1) basement detachable structure
基底拆离式构造
2) basement decoupling
基底拆离
1.
The basement decoupling structure is the reaction in continent plate when the margin of continent plate is subducted,subdued,extruded and shortened.
基底拆离式构造是大陆板块边缘受到俯冲、消减、挤压和缩短作用时,在大陆板块内部的反应,即地壳内部受到水平挤压作用时,沿壳内“低速带”、“高导层”等软弱带产生多层次的拆离。
2.
The authors think that it is neither “thick-skinned structure” of an orogenic belt nor “thin-skinned structure” of sedimentary cover folds but belongs to “transitional basement decoupling structure”.
讨论了江南-雪峰山“隆起带”的性质问题,它既不是造山带的“厚皮构造”,也不属于沉积盖层褶皱的“薄皮构造”,而是“过渡型的基底拆离式”的构造。
3.
The basement decoupling structure is the reaction in the continent plate when the marginal of continent plate subducted、subdued、extruding and shorten.
基底拆离式构造是大陆板块边缘受到俯冲、消减、挤压和缩短作用时,在大陆板块内部的反应。
3) detachment structure
拆离构造
1.
Different shapes of detachment structure provides the transport channels and enriched spaces of ore-forming fluid.
成矿流体由地幔流体交代演化而来，成矿物质主要来自上地幔和下地壳，成矿时代为晚燕山期，不同形式的拆离构造为成矿流体提供了运移通道和富集空间，其成因类型为幔源中高温热液金矿床。
4) basement detachment
基底拆离带
5) Breaking-out fractured structure
拆离断裂构造样式
6) basement structure
基底构造
1.
Gravity and magnetic anomaly profiles and characteristics of basement structure in the Qiangtang basin,Qinghai-Tibet Plateau;
青藏高原羌塘盆地重磁剖面异常与基底构造特征
2.
To discover the relationship between basement structure and evolution of Yingen basin,the basement structure is studied with methods combining gravity,magnetic,MT and seismic data,drilling data.
为了揭示基底构造与盆地形成演化的关系,从重力、磁力、大地电磁测深、地震、钻井资料入手,研究银根盆地的基底构造特征,并发现其成盆作用与基底构造之间的动力学关系。
3.
Based on 1∶50 000 high precision aeromagnetic data of 1996 and consulting other geophysical and geological data,this paper has analysed the framework of basement structure and fault structure and,in particular,probed into the relationships of aeromagnetic field characteristics,basement structure and fault structure to the distribution of underground thermal water.
以１９９６ 年１∶５ 万高精度航空磁测资料为基础，参考其它地球物理及地质资料，对山东黄河口地区基底构造、断裂构造格架进行了分析，尤其是探讨了航磁场特征、基底构造、断裂构造与地下热水分布的关系，在此基础上对本区的地热水远景进行了初步的分析。
补充资料：发拆
1.见"发坼"。
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