本文介绍了离子交换膜的渗透汽化研究工作。
The study of pervaporation through ion exchange membranes is reviewed.
甲醇交换数据显示：孔隙率和渗透性都在接近表面的地方增大。
The methanolexchange data showed that the porosity and permeability increased near to all the surfaces.
实验样品相关测量数据说明，样品液相渗透率的降低与样品的阳离子交换量有关。
The pertinent data from the plugs show that the decrease of the fluid permeability is dependent on the cation exchange capacity of the core samples.
质子交换膜的各种性能，如质子传导率，甲醇渗透率等，可以通过PAMPS含量及交联剂的含量来进行控制。
Properties of the PEMs, such as proton conductivity, methanol permeation, can be controlled by changing the content of PAMPS and cross-linking agent.
物理化学法处理含铜废水的主要机理为表面能吸附、离子交换、螯合、膜分离、渗透等。
The main mechanisms in these processes are surface adsorption, ion-exchange, chola gathers, membrane separation and infiltration.
水处理设备主要包括：反渗透系统、钠滤器、超滤器、微孔过滤器、多介质过滤器、活性炭过滤器、离子交换器、臭氧设备等等。
Water treatment equipment, mainly includes: reverse osmosis system, sodium filters, super filter, microporous filter, many media filters, activated carbon filter, ion exchanger, ozone equipment, etc.
将原离子交换复床除盐系统改造为反渗透系统，从而提高了水的循环使用率，避免了废酸、废碱大量排放对环境造成的污染；
Therefore the pollution of waste acid base discharge was avoided, the water quality improved, and the overall utilization of circulating water upraised.
文章指出两种思想相互渗透，相互补充，并构成了信息交换媒介的基础。
It is argued that both concepts are moving towards one another, that they are complementary and that they can form the basis of an interchanging communication medium.
研究发现声电耦合效应在阳离子交换量大、渗透率高的地层中效果更加明显。
Numerical examples show that it is better to apply this effect in the stratum of high cation exchange capacity and high PE...
反渗透系统、钠滤器、超滤器、微孔过滤器、多介质过滤器、活性碳过滤器、离子交换器、臭氧设备等等。
It contains ro, natrium filter, ultra filter, micron milter multi-medium milter activated carbon filter, ion exchanger, ozone processor etc.
反渗透系统、钠滤器、超滤器、微孔过滤器、多介质过滤器、活性碳过滤器、离子交换器、臭氧设备等等。
It contains ro, natrium filter, ultra filter, micron milter multi-medium milter activated carbon filter, ion exchanger, ozone processor etc.
应用推荐