gas content信息详情
含气量；气体含量
content───adj.满意的；n.（Content）（法）孔唐（人名）；vt.使满意；n.内容，目录；满足；容量
qes content───目录
gas───vi.加油；放出气体；空谈；n.(Gas)人名；(法、德、西)加斯；vt.加油；毒（死）；n.气体；[矿业]瓦斯；汽油；毒气
engaging content───引人入胜的内容
content note───内容注释
propagate content───传播内容
fat content───脂肪含量; 含脂率
content here───此处为内容
content with───使（某人）满足于…；满足于…；对…感到满意
is feasible used the logging data to forecast coal seam gas content, and the applied value is enhance further.───用测井资料预测煤层瓦斯含量是可行的，从而进一步加强了测井资料的实际应用价值。
But since the high coal bed gas content and concentration largely affected coalmine safety in production.───但由于该区煤层瓦斯含量高、浓度大，成为煤矿安全生产的主要影响因素。
Corresponding to the same gas under pressure, with the rise of temperature, and gas content reduces.───相应的在相同的瓦斯压力下，随着温度的升高，瓦斯禽鞋降低。
The gas content is often low near the regional faults or in the intersection part of the regional faults.───区域大断裂带附近以及多组断裂的交会部位，煤层含气量往往较低。
The problem is that since the increase in the gas content did not occur abruptly, there is no clearly discernible boundary layer.───问题是，气体含量的增加不是突然出现的，因此没有清晰可辨的边界层。
the surface holes are caused by forming gas in coatings, and the deep-seated blowholes are due to excessive gas content of liquid-Al.───分析表明，铸件的表面气孔是由于涂料的发气造成的；内部气孔是由于铝液的含气量过高造成的。
It was the particularity of region deposit evolvement that made gas content larger in whole west of Guizhou.───结果表明，区域沉积演化的特殊性是造成整个贵州西部地区瓦斯含量较大的主要原因；
When coalbed water is under a certain closed condition, coalbed reservoir has a higher pressure and a great gas content.───煤层水处于一定的封闭条件下时，煤岩储层表现为具较高的储层压力和含气量；
As the soft coal seam is high gas content and low permeability. it has been difficult and key for the coal seam gas extraction.───由于松软煤层的瓦斯含气量高而透气性又极差，一直是本煤层瓦斯抽采的难点和重点。
However, in areas with weaker hydrodynamics, or stagnant area, the coal usually has high gas content.
The flowing groundwater in coal measure can affect the coalbed gas content largely.
Generally, the semifinished stabilized gasoline coming from the FCC has more gas content with high temperature when. it enters into the tank.
Sensa has also developed pressure and acoustic sensors to detect the water and gas content of oil wells.
Results show that the main factors influencing methane desorption include pressure, gas content, coaly moisture content, matrices size and temperature etc.
This study provides a scientific method about studying the gas content of the coal seam unmined and provides the basic data about the safe mining.
Therefore, the conventional gas content measurement is invalid to lignite.