tectonic level

The capability of storage and returned energy is related with friction coefficient for the deep rock mass with tectonic level.

在具有构造等级的深部岩体介质的变形过程中，储能及返还性状与介质变形的摩擦系数有主要的关系。

The concept of tectonic level was initially put forward to describe the region of compressional deformation.

构造层次的概念最初是针对挤压变形区提出来的。

The fault is of brittle type in the shallow tectonic level of the earth's crust. The main deformational mechanism is cataclasis.

该断裂为地壳浅部构造层次的脆性断裂，主要的变形机制是碎裂作用。

The research shows that tectonic level may also be applied to the region of extensional deformation.

研究表明，这一概念也可用于拉张变形区，但其特征及应变机制与挤压变形区有显著不同。

The tectonic level had evolved from early plutonic to late hypabyssal and deformation mechanism evolved from flow, flattening, buckling, ductile shear to shear rupture.

构造层次由早期深部层次向晚期浅层演化；其变形由流动机制压扁机制弯曲机制韧性剪切机制到剪切破裂机制的演化。

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。

Type ⅱ sequence interface was formed when the basement nonlinear subsidence speeded up and the tectonic subsidence acceleration was bigger than or equal to lake level falling acceleration.

Ⅱ型层序界面是在基底非线性加速沉降，并且构造沉降加速度大于或等于湖平面下降加速度的背景下形成的。

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。

It is supposed that tectonic subsidence, eustatic change of sea level and sediment supply rate are the controlling factors of sequence development in marine basins.

海相层序地层学中主要强调了构造沉降、海平面变化及物源补给因素对层序发育的控制作用。

E, deep-seated, middle-seated and shallow-seated tectonic level.

即：深部构造层次、中部构造层次和浅部构造层次。

Some new facies assemblages and transitions from one to another type of barrier-lagoon systems have been created due to longterm tectonic subsidence, sea level fluctuation and changes of sediment input.

同时，由于构造运动、海平面变动和泥沙供应的长期变化，也发现若干新的沉积相组合和不同类型砂坝-泻湖体系转化的新途径。

Thus, this ductile shear zone might occur at a metamorphic grade of green-schist facies and at middle-shallow tectonic level.

韧性剪切变形相当于绿片岩相，中浅构造层次。

Rock fissure belongs to a lower tectonic level in the rock mass and controls the stability of the rock mass. Meanwhile, it is related to flow and transportation of underground fluid, storage of oil gas and so on.

岩石裂隙属于岩体中较低的构造层次，同样控制着岩体工程的稳定性，与地下流体的流动和运移、油气的储藏等也息息相关，因此对岩石裂隙的研究具有重大的意义。