阿齐山—黄山复合地体的演化历史可分为三个阶段，与边界断裂带的相应演化阶段关系密切。
The history of evolution of Aqishan-Huangshan composite terrane can subdivide to three stages that are closely relative to relevant stages of evolution of the boundary fault zones.
冀中坳陷衡水断裂带具有构造调节转换带性质，它明显地将坳陷分为南北两区。
In Jizhong depression, Hengshui fault zone is of characteristics of transfer zones, which divided the depression into two north and south regions.
阿齐山—黄山复合地体的演化历史可分为三个阶段，与边界断裂带的相应演化阶段关系密切。
The history of evolution of Aqishan-Huangshan composite terrane can subdivide to three stages that are closely relative to relevant stages of evolution of the boundary fault z…
该断裂带在山前带和山麓坡的构造地貌、微地文期演化历史方面存在着明显的分段变异。
Between these two segments there have been significant variations in mountain front and piedmont slope tectonic geomorphology. as well as in evolutional history of micro-physiographic stages.
红河断裂带两侧古地磁结果表明，羌塘地体与扬子地台至少从早白垩世以来已连接为一个整体。
Paleomagnetic results from the both sides of Honghe fault zone have shown that the Yangzi block has been united with the Qiangtang terrane since Cretaceous.
鉴于与同一地质区域内的不活动断裂带作比较，指出了活动断裂带对地下水化学元素的控制作用。
In comparison to the situation in the region of dead faults, it is indicated that the active faults have played an important role in controlling the distribution of chemical elements in groundwater.
郯庐断裂带于晚白垩世至早第三纪经历了强烈的伸 展活动，普遍控制发育了断陷盆 地。
The Tan-Lu fault zone experienced intense extensional activities during the Late Cretaceous to the Early Paleogene. Thus, faulted basins were developed along the fault zone.
郯庐断裂带于晚白垩世至早第三纪经历了强烈的伸 展活动，普遍控制发育了断陷盆 地。
The Tan-Lu fault zone experienced intense extensional activities during the Late Cretaceous to the Early Paleogene. Thus, faulted basins were developed along the fault zone.
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