应用化工
應用化工
응용화공
APPLIED CHEMICAL INDUSTRY
2014年
11期
2120-2122
,共3页
尿素%铁%火焰原子吸收光谱法%邻菲啰啉分光光度法%测定
尿素%鐵%火燄原子吸收光譜法%鄰菲啰啉分光光度法%測定
뇨소%철%화염원자흡수광보법%린비라람분광광도법%측정
urea%iron%flame atomic absorption spectrometric method%o-phenanthroline spectrophoto-metric method%determination
建立了火焰原子吸收光谱法测定尿素中铁含量的方法，并与邻菲啰啉分光光度法进行比较，分别用两种方法进行了样品、空白值、加标回收率实验。结果表明，两种方法的检出限均为0.02 mg/L，精密度为2.2%和2.4%，加标回收率分别为96%~104%和96%~103%，其结果令人满意。
建立瞭火燄原子吸收光譜法測定尿素中鐵含量的方法，併與鄰菲啰啉分光光度法進行比較，分彆用兩種方法進行瞭樣品、空白值、加標迴收率實驗。結果錶明，兩種方法的檢齣限均為0.02 mg/L，精密度為2.2%和2.4%，加標迴收率分彆為96%~104%和96%~103%，其結果令人滿意。
건립료화염원자흡수광보법측정뇨소중철함량적방법，병여린비라람분광광도법진행비교，분별용량충방법진행료양품、공백치、가표회수솔실험。결과표명，량충방법적검출한균위0.02 mg/L，정밀도위2.2%화2.4%，가표회수솔분별위96%~104%화96%~103%，기결과령인만의。
The paper established a flame atomic absorption spectrometry to determine urea iron content, and compared with phenanthroline spectrophotometric method. Two methods were used to sample,a blank value,the recovery test. Experimental results show that the two methods of detection limits were 0. 02 mg/L, the precision of 2 . 2% and 2 . 4%,and the recoveries were 96% ~104% and 96% ~103%,the results are satisfactory.
