期刊文献+
共找到1篇文章
< 1 >
每页显示 20 50 100
STRESS FIELD ALONG THE REVOLUTION AXIS AND THE FORMATION OF QINGHAI—TIBET PLATEAU
1
作者 Sun Zhaoyuan 1,Sun Juan 1,2 ,Zhao Jianling 1,2 2.petroleum university, beijing 102200,china) 《地学前缘》 EI CAS CSCD 2000年第S1期342-344,共3页
Based on the discovery of the SSW stress field of the Earth and Mars, the authors proposed that each of the celestial bodies in the Solar System possesses a consistent stress field along the revolution axis relative t... Based on the discovery of the SSW stress field of the Earth and Mars, the authors proposed that each of the celestial bodies in the Solar System possesses a consistent stress field along the revolution axis relative to their own obliquity of the ecliptic ( ε ).This paper describes a deep going study on the control role of the stress field on the formation of the Tibet plateau.1\ Discovery of the stress filed along the revolution axis of the Earth and Mars (1)Discovery of the four tridimensional tectonic systems in the global SSW stress field [1] :In West China, under the action of this stress field, the alternative WNW\|trending belts of fault uplifts and fault depressions intersect the alternative belts of ENE\|trending sinistral and NNW\|trending dextral conjugate shear\|compressive uplifts and depressions,and then combine with the NNE\|trending tensile fault belt, to form the “uplift on uplift" ,the “third\|order overlapped uplift" ,the“depression in depression” ,the “third\|order sunk depression", and also the composite fault uplifts and fault depressions composed of four or more fault groups. They are produced simultaneously and form the rivers, lakes, basins, mountains and plateaus and show the mirror symmetry in section. This tectonic framework can be observed not only in the Qinghai—Tibet plateau but also in all over China and even on the entire Earth. Therefore, the SSW principal compressive stress is the unified global stress field and its model has already been constructed [1] . 展开更多
关键词 SSW stress field the REVOLUTION AXIS TECTONIC systems Asia n PLATEAU group
在线阅读 下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部