热水沉积物不同于普通沉积物，主要与热水流体类型有关。
Hydrothermal solution sediment differs from the common sediment and is mainly related to hydrothermal fluid type.
汉认为在非饱和水流体系和其他水流系之间的势有相似性。
Buckingham recognized the analogy between potentials in unsaturated-flow systems and in other flow systems.
盆山转换时期所形成的变质流体为多相盐水流体，形成于变形的初期。
The studies indicate that the fluid formed during the basin mountain transition is metamorphic fluid with multi phase salt water formed in the initial stage of deformation.
认为原始盆地存在两大物源体系及相应的两大古水流体系并处于南北向扩张为主的状态中。
There existed two main sediment source systems and two correspondingpalaeo-current systems in the original basin and the original basin was in an extensional environment of north-south trend.
围岩和充填物的碳氧同位素地球化学揭示盐水流体不是来自于围岩自身，极可能来自于烃源岩。
The geochemical characteristics of host rocks and filling minerals reveal that the salt fluid is not from host rocks, but most likely from source rock.
结果表明，在设计条件下，对单相水流体回路进行调温的过程中，CPL能够与其他流体回路协调稳定地工作。
The results show that CPL can operate with other loops harmoniously and steadily when temperature of single-phase water loop is regulated under design conditions.
提出了把“理想流体”作为参照量，以粘性边界层作为水流动边界条件的粘性水力设计方法。
This paper, by referring to the "ideal liquid", proposed the viscous hydraulic design methods under the conditions of water-moving border of viscous layer of border.
实验结果表明，在一些气-水流量区域，两相流体在一个摇摆周期内存在两种流动型式。
It was found that there are two flow patterns in one rolling period under some gas flux and water flux.
提出了把“理想流体”作为参照量，把粘性边界层作为水流动边界条件的粘性水力设计方法。
This essay, by referring to the "ideal liquid" proposes the viscous hydraulic design methods under the conditions of water-moving border of viscous layer of border.
MD 1膜驱剂的加入不增加驱替流体的粘度，不改变油水流度比，膜驱油机理与聚合物驱不同。
Moreover, the viscosity of water didn't increase due to the addition of MD-1, and no changes of its oil-water current ratio was observed.
水流的初生空化噪声频率不仅与汽化压力和流体的特性有关，而且还与流体的环境压力分布和速度分布有关，与空化类型关系更为密切。
The inception cavitation does n'f only related the liquid vapouration pressure and its character, but also the pressure grad and velocity distribution.
从流体动力学角度探讨了水-土相互作用的力学显现和对土体裂隙水流运动的影响， 讨论了水-土相互作用与水流运动互为影响、互为控制的内在关系。
The mechanics apperances and effects of the interaction on the flow in the soil fissure are discussed. The internal relationships in coupling effect and control between them are studied.
因此，我们便可能了解那些支配各种流体运动(从大洋的水流到管中的水)的著名定律怎样一定适合于说明大气活动的各种方式。
Thus it was possible for us to see how the well-known basic laws controlling all kinds of fluid motion, from ocean currents to water in pipes, had to be adapted to satisfy the ways of the atmosphere.
提出一种分析涡卷式洗衣机缠绕率的理论方法。利用流体力学的原理，建立了洗衣机水流的数学模型。
This paper presents a analytic method of the decrease of the enwinding ratio of the Swirl Washing Machine.
同时，运用流体力学原理，对冷却管路系统进行了理论计算，得到了喷嘴出口处的水流速度以及作用于钢板表面的冲击压力。
The impact pressure on the surface of product and the flowing velocity were calculated by hydromechanics theory, and the calculatio.
同时，运用流体力学原理，对冷却管路系统进行了理论计算，得到了喷嘴出口处的水流速度以及作用于钢板表面的冲击压力。
The impact pressure on the surface of product and the flowing velocity were calculated by hydromechanics theory, and the calculatio.
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