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1·It has great significance in region's coal bed correlation.

研究成果对区内煤岩层对比具有重要意义。

2·Both coal gangue and coal bed methane are low heating value fuels.

煤矸石和含甲烷量较低的煤层气均属于低热值的燃料。

3·Coal bed plays a reference role in sequence division and correlation.

煤层在层序划分与对比中具有十分重要的参考意义。

4·In this paper, the coal bed gas resources in Shanxi Province are summarized.

本文对山西省煤层气资源作了概括性总结。

5·Conclusion It provides theoretic basis for forecasting deep coal bed weathering zone.

结论该研究为煤岩层深部风化带预测提供了依据。

6·These conclusions have guidance significance to exploitation coal bed methane by gas injection.

所得结论对注气开采煤层气设计和评价具有指导意义。

7·This method is first used to the quantitative prediction of coal bed methane in Shanxi province.

并将该方法首次用于山西省煤层甲烷的定量预测。

8·The influence of coal bed permeability and Wells' distance on productivity of CBM Wells are analyzed.

分析了煤层渗透率和煤层气井间距对煤层气井产能的影响。

9·The paper describes the microscopic failure mechanism of coal bed and its effects on coal bed failure.

本文对煤岩储层的破坏微观机理进行介绍，并考虑煤岩孔隙气体对煤岩坡坏的影响。

10·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。

煤层

1·This method is first used to the quantitative prediction of coal bed methane in Shanxi province.

并将该方法首次用于山西省煤层甲烷的定量预测。

2·The ground stress, formation pressure, desorption pressure and many inferred values, gained from these basic data of a certain coal bed in downhole may be obtained through testing and calculation.

对于井下某一煤层，通过测试和计算可得到地应力、地层压力、解吸压力以及据以上基础数据而得出的许多推算值。

3·Put forward a new method applying conventional ground fracturing construction pressure to get coal bed rock mechanical parameters.

提出了应用常规的地面压裂施工压力资料求取煤层岩石力学参数的一种新方法。

4·The influence of coal bed permeability and Wells' distance on productivity of CBM Wells are analyzed.

分析了煤层渗透率和煤层气井间距对煤层气井产能的影响。

5·The monitoring on underground coal bed combustion relied on drilling supervising in the past, but this method is not good.

对地下煤层燃烧过去一直依靠钻孔进行监测，未有有效的监测方法。