广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
11期
151-152
,共2页
清洁水样%总砷%分光光度法%改进%探讨
清潔水樣%總砷%分光光度法%改進%探討
청길수양%총신%분광광도법%개진%탐토
clean water%total arsenic%spectrophotometry%improvement%explore
探讨了Ag—DDC法测定清洁水样中总砷校准曲线的改进。通过减少砷标准溶液的加入量,使改进后的校准曲线同样符合测定要求。该方法测定砷时,锌粒的大小、硫酸的使用、反应温度、醋酸铅棉及吸收液等因素对测定结果均会产生影响,本文对影响测定的因素和控制措施进行了探讨。
探討瞭Ag—DDC法測定清潔水樣中總砷校準麯線的改進。通過減少砷標準溶液的加入量,使改進後的校準麯線同樣符閤測定要求。該方法測定砷時,鋅粒的大小、硫痠的使用、反應溫度、醋痠鉛棉及吸收液等因素對測定結果均會產生影響,本文對影響測定的因素和控製措施進行瞭探討。
탐토료Ag—DDC법측정청길수양중총신교준곡선적개진。통과감소신표준용액적가입량,사개진후적교준곡선동양부합측정요구。해방법측정신시,자립적대소、류산적사용、반응온도、작산연면급흡수액등인소대측정결과균회산생영향,본문대영향측정적인소화공제조시진행료탐토。
The method improvement for the determination of calibration curve of arsenic in clean water was discussed. By reducing the amount of arsenic standard solution to join, the improved calibration curve was also comply with the requirements. When determining the arsenic with the method, zinc grain size, the use of sulfuric acid, reaction tem- perature, cotton and absorbing liquid acetic acid were affected the determination results. The influence of factors and con- trol measures were discusse, d