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| 1 | 造山带弧形构造——西昆仑—帕米尔弧及其预测显示文摘对比利牛斯等造山带典型弧形构造的分析表明,弧形构造是造山带尤其是板内碰撞造山带的普遍特征,可分为挤压逆冲-推覆主动型构造和推覆-滑覆被动型弧形构造。西昆仑—帕米尔是与比利牛斯Basque弧在空间形态、运动学及动力学特征等方面一致的挤压逆冲-推覆主动型弧形构造,推测该弧中部存在一巨大的底部低角度逆掩断层并由根部带向北延伸达100多公里,康西瓦断裂(基底缝合带)可能是主根部逆冲断层带。 | 曲国胜 Joseph Canerot 王宗起 赵民 | 1996 | 地质科学1996，31，4： | 30 |
| 2 | 塔里木盆地阿图什-八盘水磨反冲构造系统研究显示文摘通过大量野外地质调查和深部物探 (地震剖面、MT和重力 )综合构造解释 ,在位于东起八盘水磨 ,西至乌鲁克恰特以西的南天山前陆冲断带中 ,确定了阿图什 -八盘水磨反冲构造系统及其三角带构造 ;该反冲系统由小阿图什 -八盘水磨和乌尔 -喀拉套山反冲构造系统及小阿图什 -乌鲁克恰特被变形的反冲构造系统组成 ;即在以往认为南天山向塔里木盆地大规模逆冲推覆的地区 ,塔里木盆地盖层第四纪以来沿多组滑脱面向天山新生代造山带反冲推覆。塔里木盆地反冲构造系统发育的区域基底埋深往往大于 10km ,对应麦盖提基底构造下凹区 ,而相邻柯坪塔格薄皮推覆构造系统发育的区域基底埋深一般小于 10km ,对应巴楚基底构造上隆区 ;逆冲和反冲构造转换带基底埋深约10km ,平衡剖面恢复表明弧形逆冲和反冲构造顶部分别为逆冲和反冲位移量最大位置。 | 曲国胜 陈杰 陈新发 Canerot J 李亦纲 尹军平 李军 彭琪宇 尹金辉 | 2001 | 地震地质2001，23，1： | 29 |
| 3 | 塔里木西南缘(齐姆根弧)前陆构造及形成机理显示文摘在对齐姆根弧形构造地表地质构造和深部地球物理资料综合分析的基础上 ,阐述了齐姆根弧形构造的几何学、运动学和分段性 ,提出了齐姆根弧形构造由依格孜牙薄皮推覆构造段、齐姆根主弧形三角带构造段和叶尔羌—棋盘对冲构造段组成 ,各弧形构造段之间以横向走滑—斜冲断层为界 ;发现了齐姆根弧形构造中规模巨大的塔里木西南盆地白垩系—新生界沉积盖层向西昆仑—帕米尔被动反 (逆 )冲逆掩构造系统 ,阐述了齐姆根主弧形构造段由铁克里克主动逆冲推覆系统、塔里木西南盆地被动反冲逆掩系统和深部双重构造组成。齐姆根弧形构造的隆升时期为喜马拉雅运动 ,新生代 。 | 曲国胜 李亦纲 张宁 李岩峰 陈杰 陈新安 尹军平 张兴林 Joseph CANEROT Joachin DERAMOND Jacques REY | 2004 | 地质论评2004，50，6： | 21 |
| 4 | Segmentations of foreland belts and their tectonic mechanism in the Southwest Tarim Basin显示文摘Based on lots of field investigations and comprehensive interpretations of seismic profiles with outcrop cross-sections, this paper shows that the foreland belts surrounding the Southwest Tarim Foreland Basin have the regularity of segmentation along the strike of foreland belts. There are many thin-skinned thrusting systems thrusting from mountains to the basin and the arcuate back-thrusting systems to the mountains distributed at intervals in the front of West Kunlun-Pamir and Southern Tianshan. Between thrusting and back-thrusting systems, the strike-slip faults developed. The northeast uplifts and depressions of Southwest Tarim Basin correspond with the segmentation of foreland basin. The thin-skinned thrusting system is formed in the case that the thickness of sedimentary covers is less than 10 km in depth where the basement is an uplift belt in general. The back-thrusting systems and triangle zones are formed in the case that the thickness of sedimentary covers is larger than 8 km in depth where the basement is a depression zone. The main mechanics of segmentation of foreland basin are the difference of mountain uplift and deformation rate along the longitude of the mountains, the huge sedimentary rocks in different depression centers, the uplift belts and depression zones in the basement rocks, and multi-displaced weak layers in the foreland basin. The segmentation of Southwest Tarim Foreland Basin is due to the intra-plate deformation of re-orogenies of West Kunlun-Pamir and Southwest Tianshan and the co-related deformation between mountains and basement of basin since Neocene. | J. Canerot J. Deramond | 2005 | Science China Earth Sciences2005，48，10： | 4 |
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