这种与地震有关的深部构造背景与地球物理场特征，是今后地震预报和地震成因研究必须十分重视的。
This kind of relation between earthquakes and deep geological structure as well as features of geophysical fields must be envisaged in the earthquakes prediction and in searching for their origin.
莫霍面是地壳和上地幔的分界面，是个重要的密度界面，东海莫霍面的展布特征，对于研究东海深部构造具有重要意义。
Characteristics of Moho is significant to deep structures in East Sea because Moho is important density inference between Crust and Mantle.
该场所的构造变形样式和沉积体系特征决定了深部油气藏的主要类型。
Their structural deformation, styles and sediment features control the basic types of deep oil-gas reservoirs which distribute in a pattern.
这一盆山耦合模型可以解释盆地构造、盆地沉降、山脉隆升、岩石圈深部构造和热特征。
This basin and mountain coupling mechanics model may reasonably interpret the features of the basin structures, basin depression, mountain uplift, lithosphere structure and geothermy in this region.
多种资料综合反映了河南省深部构造的主要特征。本文论述了我省地壳层状结构的特点和深断裂带的划分。
The multiple data reflected the major characteristics of deep fault of Henan Province, and the characters of layered structure in crust and division for zone of deep fault are discussed.
据深部资料结合区域地质特征分析，矿床为一滑覆构造系统。该系统上、下均有砂泥岩作屏蔽层，中间为云岩，形成一个对成矿极为有利的构造封闭系统。
According to regional geology and deep data, the deposit is considered as a gliding nappe system, whose upper and lower shielding layers are sandy mudstone, the middle part is dolomite.
前新生代盆地结构、残留厚度与基底三分性特征均表现出受深部断裂构造的影响和控制。
Pre-Cenozoic basin structure, residual thickness and trichotomous property of basement are all shown by the impact and control of deep faults.
前新生代盆地结构、残留厚度与基底三分性特征均表现出受深部断裂构造的影响和控制。
Pre-Cenozoic basin structure, residual thickness and trichotomous property of basement are all shown by the impact and control of deep faults.
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