1) Seepage laws of void water
孔隙水渗流规律
2) seepage pore water pressure
渗流孔隙水压力
3) Seepage through hole qualitative rock
孔隙渗流
4) seepage rule
渗流规律
1.
Study and application of the reservoir seepage rule in E_2d of Huangque oilfield;
黄珏油田戴南组油藏渗流规律研究及应用
5) seepage law
渗流规律
1.
The grouting seepage law of fractured seam was studied.
在采场煤体破碎机理研究基础上以支承压力峰值点为分界点将采场注浆区分为塑性区和弹性区两个渗透物理模型来对煤体注浆加固渗流规律进行研究。
2.
The gas seepage law in a single fracture under 3D stress is studied and the following conclusions have been made:(1) the tangent deformation has the same effect as normal deformation on fracture seepage law,and (2) gas seepage law is different from water seepage law.
深入研究了三维应力作用下裂缝中气体渗流规律,得出了裂缝剪切变形同法向变形一样,对气体裂缝渗流规律有显著影响的结论,并给出了气体单一裂缝渗透系数的解析式。
3.
The experiment analysis of gas seepage law in a single fracture under 3D stress is studied, theinfluence of tangent stress on the seepage law is focused, and the following conclusion has been made: the tangentdeformation has the same effect as normal deformation on fracture seepage law, In the end, an experientialformula of gas seepage law in a single fracture are brought forward.
研究了三维应力作用下,侧向应力对气体裂缝渗流规律的影响,得出裂缝剪切变形同裂缝法向变形一样,对气体裂缝渗流规律有显著的影响,并给出了同时考虑法向应力、切向应力和孔隙压影响的气体单一裂缝渗透系数的经验公式。
6) percolation
[英][,pə:kə'leiʃən] [美][,pɚkə'leʃən]
渗流规律
1.
Experimental study of percolation in low permeability reservoir based on steady flow method;
基于稳定流法的低渗透储层渗流规律实验研究
2.
On the basis of percolation mechanism analysis for low permeability reservoir,average water cut has been obtained through analyzing the impact of starting pressure gradient on percolation,and thus matched relative permeability curve.
在对低渗透油藏渗流机理分析的基础上,通过分析启动压力梯度对渗流规律的影响,得到油藏平均含水率,从而拟合出油藏相对渗透率曲线。
补充资料：孔隙水
| 孔隙水 pore water 主要赋存在松散沉积物颗粒间孔隙中的地下水。在堆积平原和山间盆地内的第四纪地层中分布广泛。是工农业和生活用水的重要供水水源。孔隙水的分布、补给、径流和排泄决定于沉积物的类型、地质构造和地貌等。不同成因的沉积物中 ，存在着不同的孔 隙水 。在山前地带形成的洪积扇内，近山处的卵砾石层中有巨厚的孔隙潜水含水层；到了平原或盆地内部，由于砂砾层与粘土层交互成层 ，形成承压孔隙水含水层 。在平原河 流的中 、下游地区的河床 相的砂砾层中，存在着宽度和厚度不大的带状孔隙水含水层。在湖泊成因的岸边缘相的粗粒沉积物中，多形成厚而稳定的层状孔隙水含水层。在冰川消融水搬运分选而形成的冰水沉积物中，有透水性较好的孔隙水含水层。深层孔隙承压水往往远离补给区。离补给区越远，补给条件越差，补给量有限，故深层孔隙承压水的开采应有所节制。 |
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