以一种新的方法建立了在微重力环境、横向激励下圆柱贮箱液固耦合系统的动力学方程。
The dynamic equations for the coupling system of cylindrical tank partially filled with liquid are established under horizontal excitation in micro-gravity environment.
对液固分离水力旋流器进行单体及串联系统的性能测试，以有效的进行三相分离水力旋流器的砂库结构的改进；
Carry on single and contact system function test to liquid-solid hydrocyclone, in order to improve the structure of sand storehouse of three-phase hydrocyclone.
通过自行设计和制作液固流化床分选设备，建立了初步的试验研究系统。
By independently designing and making the separation equipment of the Liquid-solid fluidized bed, an open experimental system has been established.
粪污处理系统由固液分离机、化粪池和沥滤场组成。
The waste management system is comprised of a solid waste separator, septic tank and drain field.
它是固相控制系统里出现的新型高效固液分离设备，使用它能够满足限制日益严格的离岸钻屑排放要求。
The duster cuttings dryer, which is a new type of high efficient solid-liquid separation equipment in solids control systems, can help operators meeting increasingly stringent environmental rules.
针对萘-硫茚系统的固液平衡，采用溶剂精馏可得到纯度＞99。
Being aimed at solid liquid equilibria in the system naphthalene thianaphthene, Pure naphthalene whose purity is more than 99.
本论文是研发具有高储氢量、优良动力学性能新型液固双相储氢系统工作的一部分。
The aim of the present investigation is to develop a liquid-solid two-phase hydrogen storage system with a high hydrogen storage capacity and a good kinetic property.
液体压强矩阵方程和压电硅片振动有限元方程耦合，得到一个包含微泵进出口扩散管的液-固耦合系统振动方程。
The fluid pressure equation is combined with vibration equation of silicon diaphragm to construct liquid-solid coupling system equations for a micropump.
油气体系和储层多孔介质是一个相互作用的系统，当地层压力低于饱和压力时，储层中同时存在气、液、固(指岩石)三相。
The oil-gas system and the porous media are interaction system. The three phases of vapor, liquid and solid (rock) will co-exist in the porous media when the pressure is under the saturation pressure.
本方法可推广应用于分析圆柱等其它形状贮箱中液体的三维晃动情形下的液固耦合系统动力学特性。
The present method can be extended to the analysis of the dynamic behavior of liquid-structure coupling of cylindrical container in the case of three-dimensional liquid sloshing.
然后系统地建立了固液两相流中水轮机的相似准则，得到了单元工作量的表达形式。
The hydraulic turbine similarity in the solid-liquid flow has been established, gaining the expressions of the unit values.
首度在二维溶致型层状液晶系统中，发现了液相与固相之间存在一“六角方向性”的新状态。
An intermediate surface hexatic phase between the liquid and the crystalline phases has been found for the first time in a lyotropic lamellar liquid-crystal system.
这一形式简单、使用极方便的数学模型在非瞬间反应系统的成功应用，更有力地证明其对某些类固液反应的适用性。
This success in simulating non-instantaneous reaction strongly manifests the capability of the model in describing the behavior of some solid-liquid reactions.
本文采用CCD测量和图像处理技术对汽液固三相自然循环流动沸腾系统进行了可视化研究。
In this paper, a CCD measuring system and techniques of image dealing are used to carry out a visual investigation on a vapor-liquid-solid three-phase natural circulating flow boiling system.
其中该系统核心设备：粪便固液分离机，该机为国家专利产品。
The core equipment of the system: fecal solid-liquid separator, the machine is national patent product.
开发了一种新型的光纤探头多相流气泡测试系统，可用于气-液两相和气-液-固三相体系中气泡参数的测定。
The bubble size and its distribution has been studied in three-phase circulating fluidized beds by using the newly developed fiber optic probe system systematically.
本文主要研究了用海绵橡胶球（固）-水（液）两相清洗系统对淀粉溶液污染的管式膜的清洗效果。
The sponge rubber balls(solid)-water(liquid) 2-Phase washing system used for washing soybean-milk-fouled tubular membrane is studied.
在将废油絮凝或土地耕种之前，必须打破聚合系统，以将液相分离为固相。
Before flocculating a sump or land farming, a polymer system should be broken to separate the liquid phase for solid phase.
用于直接吸收式太阳能集热系统的集热介质主要有黑色液体、气-固或液-固悬浮体系、熔盐及其三者的相互混合物。
The black liquids, suspensions, molten salts and their intermixtures are the main so - lar radiation absorbing materials for direct absorption-type solar energy collection systems.
将以气液固三相系统为基础的传统杨式方程扩展到了液液固三相系统。
The traditional Young's equation based on vapor-liquid-solid tri-phase systems is extended to liquid-liquid-solid systems.
按照综合利用的原则，固、液矿不仅要同时开发，而且应该依据固、液矿之间相互转换的关系统筹开发。
For the sake of comprehensive utilization, ores of solid state and liquid state should be exploited in a unified way with consideration of…
按照综合利用的原则，固、液矿不仅要同时开发，而且应该依据固、液矿之间相互转换的关系统筹开发。
For the sake of comprehensive utilization, ores of solid state and liquid state should be exploited in a unified way with consideration of…
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