2) very strong water flooding
极强水淹
1.
Study for the evaluation method on thick oil zones with very strong water flooding in Daqing Lasaxing Oilfield
大庆喇萨杏油田厚油层极强水淹评价方法研究
3) cathode polywater
阴极聚水
1.
Aims at solving the shortage of water in drought area, adopting the method of building the positive space electric field, making the suspended fog particles charge in the electric field moving and gathering toward the cathode ( the surface of soil), and keep the water of soil from vaporizing as well, thus form cathode polywater.
为了解决干旱地区缺水问题,采用施加正向空间电场的方法,使悬浮在气体中的雾粒荷电在静电力的作用下定向移动,迅速地积聚到作为阴极的土壤表面,同时也抑制了土壤水分蒸发,从而实现了空间电场的阴极聚水。
4) mercury cathode
水银阴极
5) watered out
水淹
1.
Early water breakthrough and fast and complex watered out are the current situations of this block.
锦626块目前存在的主要问题是整个区块水淹严重,且水淹具有见水较早、水淹速度快、见水量大、水淹情况复杂等特点。
2.
This paper briefly discusses the definition, genesis end classification, proposes the concept of waterflooding oil water interface, indicates that the raising of this interface to the top of the reservoir makes the oil well watered out and stop production in the reservoir, and confirms the mechanism that microstructures influence oil well production.
提出“注入水油水界面”的概念，指出在油层内部油井水淹停产是由于此“界面”上升至油层顶面所引起。
6) flooding
[英]['flʌdiŋ] [美]['flʌdɪŋ]
水淹
1.
Underwater photosynthesis of the riparian plants Salix variegata Franch.and Arundinella anomala Steud.in Three Gorges reservoir region as affected by simulated flooding;
水淹对三峡库区两种岸生植物秋华柳(Salix variegata Franch.)和野古草(Arundinella anomala Steud.)水下光合的影响
2.
The effects of flooding on survival and recovery growth of the riparian plant Salix variegata Franch.in Three Gorges reservoir region;
水淹对三峡库区岸生植物秋华柳(Salix variegata Franch.)存活和恢复生长的影响
3.
Effect of Flooding on Adventitious Root Formation of Arundinella anomala Steud. and Salix variegata Franch.;
水淹对野古草和秋华柳不定根形成的影响
补充资料：阴极
分子式：
CAS号：
性质：电池中发生还原反应的电极。对于电解电池，负极发生的是还原反应，如Cu2++2e-→Cu↓，故为阴极。对于蓄电池，放电时正极发生还原，为阴极；但充电时正极是氧化反应，成为阳极。一般所称蓄电池的阴极均指其正极。
CAS号：
性质：电池中发生还原反应的电极。对于电解电池，负极发生的是还原反应，如Cu2++2e-→Cu↓，故为阴极。对于蓄电池，放电时正极发生还原，为阴极；但充电时正极是氧化反应，成为阳极。一般所称蓄电池的阴极均指其正极。
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参考词条