1·Water will be reverse osmosis membrane module desalination.
原水将被反渗透膜组件脱盐。
2·The reverse osmosis membrane device is provided with this reverse osmosis membrane.
上述反渗透膜装置具有该反渗透膜。
3·The process of reverse osmosis membrane used for the reverse osmosis semipermeable membrane.
反渗透过程所使用的半透膜为反渗透膜。
4·Finally, give several Suggestions according to the research situation of reverse osmosis membrane.
最后针对国内反渗透膜的研究现状，提出了几点建议。
5·More preferably, an ionic polymer other than PVAs is further adhered to the resultant reverse osmosis membrane.
进一步优选在上述反渗透膜上进一步附着PVA以外的离子性高分子。
6·Preferably, a cationic PVA is adhered to a reverse osmosis membrane and then an anionic PVA is adhered thereto.
优选在反渗透膜上附着阳离子性PVA之后，附着阴离子性PVA。
7·Now membrane ultrafiltration membrane treatment technologies, nano-filtration membrane and reverse osmosis membrane.
现在膜处理技术主要有超滤膜，纳米滤膜和反渗透膜。
8·The spiral-wound reverse osmosis membrane elements with iLEC interlocking endcaps show stable performance and very good cleaning…
端面自锁连接卷式反渗透膜组件在严重污染的进水水质条件下性能稳定，具有很好的清洗恢复性能。
9·Practice shows that NTR-759 is a reverse osmosis membrane with excellent performance and can be used for ultrapure water production.
实际应用表明，NTR - 759是一种性能良好的反渗透复合膜，可广泛应用于高纯水的制备。
10·The characteristics and advantages of reverse osmosis membrane technology are analyzed and the future development trend is also put forward.
分析了反渗透技术的特点和优势，提出其在未来城市垃圾渗沥液处理中的发展趋势。