1) highstand
高水位期
1.
In terms of se-quence and depositional system tract,lowstand and highstand system tracts in a se-quence have various sand bodies,which are the favourable places for hydrocarbonaccumulation.
从层序、体系域的观点出发，层序内的低水位期和高水位期体系域发育有各类砂岩体，形成油气聚集的有利场所。
2) high-stand deposit
高水位期沉积
3) lowstand
低水位期
1.
In terms of se-quence and depositional system tract,lowstand and highstand system tracts in a se-quence have various sand bodies,which are the favourable places for hydrocarbonaccumulation.
从层序、体系域的观点出发，层序内的低水位期和高水位期体系域发育有各类砂岩体，形成油气聚集的有利场所。
2.
The lowstand system tract leads to wedge tnid-amplitude reflection configuration diverging eastward, and exists in northeast part of the basin.
从地震反射结构上可划分为三个体系域；低水位期体系域为一套向东呈楔形发散的中振幅反射结构，分布范围仅在盆地的东北部；海进期体系域为一套约1OO～15Oms的中－强振幅高连续性反射，平面呈席状，在盆地的大范围分布；高水位期体系域为一套1s厚的反射层，根据反射结构可进一步划分为保持型（keepup）和追赶型（catchup）两种碳酸盐岩体系。
4) water level during dry period
枯水期水位
5) lower water level
涸水期水位
6) high water cut period
高含水期
1.
Numerical simulation by stages about the reservoir at high water cut period.;
高含水期油藏分阶段数值模拟
2.
The distribution of residual hydrocarbon in high water cut period is characterized by high scatter in space,the advanced grid technology and fine reservoir numerical simulation are the most scientific and applicable technologic methods.
高含水期油田剩余油在空间分布上具有高度零散的特点,利用先进的网格技术及精细油藏数值模拟技术是寻找这类剩余油分布的最科学、最实用的技术手段。
3.
A method of water injection profile control is combined with water shut off in prooduction well for the oilfield in high water cut period.
以孤东油田八区 5- 6层系为研究对象 ,提出了一套高含水期油田以注水井调剖为中心、辅以油井堵水的堵调综合治理方法。
补充资料：地下水水位观测(见水位观测)
地下水水位观测(见水位观测)
d ixiashui shuiwei guanee地下水水位观测见水位观测。
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