岩体伴随地质构造运动产生了特征不同的结构面。
The geological formation movement produced many structural planes with different characteristic.
深反射地震剖面的解释要着眼于大的地质构造运动和成因，运用地质规律进行综合地质解释。
The interpretation of the deep reflection seismic profile should be focused on the large geological tectonism and its genesis;
多期构造运动叠加造成凹陷内地质构造非常复杂。
Geological structural characteristics in the depression is very complicated because of stacking of multi structural movement.
复杂的地质构造，齐全的地层岩石，强烈的新构造运动控制着天然矿泉水的形成条件。
The formation of the natural mineral water controlled by the complex geologic structure, complete strata and rock, and strong neotectonism.
柴达木盆地阿尔金山东南缘地质历史上经历了多期构造运动，构造复杂。
The southeast margin of Aljin mountains in Chaidam basin experienced multi-period structural movement in geologic history, resulted in complex structures.
本文对晚新生代贵州喀斯特地貌演进的三大控制因素 ，即地质基础、新构造运动及挽近气候波动进行了分析论证。
In this paper, three determined factors influencing on the evolution of karst geomorphology of upper Cenozoic in Guizhou, e.
地质学家把板块运动及这种运动所造成的后果看作是板块构造运动。
Geologists describe the motion of the plates and the consequences of such motion as plate tectonics.
岩层点异常概率元素组合较好地反映了岩层形成时和形成后所经历的地质作用、成矿作用和构造运动等特征。
Element association resultant from probability analysis of point anomalies is indicative for the geologic, tectonic and mineralization events suffered by the strata during and after their formation.
孔雀河斜坡由于受多次构造运动作用，石油地质条件都受到构造演化的影响。
Because of several tectonic moments, the petroleum geologic conditions in Kongquehe slope are effected by tectonic evolution.
构造地质背景与新构造运动控制着长江三角洲沉积盆地的演化，影响着古地理环境与沉积格局。
The neotectonics controls the evolution of the sediment basin, paleo - depositional environment and pattern of the present Changjiang delta plain.
经过亿万年的地质演变和多期复杂的构造运动，使岩石含有不同阶次随机分布的微孔隙与裂纹。
After millions of years of geological evolution and a complex multi-stage tectonic movements, the rock contains a random distribution at different levels of sub-micro-pores and cracks.
地壳从地幔中熔融出来是地质学立论的基础，也是板块构造运动的基本原因。
The Earth's crust being molten and differentiated from the mantle has long been the foundation of geology and also has been taken as the fundamental cause of plate movement.
但该区处于新构造运动强烈、地质环境极不稳定的高山峡谷区，为强烈地震和地质灾害高发区。
This area is a new strong tectonic movement and highly volatile geological environment mountain valley areas, which has a high incidence of strong earthquakes and geological hazards.
构造运动、花岗岩节理系统、岩石结构、水流冲刷、风化剥蚀等地质作用是造成河南花岗岩地貌景观的基本因素。
Tectonic movements, granite joint systems, rock textures and structures, water erosion and weathering are basic factors responsible for the formation of granite landscapes.
构造运动、花岗岩节理系统、岩石结构、水流冲刷、风化剥蚀等地质作用是造成河南花岗岩地貌景观的基本因素。
Tectonic movements, granite joint systems, rock textures and structures, water erosion and weathering are basic factors responsible for the formation of granite landscapes.
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