1)  Pervaporization
渗透汽化法
2)  infiltration
渗透
1.
Experimental study on infiltration and transportation of ammonia nitrogen through the clayey soil layer;
氨氮在黏土防渗层中渗透和运移规律试验研究
2.
Comparison of measuring method of infiltration and covering of yarn sized solution;
浆纱浆液渗透及被覆测试方法的比较
3.
The teaching of permutation and combination and the infiltration of mathematical thinking;
排列组合的教学与数学思想的渗透
3)  permeation
渗透
1.
HPLC Determination of Permeation Characteristics of Felodipine from Buccoadhesive Tablets Through Chicken Ingluvies;
高效液相色谱法测定非洛地平口腔粘膜粘附片体外粘膜渗透试验(英文)
2.
Preparation of silk fibroin-chitosan blend membranes and permeation behaviors of metal ions through the membranes;
丝素-壳聚糖共混膜的制备及其金属离子渗透行为的研究
3.
Study on the thought of cultural communication of Chinese sci-tech journals─—The deeply permeation of thought of applied scientific cultural communication;
中国科技期刊文化交流思想源流考(三)——应用性科学文化交流思想的深入渗透
4)  permeability
渗透
1.
Study on diffusion permeability of PA and SA under the action of microwave;
微波作用下磷酸和硫酸的扩散渗透性研究
2.
Approach of Mechanisms of Roller compacted Concrete s Durability of permeability and dissolvability;
碾压混凝土渗透及溶蚀耐久性机理的简述
3.
Research on the chloride permeability changes of concrete by electrical conductivity;
混凝土抗氯离子渗透性能与龄期关系的快速试验研究
5)  permeate
渗透
1.
FKC-1 Performance and Impermeability Mechanics of Permeable Anti-permeate Agent;
FKC-1渗透型抗渗剂的性能与抗渗机理
2.
A Preliminary Study Of The Tour Market Image Permeate Strategy;
旅游市场形象渗透战略初探
3.
How to Permeate art Education in the Teaching of Physics in Senior High School;
美育、德育在高中物理教学中的渗透
6)  Penetration
渗透
1.
Discussion on penetration of makings education in the teaching process of The Outline of Environment Protection;
《环境保护概论》教学中的素质教育渗透
2.
Studies on the structural features and penetration property of bamboo;
毛竹结构特点与渗透性能探讨
3.
Advance in research on novel penetration enhancers;
新型经皮渗透促进剂的研究进展
参考词条
补充资料：渗透汽化
分子式：
CAS号：

性质：又称渗透汽化。液体在膜两侧压力差的作用下，从膜的一侧透过膜，而在另一侧变成蒸气的过程。其原理是：在膜的上游连续输入已被加热的液体，在膜的下游用真空泵抽吸造成负压，使液体透过膜变成蒸气，然后，再将其冷凝成液体。膜的上游一般维持常压。液体混合物的不同组分透过膜的速度不同，从而可实现不同组分的分离。目前渗透蒸发已在醇类的精制（脱水）等方面实现了工业化。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。