阐述了液压系统中常见的气泡油问题产生的原因和危害，提出了在液压系统设计中预防气泡油产生的措施。
In this paper, the reasons and the harms of the bubbles in hydraulic systems are described. Furthermore, the author puts forward methods to prevent the oil with air bubbles.
外阀门则在外部(通常在壳体的进水部位)。在下潜时，油从外部气泡传如内部气泡。
To dive, oil is transferred from the external bladder to the internal one.
接下来，被埋藏的有机物质中的一部分通过缓慢的化学反应转化为油雾雾珠和气泡。
Then some party of the organic materials must be transformed by slow chemical reactions to oil droplets and gas bubbles.
如果比标准空压机油中气泡上升速度快，说明这种油的粘度偏低。
If air pressure than the standard oil bubble rising fast, explain this oil viscosity is low.
最终的成品是由多相胶体所组成的液体，里头散布著大小不超过五微米的气泡、油滴及固态碎片，与水分子结合在一起。
The final result is a polyphasic colloidal system, in which water molecules are bound to the dispersed gas bubbles, oil droplets and solid fragments, all of which are less than five microns in size.
高粘度油产生泡沫的小气泡，不容易突破。
High viscosity oils produce foam with small bubbles that do not break easily.
被压力从岩石孔隙空间之中挤出的水以及夹带在水中的油雾雾珠和气泡会迁移到具有较低压力的高带中去。
The water squeezed out of the pore space, along with the drops of oil and GAS, moves toward high zones with lower pressure.
以绝缘油裂解的特征气体为例，对气泡-液体两相油流的裂解程度进行了定量分析。
Taking characteristic gas of insulation oil cleavage for example, the extent of bubble-liquid two-phase oil flow cleavage was quantitatively analyzed.
分析了气泡作用于充油式挠性摆加速度计摆不同位置时输出变化的机理。
The mechanism of the output change when the air bubble acted on pendulum of liquid floated flexible pendulum accelerometer was analyzed in this paper.
为此推导了油、气泡分别呈圆球状和椭球状泡状流动时油、气电导率与持水率的关系式，发现混合流体电导率值相差很小。
The relationships between conductivity and water holdup of oil and water bubbles are analyzed respectively under the conditions of ball and ellipsoidal shapes when the mixed fluid is in froth flow.
低粘度油生产泡沫大气泡打破容易。
Low viscosity oils produce foam with large bubbles that break easily.
WDH型气泡雾化柴油、重油、渣油及奥里油燃烧器已在各行业的工业炉窑上得到了广泛的应用。
The WDH type burners of bubble atomizing diesel oil, heavy oil, residual oil etc have been widely applied to various industrial furnaces.
该浮选机气泡分散较好，槽内布气均匀、液面稳定，除油效果较好。
The machine has some advantages, such as scattered well bubbles, even distribution of bubbles in cells, stable liquid surface, and more efficient deoiling.
介绍了一种用在海洋石油平台生产水处理中的微气泡浮选除油技术。
The oil removal technique by dynamic state micro-bubbles flotation which is used for the water treatment on offshore oil platform is introduced.
配方由100%的植物油所制成，它气泡快，洗得非常干净而且容易冲洗，使用后让头发变得健康、美丽和洁净。
Its 100% vegetable oil formulation lathers quickly, cleans well, and rinses out and easily, leaving you with healthy, beautiful, and clean hair.
配方由100%的植物油所制成，它气泡快，洗得非常干净而且容易冲洗，使用后让头发变得健康、美丽和洁净。
Its 100% vegetable oil formulation lathers quickly, cleans well, and rinses out and easily, leaving you with healthy, beautiful, and clean hair.
应用推荐