期刊文献+
共找到1篇文章
< 1 >
每页显示 20 50 100
THE CHARACTERISTICS OF REMOTE SENSING TECTONICS IN QIANGTANG-CHANGDU MASSIF, QINGHAI-TIBET PLATEAU
1
作者 zhao zhengzhang 1,ye hefei 2,li yongtie 2(1 china national petroleum corporation, beijing 100724,china 2 Research Institute of petroleum Exploration and Development, CNPC, beijing 100083,china) 《地学前缘》 EI CAS CSCD 2000年第S1期435-437,共3页
The northern Tibet plateau is the core of generalized Qinghai—Tibet plateau. The main part of Qiangtang—Changdu massif, which is 45×10 4km 2 and more than 5000m in altitude, conforms to the northern Tibet plate... The northern Tibet plateau is the core of generalized Qinghai—Tibet plateau. The main part of Qiangtang—Changdu massif, which is 45×10 4km 2 and more than 5000m in altitude, conforms to the northern Tibet plateau in area.1 The shape features and boundary conditions of Qiangtang—Changdu massif\;(1) Qiangtang—Changdu massif shows huge flat\|lying “S” area In MSS7 mosaic image, Qiangtang—Changdu massif extends in west and east, and appears a long\|elliptic huge block composed of feathered and dendritic textures.. Noticeably, there are two similar texture “tails" in the west and east ends of the massif. The western tail turns and constringes to the north, and eastern tail to the south. Thereby, the massif shows huge “S" area. According to the regional analysis, the eastern tail locates between Shaluli Mt.\|Taniantaweng Mt. and Mujiang River, and western part through Bangong\|Co connects with Pamirs along Karakoram Mt. In regional tectonics, the massif locates between Lazhulong\|Xijinwulan\|Co\|Jinshajiang River and Bangong\|Co\|Dongqiao\|Nujiang River fault belts. 展开更多
关键词 Qiangtang—Changdu MASSIF REMOTE sensing boundary condition circular structure deformin g features MECHANIC characteristic dynamics
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部