1) lateral transform (transfer) structure
横向(转换)构造
2) transverse structure
横向构造
1.
More than 10 transverse structures have been found in the middle west segment of Yinshan mountains.
在调整构造学术思想先导下 ,运用遥感 航磁复合分析技术实证东西向古亚洲构造系中南北向横向构造普遍存在的设想 ,以阴山中 西段为研究区 ,发现了多条横向构造带 ,它们在既有的区域构造格局分析与地质图件上少有反映或没有反映。
2.
Taizhong-Jinjiang transverse structure belt is an important Faulted Zone,which controls the North-South differences of cenozoic diastrophism and current lithosphere movement of Fujian province.
台中—晋江横向构造带是一条重要的断裂带,控制了福建地区新生代地壳变形和现今地壳运动的南北差异。
3) latitudinal structural zone
横向构造带
1.
Based on comprehensive analysis of gravity,aeromagnetic,remote sensing,seismic and other data,the middle sector of the western edge of Ordos basin can be divided into the northern,middle and southern zones,according to the distinct characteristics of latitudinal structural zones.
通过重力、航磁、遥感和地震等多种资料的综合分析,鄂尔多斯盆地西缘由于中区横向构造带表现明显,可以将其分为北区、中区和南区。
4) tectonic transformation
构造转换
1.
An integrated study of geological structural characteristics, granite petrology and time_space distribution regularity of deposits indicates that the Mesozoic lithosphere of Yunkai area experienced three tectonic evolution phases: the collision between 201 and 277 Ma, the tectonic transformation from compression to extension between 154 and 160 Ma, and the extension between 80 and 100 Ma.
文章通过对云开地区地质构造、矿床时空分布以及中生代花岗岩类岩石的岩石学及地球化学特征的综合研究,认为区内中生代岩石圈构造经历了二叠—三叠纪之间的碰撞挤压、侏罗纪的构造转换及白垩纪的拉张伸展 3个阶段的演化过程,大规模成矿作用受控于燕山早期岩石圈的构造转换及燕山晚期的拉张伸展的岩石圈动力学背
5) transformed structures
转换构造
6) Tectonic Transition
构造转换
1.
Research on tectonic movement,magmatic activity,sedimentation and mineralization indicate that the Fuxin basin underwent three tectonic transitions during Meso-Cenozoic,i.
通过对阜新盆地构造运动、岩浆活动、沉积充填、成矿作用的总结,识别出阜新中、新生代发生的三次构造转换,即挤压—伸展,伸展—挤压,挤压—伸展,其时限分别是(135~120)Ma、100Ma和40Ma。
补充资料：可转换证券的转换价值
可转换证券的转换价值——
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参考词条