1·The early and middle Yanshanian tectonic movements permitted the fluvial, seasonal lake and intermittent lake facies to be developed.
受燕山早中期构造运动影响，河流相、时令湖相与间歇湖相发育。
2·The above shows that granulite facies metamorphism occurred in the crust of (increasing) thickness and caused by strong tectonic disturbance and regional high heat flow.
是麻粒岩相变质作用发生于地壳大幅度增厚的环境，强烈的构造变动和区域性高热流共同作用的结果。
3·Such a tectonic framework, in a great extent, controls the distribution of both the facies and thickness of coal-bearing sequences.
这种构造格架在很大程度上控制了含煤岩系的岩相和厚度分布。
4·Garnet pyroxenite occurs as lenses in granulite-facies metamorphic granitic gneiss and pelitic schist in the Namjagbarwa Group-complex of the eastern Himalayan tectonic syntaxis.
在东喜马拉雅构造结南迦巴瓦岩群中，石榴辉石岩呈透镜状产于麻粒岩相变质的长英质片麻岩和泥质片岩之中。
5·General distribution of sedimentary facies by the regional tectonic control of the ancient topography and other factors.
总体来说沉积相的展布受区域构造古地貌等因素控制。
6·Sedimentological methods have been applied to study the sedimentary facies and characteristics of the flourish stage of the development of the salt lake in this tectonic basin.
本文用沉积学方法探讨了该盆地渐新世早期常年盐湖沉积体系的沉积相特征、成盐方式、相带分布及控制因素。
7·Complex granulite facies xenolith types and distinct formation conditions indicate that the lower crust beneath Nushan was constructed by multi-periodic magmatism in different tectonic Settings.
复杂的岩石类型和不同的形成条件表明女山的下地壳是由多期岩浆活动的产物组成。