微孔隙或其它小孔隙中的水。
低渗油藏的主要特征是具有小孔隙、细喉道、高渗流阻力和低吸水能力。
The main characteristics of low permeability reservoir are small reservoir pore, fine throat, high seepage resistance and low water intake capacity.
剩余油微观分布特征主要受储层孔隙结构控制，目前剩余油主要分布在中小孔隙中。
The controling factor of remaining oil distribution is pore configuration. Remaining oil is mainly in the middle and small pores currently.
阻火器是应用火焰通过热导体的狭小孔隙时，由于热量损失而熄灭的原理设计制造。
Flame arrester is application by hot conductor, due to the small pore of the heat loss and out of the principle design and manufacture.
封闭剂与牙釉质的粘接面内存在微小孔隙，不排除边缘微渗漏及致龋菌吸附的可能。
There were thin gaps or voids in the hybrid layer between the flowable composite resin and the enamel probably leading to marginal leakage and the adsorption of the germs.
通过这种方法，不仅可以填充纤维束之间的大孔隙，而且可以填充纤维之间的小孔隙。
By this method, not only the large pores between bundles but also the small pores between fibers in a bundle can be filled.
微观结构研究表明红粘土剪切破坏后颗粒排列杂乱…更多，小孔隙增多，定向化程度增强。
The microstructure studies show that after shear failure, particles of red clay arranged disorderly, and small pores and its orientation degree increased.
图像定量分析结果表明随着免耕时间的推移，小团聚体和小孔隙减少而大团聚体和大孔隙增加。
The analytical results of aggregate and pore size distributions clearly showed that smaller aggregates and pores decreased while larger aggregates...
在6410英尺以下，分布区内的几乎所有重量都处于小孔隙中，如红线左侧的绿色峰值线所示。
Below 6410 feet almost all the weight in the distributions is in small pores, as shown by a green peak to the left of the red line.
细菌、真菌、霉菌、放线菌等使土壤形成许多小孔隙。土壤里的这类生物总称为“微生物群落”。
Bacteria, fungi, molds, and actinomycetes, which leave tiny openings in the soil. In soil, all organisms of this type are called microflora.
离心玻璃棉能够吸声的原因不是由于表面粗糙，而是因为具有大量的内外连通的微小孔隙和孔洞。
Centrifugal glass cotton can sound-absorbing reason not because the surface is rough, but because of the internal and external connected with tiny pore and holes.
弱凝胶使后续液流转向，在绝大多数情况下，小孔隙中的剩余油是被弱凝胶驱动的水（和油）驱出的。
The weak gel thus diverts the followed fluids and in predominant cases the residual oil is displaced out of small pores by the water (or oil) in front of the gel stream.
在碳酸盐岩和其它一些系统中，束缚水和毛细管束缚水之间、普通孔隙和微小孔隙之间易发生快速扩散。
Fast diffusion is also considered to occur between most clay - and capillary-bound water, between normal pores and micropores within some carbonates, and in some other systems.
盐析后，结晶盐填充了岩心中的小孔隙，小孔喉在岩心中的比例明显减少，渗流通道减小，有的甚至完全被堵塞。
After salting out, the fine pores are filled with salt crystals and the proportion reduces significantly, which cause the flow channels downsized and some are even completely blocked.
非织造吸油材料具有微小孔隙且强度高，能在某些恶劣条件下使用。非织造吸油材料的完整性能降低使用成本和回收成本。
Nonwoven oil sorbents offer structurally important characteristics of small pore structures and the strength which enables the sorbent materials to be used in some tough conditions.
在后续注水过程中，存在于大孔道的弱凝胶迫使后续注入水改向进入未被注入水波及的小孔隙，驱替的残余油滴聚集并形成油墙。
In the post-water flooding process, WG in the larger channels diverts the injected water entering the smaller pores and displacing residual oil to form oil bank in the front of the displacing water.
他们的HR3D利用类似于3DS的双LCD方法，但不用垂直条形屏障，他们屏障是由数以千计的、与下方图像相匹配的小孔隙构成的。
Their HR3D method uses a dual LCD method like the 3DS, but instead of that vertical-stripe pattern their barrier consists of thousands of small slits tailored to the image underneath.
硅藻土具有无数的小孔和复孔，其孔隙率为80-90%，这就为截留固体颗粒提供了较大的空间。
With countless holes diatomite and complex hole, its pore rate for 80-90%, this is the intercept solid particles provide larger space.
研究认为，孔洞型储层有效性与孔隙度及孔洞类型有关，且大孔孔洞型储层较小孔孔洞型储层有效。
Research shows that effectiveness of reservoir with cavern relates to porosity and the type of cavern, and reservoir with big cavern is more effective than with little one.
由于孔隙衬边型(薄膜型)粘土的产状起了缩小孔喉的作用，所以酸化对此类砂岩油层的作用十分显著。
Because the occurrence of the type of pore-lining clay (film type) reduces size of the pore throat, acidization way show notable effects on this type of sandstone reservoirs.
根据半无限土体中小孔扩张问题的解，分析了在超孔隙水压作用的瞬时，土体中的应力、变形等，并提出了经验公式。
On the basis of cavity expansion theory, the formulae of excess pore water pressure has been proposed, and the stress and strain of soil had been analyzed.
根据半无限土体中小孔扩张问题的解，分析了在超孔隙水压作用的瞬时，土体中的应力、变形等，并提出了经验公式。
On the basis of cavity expansion theory, the formulae of excess pore water pressure has been proposed, and the stress and strain of soil had been analyzed.
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