1) geo-dynamic division
地质动力区划
1.
The Application of Geo-Dynamic Division in Rock Stress Prediction;
地质动力区划在岩体应力预测中的应用
2.
Software development of rock mass stress state analysis is one of the important problems of the geo-dynamic division team's research.
开发岩体应力状态分析软件是地质动力区划课题研究工作的重要内容之一。
3.
Taking Panyi mine of Huainan as engineering background of the research,I~V class active faults are divided and certain local geology structure is determined according to geo-dynamic division.
以淮南潘一矿为工程背景,依据地质动力区划方法,进行I～V级活动断裂的划分,确定区域构造形式,研究了C13-1煤层构造格架、主要断裂特点,在此基础上,建立了构造应力场的地质模型,结合地应力测量和岩体应力分析,确定区域岩体应力分布规律。
2) geodynamic zoning
地质动力区划
1.
Application of geodynamic zoning in Hegang urban area;
地质动力区划在鹤岗城区的应用
2.
Applying geodynamic zoning method, this article has studied the mine field.
因此,对该井田进行了地质动力区划的研究。
3.
Some classⅡ～Ⅴactive faults that run through Hongling mine field in modern stress environment are found out by means of geodynamic zoning.
地质动力区划方法逐级使用地形测量图并结合其它方法查清活动断裂,用以揭示地壳的区域岩体断块结构以及评估其力学状态。
3) geo-dynamic zoning
地质动力区划
1.
Based on geo-dynamic zoning method, the relation between gas status of Huainan mining area and regional geology structure was analyzed, the conclusion is drawn that Huainan coal field lies between two cave region, which has dominant effect on the gas status.
用地质动力区划方法,分析了淮南煤田瓦斯赋存状态与区域地质构造的关系,认为淮南煤田处在两个相交的凹地区域,它决定了淮南煤田的含瓦斯性。
2.
The regional geological fault was determined by the geo-dynamic zoning method.
通过地质动力区划方法确定了区域地质构造背景。
3.
In this paper, geo-dynamic zoning method was used to research regional geology structure, multi-factor pattern recognition method was applied to predict regional coal and gas outburst danger.
文中通过地质动力区划方法确定区域地质构造背景，采用多因素模式识别概率预测方法完成煤与瓦斯突出危险性的区域预测。
4) the dividing method of geological dynamic zone
地球动力区划
5) Geologic dynamical active area
地质动力活跃区
补充资料：地貌区划
见区域地貌。
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