Analysis of 50% acetochlor and clomazone EC by HPLC.
Fan Xiaozhen, Xiaoyun Liu, Cuihua Zhang, Xu Bao-jun
Abstract
Fan Xiaozhen, Xiaoyun Liu, Cuihua Zhang, Xu Bao-jun
Abstract
RP-HPLC was adopted for the separation and determination of acetochlor and clomazone on the BDS Hypersil C18 column (5μm, 250mm×4.6mm), acetonitrile-water (volume ratio 60:40) as the mobile phase, and the UV detector with wavelength 210nm. The results show that the retention times of acetochlor and clomazone are 9.065min and 5.598min respectivelyi¼and the linear correlation coefficients for both acetochlor and clomazone are 0.9998, the relative standard deviations are 1.25% and 1.60% respectively, the average recovery rates are 99.14% and 98.15%. This method is simple, accurate and highly selective.
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RP-HPLC was adopted for the separation and determination of acetochlor and clomazone on the BDS Hypersil C18 column (5μm, 250mm×4.6mm), acetonitrile-water (volume ratio 60:40) as the mobile phase, and the UV detector with wavelength 210nm. The results show that the retention times of acetochlor and clomazone are 9.065min and 5.598min respectivelyi¼and the linear correlation coefficients for both acetochlor and clomazone are 0.9998, the relative standard deviations are 1.25% and 1.60% respectively, the average recovery rates are 99.14% and 98.15%. This method is simple, accurate and highly selective.
Key concepts: Clomazone, Acetochlor, Chromatography, High-performance liquid chromatography, Chemistry, Acetonitrile, Linear correlation, Mathematics