯内能进行分析,研究初放期煤岩发生动力灾害的可能性,有效的进行瓦斯综合治理,本文运用AN-SYS10。
2) gas energy release and transformation
瓦斯内能释放与转化
3) gas energy
瓦斯能
1.
It is proved that the elastic potential energy induced by ground stress is first of all consumed in coal solid fragmentation,which creates conditions for gas energy release from coal solid.
对煤与瓦斯突出过程中煤体质点内的能量耗散过程用热力学定律进行了分析；论证了由地应力引起的弹性潜能最先消耗在煤体的破碎上，为谋体内瓦斯能的释放创造了条件；在突出过程中起决定作用的是煤体本身释放的初始释放瓦斯膨胀能。
4) fiery mine
瓦斯矿<能>
5) carbureting oil,gas oil
瓦斯油<能>
6) gas expansion energy
瓦斯膨胀能
1.
Study on the calculating methods of gas expansion energy base on thermo kinetic of outburst;
基于突出热动力学的瓦斯膨胀能计算方法研究
补充资料：摩尔内能
分子式：
CAS号：
性质：符号为Um(Em)。定义式：Um=U/n。其中U为内能；n为物质的量。SI单位为J/mol。化工中常用KJ/mol。
CAS号：
性质：符号为Um(Em)。定义式：Um=U/n。其中U为内能；n为物质的量。SI单位为J/mol。化工中常用KJ/mol。
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