migration pathway meaning in Chinese
运移通道
洄游通道
Examples
- In combination with the development of the basin , this work will try to reveal the characteristics of the main petroleum migration pathways in the structure ridges with new geochemical methods
本文运用油藏地球化学研究新方法，结合构造特征，主要从微观角度探索构造脊上油气运移主通道的特征。 - With the efforts of generations of developmental biologists , detailed cell migration pathways in different kind of vertebrate embryos have been clarified , but unfortunately , mechanism underlying has been poorly known by now partially because of the uncertainty of the cellular events happening
由于组织不透明难以进行活体观察。细胞运动是所有后生动物发育过程中都能观察到的一种生命现象，阐明细胞运动机制对于形态发生机制的了解具有重要意义。 - That may reveal the main petroleum migration pathway from huizhou sag through hz26 - 1 structure to the lh oil fields is the hlsr . the molecular compositional heterogeneities in the oils may indicate that the west part of the hlsr gathered " branched oils " migrating direct from the huizhou sag to form " a main petroleum river " migrating eastward to lh oil fields , and the east part of the hlsr show clearly the characteristics of main petroleum migration pathway
惠流构造脊上原油分子组成非均质性揭示，惠流构造脊西段汇聚了直接来自惠州凹陷的多路“支流”油气，于惠流构造脊上形成“油气主流”向东推进至流花油田；惠流构造脊东段油气运移主通道的地球化学特征明显。 - Using the angle between orientation of maximum principal compressive stress and strike of source - faults , the vertical seal and open features of source - faults in the end of yimin stage sedimentary period ( the main oil gas accumulation period ) are studied , showing that the source faults in the central area are poorly sealed and well opened in vertical direction and ant the main migration pathway of oil gas generating and expelling from the source rock of nantun formation
利用最大主应力方向与源断裂走向之间夹角大小，对贝尔凹陷布达特群源断裂在主要成藏期伊敏组沉积末期的垂向封闭与开启性进行了研究，得到了贝尔凹陷布达特群源断裂在凹陷中部垂向封闭性差，开启程度高，是南屯组源岩生成排出油气向布达特群运移的主要输导通道这一认识。 - The gas chimney can be applied in hydrocarbon exploration in terms of ranking prospects , detecting migration pathways , distinguishing sealing or non - sealing faults , identifying potential over - pressured zone and drilling ( shallow gas ) hazards as well as assessing the sea floor stability for platform design and drilling
气烟囱在油气勘探工作中有其独特的作用，可以有效地预测勘探方向、揭示天然气的运移路径、预测断层的封闭性，同时利用气烟囱还可以预测超压和海底构造稳定性，降低浅层气钻探风险。