The optical homogeneity related the shape of solid liquid interface was studied.
研究了与固液界面形状有关的晶体光学不均匀性。
In order to produce high quality single crystal, the solid liquid interface morphology must be smooth, even be plane.
为了获得高质量的单晶，固-液界面面必须平滑，甚至是平界面。
A linear equation about the shape and position of the solid liquid interface with main technology parameters was gained.
获得了固液界面形状与主要工艺参数间的关系式。
In addition, the solid liquid interface shape was controlled by changing geometric parameters, such as quartz crucible, graphite support thickness and cooling radius.
同时通过改变石英坩埚、石墨托厚度，冷源半径等几何参数来达到控制固液界面形状的目的。
The membrane provides a uniform pore and, thus, a liquid–solid interface for reproducible antigen–antibody binding.
膜拥有统一的孔径，从而也就有了能用于可重复的进行抗原抗体结合的液固界面。
Crystals in an unsaturated solution dissolve, with subsequent diffusion away from the solid-liquid interface.
当晶体溶解在不饱和溶液中时，分子就会在固液界面处产生相应的扩散。
The influences of ACRT on solid-liquid interface, growth striation and formation of core have been discussed.
本文还对ACRT引起的强迫对流对固液界面形状、生长条纹和芯的影响进行了讨论。
The effects of temperature gradient and interfacial growth velocity on solid-liquid interface morphology were studied with succinonitrile under the unidirectional solidification system.
以琥珀腈为研究对象，用设计的定向凝固实验体系，研究了不同温度梯度和界面生长速度对固液界面形貌的影响。
This paper has studied and discussed the reducing of nitrobenzene in the microelectrolysis reaction course, which is a solid-liquid interface course.
本文研究探讨了微电解反应过程中硝基苯降解的情况，这是固液界面过程。
Equivalent latent heat was adopted to determine liquid quantity and solid-liquid identity was adopted to solve moving interface between molten and solid region.
采用等效比热法来确定液相分数，假定固液相等同区来解决工件熔化区与非熔化区的移动边界。
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.
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。
For scattering of a bounded acoustic beam from a liquid-solid interface, the principal difficulty comes from the treatment of tie plane wave reflection coefficient.
分析有限声波束从平面液-固界面上散射的困难主要发生在平面波反射系数的处理上。
It is concluded that the liquid-solid planar interface is not stable for non-rapid solidification in undercooled melts.
结果表明，过冷纯熔体中非快速凝固晶体生长的液固界面是不稳定的。
With the solid-liquid interface moving upwards, the effect of natural convection is enhanced and the flow patterns change continually.
随着固液界面向上移动，液相区自然对流逐渐增强，流动状态不断变化。
The present model improved the solutal distribution approach at the solid-liquid (S/L) interface, which made the change of solute more consistent with the actual transport.
模型处理溶质场计算中固液（S/L）界面处溶质的分配过程，使浓度场的变化和实际的传输过程更加相符。
If the crystal growing furnace is used, a smooth solid-liquid interface can be obtained to ensure that crystal can grow stably.
用该晶体生长炉可以获得平整的固液界面，使晶体稳定地生长。
This article deals with the formation and the structure of the electric double layer at the solid-liquid interface and a few models of such an interface are presented.
本文综合介绍了固液界面双电层的形成与结构以及几种固液界面模型。
The vertical Bridgman technique became more and more important in the past 10 years due to its advantages of low temperature gradient in solid-liquid interface and low production cost.
由于固液界面温度梯度较小以及容易批量生产等优点，垂直布里奇曼生长技术近年来颇受晶体研究人员的重视。
Numerical results of the ultrasonic propagation characteristics in a liquid-solid coupled interface are in accord with those obtained by photo-elastic experiments.
分析了液固耦合情况下的超声波传播特性，取得了与光弹法物理试验相一致的结果。
Five-selection simple cubic lattice, self-avoiding walk, and nearest interaction model were used to construct the homopolymer adsorption model on the solid-liquid interface.
模拟中采用五选择简单立方格子上的自回避行走和最近邻相互作用模型；
Only adjusting technique factors with the balance and keeping a good place of the interface between solid and liquid, can the smooth ZA alloy line be continuously pulled out.
只有通过调节工艺参数，维持固液界面的良好位置，才能拉铸出表面光滑的线材。
Solid-liquid coupling virtual prototype of axial piston pump was put up based on the interface of the two models.
利用二者模型的底层接口，搭建了液固耦合的轴向柱塞泵虚拟样机模型。
Along with crystal growth, the axial temperature gradient at the interface of liquid-solid was reduced.
随着晶体的生长，固液界面的轴向温度梯度逐渐减小。
Make use of external field to promote the gas-solid and liquid-solid mass transfer, and construct staged interface for the absorption of insoluble gases.
利用外场促进气固界面、液固界面的传质，构造阶梯界面实现难溶气体吸收等。
Make use of external field to promote the gas-solid and liquid-solid mass transfer, and construct staged interface for the absorption of insoluble gases.
利用外场促进气固界面、液固界面的传质，构造阶梯界面实现难溶气体吸收等。
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