1) intersectional angle tectonic
交角构造
1.
The author analysis the exploration results and the coal occurrence of this area, and draw a conclusion that the early middle Jurassic coal basin mainly formed in the intersectional angle tectonic region of several ancient lands and tectonic belts with different directions.
笔者通过对该区已知煤炭资源赋存状态,以及已有地质勘查成果的分析研究后认为:该区中侏罗世早期聚煤盆地,主要生成在由不同方位的古陆或构造带所形成的交角构造区(童玉明,1992);下花园组含煤建造是在较强的水动力条件下、陆源碎屑物质沉积速率较快的沉积环境中形成的(陈忠惠,1988;韩德馨等,1980;李思田等,1988;刘宝?等,1980);可采煤层主要富集在盆地次边缘以及特定部位和冲积扇远端的扇前三角洲或扇面分流河道之间的相对较稳定的聚煤环境中(王定武等,2005;王洪力,2006;王思恩,1994;王相会,1998);煤系及煤层主要保存在后期改造作用较弱和相对稳定或持续缓慢沉降的构造环境中(王定武等,2005;王洪力,2006;王思恩,1994;王相会,1998)。
2) structure dip
构造倾角
1.
Presented is the outcome applying diplog in depression of L-district,such as: analysis of formation occurrence and area geological structure with structure dip;fine analysis and identification of sedimentary facies with vector direction frequency plot taken off the structure dip;as well as calculating true depth of reservoir.
用构造倾角分析地层产状和区域构造;利用移去构造倾角的矢量方位频率图对沉积相精细分析判断以及计算地层真实厚度。
2.
Using the dip vector frequency plot whose structure dip is moved away, we can analyze and judge the resources orientation of the glutinite formation and sand body d.
介绍了地层倾角测井在二连油田勘探开发中的最新应用成果,利用移去构造倾角的矢量方位频率图对二连油田W凹陷和M凹陷不同沉积环境下形成的砂砾岩储层物源方向、砂体展布方向进行精细分析和判断,预测有利储油相带,为寻找有经济价值的圈闭油藏提供了可靠的资料,给勘探和开发带来了显著的经济效益;在沉积相处理解释过程中,选取不同的构造倾角,会得到截然不同的结果,构造倾角的选取至关重要。
3) breciated structure
角砾构造
4) intersecting sites
交汇构造
5) Three dimensional cross structure
立交构造
6) intersection of tectonics
构造交会
补充资料：交角
1.线与线﹑线与面或面与面相交而成的角。
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