Ceramic filter membrane has wide application prospect in many fields due to its excellent material performance and separation character.
陶瓷过滤膜所具有的优异的材料性能和分离特性使其在诸多领域有着广泛的应用前景。
The separation performance of CS homogeneous membrane mainly depends on solution and sorption equilibrium at the membrane interface.
CS均质膜的分离性能主要取决于水和乙醇在膜界面的溶解吸附平衡。
Compared with traditional methods for natural gas dehydration, membrane separation process possesses advantages and competitiveness in working performance and economic benefit.
与传统的天然气脱水方法相比，膜分离法天然气脱水在工作性能、经济效益等方面具有优势和竞争力。
The infinite dilution ideal separation factor is used for the appraisal of separation performance of pervaporation membrane.
用无限稀释理想分离因子评价渗透蒸发膜的分离性能。
The bioreactor system worked stably and the separation performance of the composite PDMS membrane was good.
整个系统运行稳定，硅橡胶复合膜分离性能良好。
Separation performance of UPANA-1 membrane and effects of such operating conditions as pressure, time, concentration of solution, etc. on the performance of membrane were studied.
研究了UPANA-1复合超滤膜分离性能，以及压力、时间、进样浓度等操作条件对UPANA-1膜性能的影响。
OBJECTIVE to explore into the performance of the complex system of Chinese drug extracts in the process of separation with inorganic ceramic membrane.
目的通过考察无机陶瓷膜微滤对中药水提液物理化学性质的影响，探索中药水提液复杂体系在无机陶瓷膜分离过程中的微观表现。
A palladium membrane carried on a porous ceramic substrate has excellent hydrogen separation performance and is generally prepared by a chemical plating method.
负载于多孔陶瓷基体上的钯膜具有优良的氢分离性能，一般采用化学镀法制备。
The result shows that the molecular sieves membrane has rather separation performance for N2 and Oa and its separation mechanism is the interaction of Knudsen diffusion and pressure diffusion.
分离结果表明，所合成的介孔分子筛膜对空气具有一定的分离性能，其分离空气的机理为努森扩散和压力扩散共同作用的结果。
PES-DMAEMA membrane can run for a long time and be reused without significant decrease of separation performance.
PES - DMAEMA超滤膜能够长期运行，重复利用后分离性质没有显著的降低。
Gas concentration polarization can impair the performance of membrane gas separation activity. That phenomenon becomes more conspicuous in high-flux, fi - ning separation processes.
气体的浓度差极化使气相分离效果变坏，在高通量、精分离中甚明显。
Besides. it demonstrates the performance and features of membrane separation technology with the dehydrogenatio…
展示了膜反应与膜反应器技术的发展前景。
Besides. it demonstrates the performance and features of membrane separation technology with the dehydrogenatio…
展示了膜反应与膜反应器技术的发展前景。
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