1) aseismic fault displacement
无震断层位移
2) fault displacement
断层位移
1.
On the basis of former theories,a compatible elliptical model with a common evolution characteristics related to fault length,fault displacement and fault surface geometry was presumed, the spatial deformation of faults were analyzed,and the development of different kind of faults and their control capacity of oil and gas reservoir were indicated.
采用地层回剥技术重建了不同构造层断裂展布与演化历史,并基于先前模型理论,提出适用于普遍演化特征的断裂长度、断层位移与断面形状关系的椭圆模型,分析了它们在空间上延伸与变形规律以及不同性质断层的发育特征及其对油气成藏的控制能力。
3) displacement fault
移位断层
4) displacement of isolating system
隔震层位移
5) cross-fault displacement
跨断层位移
6) fault displacement field
断层位移场
1.
Tectonic stress field is here extended to cover,in addition,crustal defromation field, fault displacement field,deep crustal structures,as well as the factors that may have some influence on the stress field such as structural conditions,geophysical and geochemical conditions and properties of the crustal materials.
本文对中国现今地壳形变场、断层位移场、地应力场、地质灾害场、地壳深部结构构造等分别研究和分区。
补充资料：X线断层摄影
X线断层摄影
sectional roentgenog?raphy
本摄影技术采用一种特殊装置，使人体内部脏器和组织按选定的层面显示在X线胶片上，同时使选定层面以外的其他层面影像模糊，避免了影像前后重叠的特点。常用于肺、纵隔、骨骼、腹部及头部。特别有利于对这些部位病变范围、轮廓、内部结构的认识，从而对进一步明确诊断和鉴别诊断有重要意义。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条