This work is an analysis of microelements in Codonopsis pilosula (Franch) Nannf by ICPAES.
本工作采用ICP-AES法分析党参标样中的微量元素。
An effective method was used to correct spectral interferences in routine ICPAES for multielement analysis.
提出了一种相互干扰系数法校正icpaes多元素同时分析的光谱干扰方法。
This paper discusses the detection limit, precision and accuracy of ICPAES in relation to the background correction by the "on-peak" and "off-peak" modes.
本文对ICP背景校正的两种方式—“在峰”校正与“脱峰”校正的分析检出限、精密度和准确度进行了讨论。
The sample was dissolved by sulfuric acid to separate Au from soluble Cu, Fe and any other soluble element. Then gold was determined in remains by using AAS or ICPAES.
试样经高温焙烧后，用硫酸分解，使金与可溶性铜、铁等大量基体分离，残留物中金经王水溶解，用原子吸收光谱法或ICP - AES测定。
The sample was dissolved by sulfuric acid to separate Au from soluble Cu, Fe and any other soluble element. Then gold was determined in remains by using AAS or ICPAES.
试样经高温焙烧后，用硫酸分解，使金与可溶性铜、铁等大量基体分离，残留物中金经王水溶解，用原子吸收光谱法或ICP - AES测定。
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