1) separation energy
分离能
2) separation property
分离性能
1.
The separation property of this membrane for gases such as nitrogen,hydrogen were measured at different conditions.
用水热合成法合成了Ａ型沸石膜，探讨了Ａ型沸石膜的制备方法和工艺条件；用ＸＲＤ，ＳＥＭ等对沸石膜进行了表征；考察了沸石膜对Ｎ２、Ｈ２的分离性能；对沸石膜脱湿性能进行了研究
3) separation performance
分离性能
1.
Influent factors study on the separation performance of the air-injected liquid-liquid hydrocyclones;
气携式液液水力旋流器分离性能影响因素
2.
Prediction of the separation performance of hydrocyclones for oil-water separation by artificial neural network model;
基于人工神经网络的油水旋流分离器分离性能预测
3.
Influences of the Pulsating Flow Parameters on the Separation Performance of Hydrocyclones;
脉动流参数对旋流器分离性能的影响
4) energy separation
能量分离
1.
Effect of nozzles on energy separation performance of vortex tube;
喷嘴对涡流管能量分离效应影响
2.
An experimental study on characteristics of energy separation in a vortex board;
涡流板能量分离特性实验研究
3.
Numerical simulation of energy separation effect inside vortex tube;
基于涡流管能量分离效应的数值模拟
5) separation properties
分离性能
1.
The composite structure and separation properties of hydrogen were characterized using the methods of XPS, TEM and measuring the permeability of gases, such as H 2, N 2 and CH 4.
采用XPS、TEM和气体透气性能测试等手段 ,对复合膜的结构和H2 分离性能进行了表征。
2.
The result shows that the new modification membrane are better in the phychemical properties and separation properties.
结果表明 ,改性后的膜能达到较好的物化性能和分离性
3.
Based on the principles of hydrocyclone separation,effects of hydrocyclone structural parameters on its separation properties such as capacity,separation efficiency,classification efficiency and cut size are discussed.
本文从旋流器离心分离原理入手,分析了旋流器的结构参数对其处理能力、分离效率、分级效率、分割粒度等分离性能指标的影响,系统归纳了不同结构形式和不同局部结构参数的水力旋流器的分离性能特点。
6) separation efficiency
分离效能
1.
A response surface analysis method based on model simulation is used to research the operation condition's effect on separation efficiency.
5 % ,分离收率 >99%的前提下 ,采用基于模型仿真的响应面分析法研究操作条件对系统分离效能的影响 ,以此指导工业分离系统操作条件的选择 ,实现柠檬酸优化生
2.
Based on the results of these experiments, the separation efficiency of H 2 and He in ground water observations using gas chromatograph can be improved.
通过色谱柱、固定相以及载气流速的选择性实验 ,提高了气相色谱仪在观测地下水中H2 、He分离效能和检测效能。
补充资料：分离式分离机
分子式：
分子量：
CAS号：
性质：又称分离机。根据操作原理分类的一类离心机。用以分离更小固体颗粒（小于5微米）的不同浓度的场合和分离乳浊液和细粒子悬浮液。常用的有管式高速离心机、室式分离机、碟式分离机等。
分子量：
CAS号：
性质：又称分离机。根据操作原理分类的一类离心机。用以分离更小固体颗粒（小于5微米）的不同浓度的场合和分离乳浊液和细粒子悬浮液。常用的有管式高速离心机、室式分离机、碟式分离机等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条