sedimentary movement的例句大全

Mineralization period experienced three major evolutionary stages: sedimentary stage, tectogenesis period and the relatively stable tectonic movement stage.

成矿期大体经历了沉积阶段、构造运动阶段和构造运动相对稳定阶段三个时期。

An analysis of Late Permian Early Triassic sedimentary evolution and tectonic setting in the Linxi region shows that the Late Paleozoic plate tectonic movement in the southern Da Hinggan Mountains continued till the Indosinian tectonic cycle.

林西地区晚二叠世早三叠世的沉积构造演化特征揭示，大兴安岭南部的晚古生代板块构造活动一直到印支构造旋回才结束。

The Ordos basin now is the relict basin having undergone tectonic movement and denudation. Resume Ordos prototype basin in Jurassic, through tectonic analyze and using sedimentary track record comparison around the basin.

现今的鄂尔多斯盆地是经历了构造运动和剥蚀作用改造后的残留盆地，通过构造分析和利用盆地周边的沉积记录进行对比，恢复了鄂尔多斯侏罗纪的原型盆地。

By studies on lots of sections and data about global tectonic movement, sea level fluctuation, sedimentary process, climate variation, and biosphere evolvement, the periodicity and the staged character of evolutive process of geo sphere were expatiated.

通过对众多剖面的研究，以及对石炭纪以来包括全球构造运动、海平面升降、沉积作用、气候变迁、生物界演化等诸多资料的综合分析，阐述了地球圈层演变过程的周期性和阶段性特征。

The original types of unconformity surface of Zhanhua trough include unconformity of basement, unconformity of episodic rifting and unconformity of break, as well as the unconformity or break related to tectonic movement, water level change, sedimentary process and climate change.

沾化凹陷的不整合成因类型包括基底不整合、裂陷幕不整合、破裂不整合和与构造活动、水位变化、沉积过程及气候变迁相联系的不整合或沉积间断。

Based on the rule of sedimentary compensation, the formation thickness coefficient is applied to study tectonic movement.

根据沉积补偿原理，提出地层厚度系数研究构造运动的方法，并分析了其研究步骤及适用范围。

This article analyzes the crustal-wave movement of the lower Yangtze Reach after the Sinian period and its relation to the minerals in the respects of sedimentary formation, stratigraphic contact, distribution and thickness variation.

本文从沉积建造及其接触关系、分布和厚度变化，分析了下场子区震旦纪以来地壳波浪运动以及与矿产之关系。

It may be concluded that the sedimentary facies, tectogenetic movement, the formation water and geothermic gradient are all important factors to form the oil-bearing sandstone.

结果表明，沉积相、构造运动、地层水的性质及地温梯度等都是促成含油砂岩形成的重要因素。