本文首先采用电渗透法将海藻糖载入红细胞，细胞内海藻糖浓度达到63。
In this investigation, trehalose was loaded into red blood cells by electropermeabilization first, intracellular trehalose con-centration reached 63.
电渗透脱水在豆制品加工中，特别是豆腐皮加工中的应用，正处在研究阶段。
The electroosmotic dewatering method is a new typical technology in soybean productions , especially in bean curd skin.
是指利用电穿孔和电渗透的原理，无创无痛的把活性成份或营养导入到皮下的美容疗法。
Electroporation refers to the use of electro-osmosis and the principle of non-invasive painless to import active ingredients or nutrition to beauty therapy skin.
高压电场干燥、高压电场解冻和电渗透脱水都是新型技术，将会在静电应用方面掀开崭新的一面。
High electric drying, high electric thawing and electroosmosis dewatering technology are novel technology, and will initiate new domain in electrostatic application.
本文在传统的重力压榨的基础上，又分别采用直流电场电渗透以及不等占空比电场电渗透来研究豆凝乳的脱水效果。
In this paper, we study the dewatering efficiency of tofu by using DC electroosmotic dewatering, different pulse-time electric fieldelectroosmotic dewatering and weight pressure.
一个名叫KEMA的荷兰公司从2001年就开始研究渗透能电厂，但采取的是另外一种方式——反向电渗析。
Since 2001 a Dutch company called KEMA has been working on an osmotic power plant that USES a different approach, reverse electrodialysis.
电渗是要讨论的最后一个过程，当涂料固体份在阴极上沉积之后，此涂膜为半渗透性。
Electroendosmosis is the final process to be discussed. As paint solids are drawn to the cathode and precipitated, the film becomes semi-permeable.
单相模型包括分泌理论、电渗理论、渗透理论和渗透持续梯度理论。
The monophasic models include secretion theory, electro osmotic theory, osmotic theory and osmotic standing gradient theories.
运行结果表明，反渗透技术处理含铬高氟苦咸水是比还原沉淀法、电渗析法更为有效可行的水处理先进技术。
It is indicated from the treatment that as an advanced technology, ro technology is more effective and feasible than that o...
去除COD和颜色常常使用好氧菌或厌氧菌的生物处理办法，电渗析或反渗透技术适合除去盐份。
For the removal of COD and color, biological treatment, both aerobic and or anaerobic, is often used.
结果表明，1生理盐水饱和液阳极导入时的透皮速率是被动扩散的2．3倍，阴极导入时药物的透皮速率是其被动扩散的45％，说明电渗作用明显促进了分子型药物1的经皮渗透；
The results showed that percutaneous fluxes of 1 in pH7.4 phosphate buffer solution with anodal and cathodal iontophoresis were 230% and 45% of that of the passive diffusion flux respectively.
结果表明，1生理盐水饱和液阳极导入时的透皮速率是被动扩散的2．3倍，阴极导入时药物的透皮速率是其被动扩散的45％，说明电渗作用明显促进了分子型药物1的经皮渗透；
The results showed that percutaneous fluxes of 1 in pH7.4 phosphate buffer solution with anodal and cathodal iontophoresis were 230% and 45% of that of the passive diffusion flux respectively.
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