该方法的成功应用可为瓦斯地质单元的划分和瓦斯突出的区域预测提供定量化依据。
The successful application of this method can provide quantitative basis for the division of gas geological unit and the regional prediction of gas outburst.
在瓦斯防治实践中，应根据不同地质单元、不同埋藏深度分别制定相应的防治措施。
Practice in the gas control should be based on different geological units, different burial depth to develop appropriate control measures.
各自然地质单元瓦斯赋存情况受其围岩力学性质、断层分布、煤层厚度等地质因素控制。
The presence of geological units of gas under control of rock mechanical properties, fault distribution, seam thickness.
各自然地质单元瓦斯赋存情况受其围岩力学性质、断层分布、煤层厚度等地质因素控制。
The presence of geological units of gas under control of rock mechanical properties, fault distribution, seam thickness.
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