本示差折光计的设计是基于光线在两液体界面间折射的原理。
The differential refractometer described here was designed on the principle of light refraction at two liquid interfaces.
除CIP监测外，传感器还可被用于监测色谱分离层分离洗提液的传导率，探测液体界面。
In addition to CIP monitoring, the sensor can be used to monitor the conductivity of eluents in chromatographic separations and to detect liquid interfaces.
模型主要包括井筒流动模型、不稳定储层流动模型、液体界面移动模型和酸蚀蚓孔模型等。
The models was established of the following components: wellbore flow model, unstable reservoir flow model, the fluid interface movement model, acid etching wormhole model and etc.
表面张力这一术语通常用于空气-液体界面，而界面张力用于其它界面，如液体-液体界面或液体-固体界面。
The term surface tension is usually applied to an air-liquid interface, and interfacial tension to other interfaces such as liquid-liquid or liquid-solid.
分别求出了磁液动密封中磁液和被密封液体的速度分布，特别是磁液作为非牛顿流体运动方程的解，并计算了两相液体界面的速度差。
The motion equations of sealed liquid and magnetic liquid which is considered to be non-Newton fluid in magnetic liquid seal were solved respectively and their speed distributions were got.
本文介绍了编织增强体液体成型技术、原材料的选择，并对其成型的复合材料界面作了较系统的分析。
This paper introduces weaving reinforcement liquid composite molding technology and choice of raw materials and analyses systematically the composites interface.
液体接界是两个可混溶液的电解质溶液之间的界面。
A liquid junction is the interface between two miscible electrolyte solutions.
选用几种液液体系，研究了浓度推动力引发的界面扰动对传质速率的增强效应。
The enhancement of the rate of mass transfer due to concentration driving force induced interfacial turbulence has been investigated in several typical liquid liquid systems.
只有当体系中两相都存在时，在液体和气体之间才有界限分明的界面。
Only when both phases are present in the system is there a clear-cut distinction between liquid and gaseous states.
在考虑晶体的压电性和各向异性基础上，从声的波动理论出发，对叉指换能器在液体-压电晶片界面上兰姆波的激发理论及其性质进行了研究。
To solve these problems, the properties of Lamb wave excited by interdigital transducer in the piezoelectric substrate covered by liquid were studied based on its piezoelectricity and anisotropy.
研究了两种去极化剂对液体钽电容器的阴极界面双电层及电容器电性能的影响。
In this paper, the influence of two depolarizing agents on the double electric layer of cathode interface and the electrical performance of wet tantum capacitors is studied.
它可以减少液体、固体和气体界面间的表面或界面张力，容易在水或其他液体中混合或扩散，因而广泛应用于环境保护等领域。
It can reduce the surface tension between liquid, solid or gas. Because of being mixed or diffused easily in liquid, it has been widely used in environmental protection.
它可以减少液体、固体和气体界面间的表面或界面张力，容易在水或其他液体中混合或扩散，因而广泛应用于环境保护等领域。
It can reduce the surface tension between liquid, solid or gas. Because of being mixed or diffused easily in liquid, it has been widely used in environmental protection.
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