1) cross-flow filtration
错流过滤
1.
The fractionalization of the hyaluronic acid(HA) fermentation broth by cross-flow filtration was studied with microfiltration membranes(0.
膜错流过滤可实现混合液中物质的分级,在生物工程领域有着广泛的应用,其过滤特性与水力条件及溶液性质有密切关系。
2.
It is suggested that cross-flow filtration,the real operating mode,be adopted for UF choosing.
膜的筛选应该按照膜所要应用的实际工况即错流过滤的方式来进行。
3.
With theoretic and experimental analysis,the principle,characteristics and application effects of cross-flow filtration and diatomite filtration were co.
错流过滤技术是利用无机或有机膜多孔结构,通过料液冲刷和膜管内外压力差达到澄清料液的目的。
2) crossflow filtration
错流过滤
1.
A simple model of dynamic membrane forming in crossflow filtration system;
错流过滤系统中动态膜形成过程的数学模型
2.
The existent questions in the crossflow filtration are analyzed as an emphasized portion.
重点分析了错流过滤应用中的问题。
3.
The formation of kaolin dynamic membrane (DM) on a ceramic membrane tube via crossflow filtration and the performance of the prepared DM used in wastewater treatment were studied.
实验中采用错流过滤方式涂膜,考查了跨膜压差、涂膜液浓度、错流速度及涂制时间等对动态膜形成的影响。
3) cross flow filtration
错流过滤
1.
The dynamic cross flow filtration develops from the theories to the application.
动态错流过滤从理论发展到实践的应用,国内外在这方面做了大量的研究,取得了一定的成果。
2.
In wine production, Cross Flow Filtration is a new filtration method ,it is very different fromtraditional Dead End Filtration.
在葡萄酒生产中,错流过滤是一种新型的过滤方式,不同于传统的死端过滤(硅藻土过滤)。
4) cross-flow
错流过滤
1.
In the paper,the application of inorganic Ni membranes to juice clarification was investigated,the mechanism of membrane contamination in the process of cross-flow filtration was analyzed.
以无机N i膜用于果汁澄清过程为研究对象,对错流过滤过程的膜阻力进行了分析,通过实验测定了各部分膜阻力的分布情况,研究了操作参数对膜阻力及其分布的影响。
5) cross filtration
错流过滤
1.
In the experiment,PE tubular membrane is used as filtering component and cyclone enhanced cross filtration is selected.
试验选用PE管式膜作为过滤元件,采用旋流强化错流过滤方式。
6) cross-flow membrane filtration
错流膜过滤
1.
Homemade cross-flow membrane filtration apparatus was used for f il tration test of yellow rice wine at14℃.
以国产错流膜过滤装置在14℃左右进行黄酒过滤试验。
补充资料：错流
分子式：
CAS号：
性质：两流体间的流动方向互为垂直交叉的流动。如热冷两流体流动方向为错流以提高换热效率，见图所示(图暂缺)。
CAS号：
性质：两流体间的流动方向互为垂直交叉的流动。如热冷两流体流动方向为错流以提高换热效率，见图所示(图暂缺)。
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