片语

gas and geology瓦斯地质

gas and geology variables瓦斯地质变量

studies on gas-geology瓦斯地质研究

law of gas-geology瓦斯地质规律

mining gas-geology煤矿瓦斯地质学

natural gas geology天然气地质学

oil-gas field geology[油气]

oil-gas geology[油气]

英汉例句

• the concept, 「petroleum system」, results from the combination of petroleum and gas geology and systematic science.

  「含油气系统」概念是石油天然气地质学与系统科学相结合的产物。

• this essay introduce the experimental method briefly and explore this kind of technology used in natural gas geology study.

  扼要介绍了该技术的实验方法，并探讨了该技术在天然气地学研究中的若干应用。

• the math model of the gas emission quantity is established by the method of gas geology math model. the gas emission quantity of the working face of the unmining area is predicted by the model.

  利用瓦斯地质数学模型法建立了工作面瓦斯涌出量数学模型，预测了未采区工作面瓦斯涌出量。

• gas geology geologic structure gas controlling factors;

  瓦斯地质；地质构造；瓦斯；控制因素；

• mdi is an oil and gas geology integrated prediction software of company pangea of russia.

  mdi是俄罗斯pangea公司的油气地质综合预测软件。

• state key laboratory of oil and gas geology and exploitation, southwest petroleum institute; and 2.

  「油气藏地质及开发工程」国家重点实验室·西南石油学院；

• this system makes space and attributes information of mine gas geology as main management contents and it can provide aided decision base for mine gas prevention and control.

  系统以煤矿瓦斯地质空间信息和属性信息为主要管理内容，能够为煤矿瓦斯治理提供辅助决策依据。

• gas geology regularity; gas content; geologic factors; geologic structure; forecast;

  瓦斯地质规律；瓦斯含量；地质因素；地质构造；预测；

• it is necessary to strengthen the synthetic research on oil and gas geology so as to look for petroleum accumulation.

  为此，有必要加强油气地质综合研究，寻找经济性海相油气藏。

• the theory of gas geology is applied to study the problem of gas unusual gush at first, and set-ting up systematic research thinking and method of gas geology in the low gas mines.

  首次运用瓦斯地质理论研究低瓦斯矿井瓦斯异常涌出问题，形成了系统的低瓦斯矿井瓦斯地质规律的研究思路和方法。

• therefore, the authors designed and completed oil and gas geology information appraisal system based on comgis technology that can integrate oil and gas geology information management model with gis.

  鑒于此，笔者设计实现了基于组件式地理信息系统技术的油气地质信息与评价系统，实现了油气地质信息管理模型与地理信息系统之间的有机结合。

• major progress in the study of natural gas geology since the 6th five year plan are as follows: 1. put forward the geological theory of transformation from coal basin into gas(oil) basins;

  六五”以来，以大中型气田勘探方向为重点所开展的天然气地质理论研究的主要进展是：（1）确立了中国含煤盆地转化为含气（油）盆地的地质条件及含气前景；