现代农业科技
現代農業科技
현대농업과기
XIANDAIHUA NONGYE
2012年
7期
14-15
,共2页
陆胜龙%倪圣亚%薛民琪%任彬
陸勝龍%倪聖亞%薛民琪%任彬
륙성룡%예골아%설민기%임빈
腐植酸树脂%富集%原子荧光法%高盐水样%铅%含量
腐植痠樹脂%富集%原子熒光法%高鹽水樣%鉛%含量
부식산수지%부집%원자형광법%고염수양%연%함량
humic acid resin%enrichment%atomic fluorescence spectrometry%brine samples%lead%content
利用腐植酸树脂进行高盐水样中铅的吸附富集,洗脱后采用原子荧光法测定铅含量,试验结果表明,该方法富集过程中样品中的干扰物质均被排出,在优选条件下分析,回收率达到了90.0%～97.0%。
利用腐植痠樹脂進行高鹽水樣中鉛的吸附富集,洗脫後採用原子熒光法測定鉛含量,試驗結果錶明,該方法富集過程中樣品中的榦擾物質均被排齣,在優選條件下分析,迴收率達到瞭90.0%～97.0%。
이용부식산수지진행고염수양중연적흡부부집,세탈후채용원자형광법측정연함량,시험결과표명,해방법부집과정중양품중적간우물질균피배출,재우선조건하분석,회수솔체도료90.0%～97.0%。
Using Humic acid resin to enrich and elute the lead in brine samples,and dertermined the content of lead by atomic fluorescence spectrometry.The result was satisfactory.Sample interfering substances are discharged effectively in enrichment process.Under the optimal analytical conditions,the detection recovery rate reaches 90.0%～97.0%.
