Shock wave absorber is the most important component of thermal separator.
激波吸收腔是影响热分离机效率的重要结构,采用数值模拟和实验的方法对其进行研究,结果表明:数值模拟能够捕捉振荡管内激波和接触面两个间断;反射激波压力最大值随吸收腔直径比D/d增加而减小,随吸收腔长径比L/d增加而降低。
The process of nonsteady flow in a thermal separator is analysed.
分析了热分离机内的不定常流动过程 ,描绘了简化波图 ,指出了影响制冷过程的主要因
This paper synthetically analyzes the factors which affect the efficiency of the helicoid thermal separator based on the study and the application.
根据多年来实验研究和推广应用，综合分析了影响旋转式热分离机效率的若干因素，并就脉冲管各主要能量损失与结构参数、运行参数之间的相互关系进行了讨论，提出了改进措施，同时在实验的基础上导出了最佳管长的半经验公式。
The separation mechanism of dust in plastic particles is discussed.
对塑料粒子中粉尘的分离机理进行了探讨,构建了柔性流动分离模型,它为精确控制和测定粉尘含量提供了量化依据,提出了提高粉尘分离效率的措施。
It was theoretically predicted that this column is practicable in various separation mechanisms,and the practicability for ion-exchange mechanism was experimentally demonstrated by baseline separation of several inorganic anions after optimization of several separation conditions.
通过自由基引发、原位聚合的方法,合成了甲基丙烯酸缩水甘油酯-乙叉二甲基丙烯酸酯(GMA-EDMA)大孔聚合物连续床,并利用两性试剂L-lysine进行衍生化,制备了1种带两性电荷、具备多种分离机理的毛细管电色谱整体柱。
This paper introduces four general molecular simulation methods and some applications on separation mechanism for reversed phase liquid chromatography.
本文简要介绍了四种常用的分子模拟方法在反相液相色谱分离机理研究中的应用。
Basic Mechanism, Experimental Research and Finite Element Analysis of YDF250 Bio-separator of Full Automatic and High Speed;
YDF250全自动高速生物分离机基本原理、试验研究及有限元分析
The paper introduces the designs of DPF520starch separator as well as the application test of the sample separatior feed with raw materials.
DPF520型淀粉分离机的设计与样机带物料应用试验作了介绍,并与DPX445型淀粉分离机在主要性能参数上作了对比,通过样机的实际应用试验,证明该型机满足了顾客提出的技术指标,设计是成功的,产品开发达到了目的。