異丙醇濃度計用于(yu)異丙(bing)(bing)醇(chun)(chun)(chun)濃(nong)(nong)(nong)(nong)度(du)(du)檢(jian)測、正丁(ding)醇(chun)(chun)(chun)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、甲醇(chun)(chun)(chun)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、二甲基硅油濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、一(yi)三丙(bing)(bing)二醇(chun)(chun)(chun)水(shui)(shui)分(fen)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、乙(yi)二醇(chun)(chun)(chun)水(shui)(shui)分(fen)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、醋(cu)酸(suan)水(shui)(shui)分(fen)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、丙(bing)(bing)烯酸(suan)水(shui)(shui)分(fen)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)、醋(cu)酸(suan)乙(yi)酯水(shui)(shui)分(fen)濃(nong)(nong)(nong)(nong)度(du)(du)測試(shi)等(deng)溶(rong)液(ye)濃(nong)(nong)(nong)(nong)度(du)(du)測量、醋(cu)酸(suan)含量分(fen)析檢(jian)測儀、乙(yi)酸(suan)溶(rong)液(ye)濃(nong)(nong)(nong)(nong)度(du)(du)檢(jian)測；應用于(yu)中(zhong)藥制劑(ji)中(zhong)基于(yu)水(shui)(shui)相(xiang)中(zhong)的乙(yi)醇(chun)(chun)(chun)、正丁(ding)醇(chun)(chun)(chun)、異丙(bing)(bing)醇(chun)(chun)(chun)、一(yi)三丙(bing)(bing)二醇(chun)(chun)(chun)、乙(yi)二醇(chun)(chun)(chun)、甲醇(chun)(chun)(chun)濃(nong)(nong)(nong)(nong)度(du)(du)檢(jian)測；尤其(qi)針對提(ti)取濃(nong)(nong)(nong)(nong)縮設備、回收工藝自動化控制；

       異丙醇濃度計采用微(wei)波衰減法是(shi)依據有機(ji)物和水分子對100M赫茲的(de)(de)電磁波的(de)(de)吸收率差(cha)別(bie)較(jiao)大（75:1）的原理而設計的，基于水分對微波(bo)的(de)吸收系(xi)數(shu)與(yu)其他(ta)介質對微波(bo)的(de)吸收系(xi)數(shu)不同，當對樣品(pin)施加高頻電(dian)場(chang)時，由于水分的存在，會影響高頻(pin)電場的相位和幅(fu)度，影響的程度與水分含量有關，通(tong)過測(ce)試高頻電場的相位(wei)和幅度的變化，并經過智能數摸轉換和相關的數據處理，實現了(le)快速(su)精(jing)確檢測(ce)的要求(qiu)，解決了(le)其它水分檢測(ce)原理因受(shou)電解(jie)質(zhi)、有機(ji)物(wu)成(cheng)分差(cha)異(yi)、酸(suan)堿度及含(han)砂量(liang)等(deng)介(jie)質的(de)因(yin)素影響檢測準確(que)度的(de)問題。