浙江化工
浙江化工
절강화공
ZHEJIANG CHEMICAL INDUSTRY
2014年
2期
41-42
,共2页
抗氧剂3114%高效液相色谱法%工业废水
抗氧劑3114%高效液相色譜法%工業廢水
항양제3114%고효액상색보법%공업폐수
antioxidant 3114%HPLC%industrial wastewater
建立了测定抗氧剂3114的高效液相色谱法。色谱条件为C8色谱柱，流动相为水：甲醇=10：90，检测波长为270 nm。抗氧剂3114的线性范围为0.998，平均回收率为98.4%，相对标准偏差为3.6%。所用方法准确简便，重复性好，可作为抗氧剂3114含量测定的有效方法。
建立瞭測定抗氧劑3114的高效液相色譜法。色譜條件為C8色譜柱，流動相為水：甲醇=10：90，檢測波長為270 nm。抗氧劑3114的線性範圍為0.998，平均迴收率為98.4%，相對標準偏差為3.6%。所用方法準確簡便，重複性好，可作為抗氧劑3114含量測定的有效方法。
건립료측정항양제3114적고효액상색보법。색보조건위C8색보주，류동상위수：갑순=10：90，검측파장위270 nm。항양제3114적선성범위위0.998，평균회수솔위98.4%，상대표준편차위3.6%。소용방법준학간편，중복성호，가작위항양제3114함량측정적유효방법。
Determination of antioxidant 3114 by phase liquid chromatography was described. The experimental conditions were optimized as follows: stationary phase was agilent C8, mobile phase was water:methanol=10:90, wavelength was 270 nm. Antioxidant 3114 linear range was 0.998, the average recovery was 98.4%, the relative standard deviation was 3.6%. The method is simple, accurate, reproducible and can be used as a effective method for the content determination of antioxidant 3114.
