当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2014年
9期
1932-1934
,共3页
阴离子交换树脂床%钠离子放大%漏硅%除盐水不合格
陰離子交換樹脂床%鈉離子放大%漏硅%除鹽水不閤格
음리자교환수지상%납리자방대%루규%제염수불합격
Ion exchange resin%Sodium amplification%Silicon leakage%Desalting water unqualified
离子交换树脂法制化学除盐水，阴床“钠离子放大”会降低阴床及后继混床除盐效率，同时会造成已被吸着的阴离子，从阴离子交换树脂中解吸出来，造成除盐水不合格。
離子交換樹脂法製化學除鹽水，陰床“鈉離子放大”會降低陰床及後繼混床除鹽效率，同時會造成已被吸著的陰離子，從陰離子交換樹脂中解吸齣來，造成除鹽水不閤格。
리자교환수지법제화학제염수，음상“납리자방대”회강저음상급후계혼상제염효솔，동시회조성이피흡착적음리자，종음리자교환수지중해흡출래，조성제염수불합격。
Ion exchange resin method chemical desalting water, anion bed "sodium amplification"will reduce the anion bed and subsequent mixed bed dematerializing efficiency, also will cause has been adsorbed anions, desorbed from the anion exchange resin, resulting in desalting water unqualified.
