1·Formation water with low salinity.
低矿化度地层水。
2·The formation water was basically saturated with dissolved gas at that time.
该期地层水溶解气量基本达到饱和。
3·The formation water salinity has a large effect on the absolute resistivity values.
地层水矿化度对岩石电阻率绝对值的影响很大。
4·The common oil-gas mixtures phase behavior study ignores the influence of formation water.
指导油气田开发的常规油气体系相态研究忽略了地层水的影响。
5·High formation water salinity reduces resistivity contrast between oil layer and water layer.
高矿化度的地层水，降低了油层与水层的电阻率对比度。
6·The apparent formation factor increases with the increase of the salinity of formation water.
泥质砂岩视地层因素与地层水电阻率有关，随地层水矿化度升高而增大。
7·In many sedimentary basins the salinity of the formation water increases with depth or compaction.
在许多沉积盆地中，地层水的含盐量随深度或压实作用而增高。
8·The interfacial tension will decrease to ultralow value for the formation water with given salinity.
对于一给定矿化度的地层水，复配体系能将界面张力降低至超低。
9·In most cases, formation water resistivity of hydrocarbon zone is different from that of water zone.
大多数情况下，油气层水电阻率不同于水层水电阻率。
10·An important issue in water-rock interactions is to know the existing state of silicon in formation water.
水岩相互作用中的重要问题之一是搞清硅在地层水中的赋存状态。