diastrophism

Approach on break crossover point diastrophism direction of break coal intersecting line drawing in complex structure area

复杂构造区断煤交线绘制法中断裂交点错动方向的探讨

The Application of Plate Movement-deformation Model to Monitoring the Diastrophism of Qinghai-Xizang Plateau

青藏高原板块形变模型与地壳运动监测网设计

The Effects of Taizhong-Jinjiang Transverse Structure Belt on Cenozoic Diastrophism and Earthquake of Fujian Province

台中&晋江横向构造带对福建现代地壳变形和地震的影响

While its geologic activities include peat accumulation and transportation , embedding activity caused by diastrophism and geothermal metamorphism of coal .

有关的成煤作用包括：泥炭的原地堆积&异地搬运作用、地壳旋回运动所引起的埋藏作用和成煤阶段的热变质作用。

Degassing impulses give rise to the strengthening of oceanic crust spreading which is correlated with phases of diastrophism creating folded orogenic belts .

排氢脉冲导致洋壳扩张的增强，而此则与创造出造山带的地壳变动幕相关。

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。

At case of visualization of geological data field , all the source space data and attribute data are scattered and because of sedimentary process and diastrophism , data continuity gets some destroyed .

地质体原始的空间数据和各种属性数据都是散乱数据，并且由于地质沉积和构造变化，数据分布的连续性受到了一定程度的破坏，在数据处理和构造建模时必须考虑这些约束因素的影响。

The vertical deformation value of every GPS monitoring sites that gained after two periods GPS monitoring is marked and credible . These values can be directly applied to the subsidence deformation analysis and diastrophism research .

两期GPS监测获得的每个监测点的垂直变形值显著可信，可直接用于沉降变形分析和地壳运动研究。混合时间的大小与加料位置和监测点的位置都有关系。

Although the research purposes of both are different , the principal research objects are the same , namely the geologic structure ; and both of them study diastrophism and all kinds of effects in the process of movement and change of the Earth .

二者的研究目的虽然不同，但所研究的主要对象是相同的，即都是地质构造，所研究的又都是地球变化过程中的构造变动及其各类效应。

Because of special structural location and the intense diastrophism , the earthquake in the region has the characteristic of high frequency , high intensity , shallow hypocenter and wide distribution . It is one of the active earthquake regions in the Chinese mainland .

特殊的构造部位和强烈的地壳运动使得该地区地震频度高、强度大、震源浅、分布广，成为中国大陆内部地震活动最强烈的场所之一。

With thousands years of diastrophism and human society 's development , the natural environment of the upper-part of the Yellow River has conceived its distinguished zoology and resource structure , therefore forms its special geographic upper-part-yellow river region 's economy and society development model .

黄河上游的自然环境随着千百年的地壳运动以及人类繁衍，孕育出了独特的生态及资源结构，从而也形成了具有区域特色的黄河上游典型地区经济和社会发展模式。