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1·Tests were studied to make an approach to ferroboron by ICP-AES technology.

为建立用ICP - AES技术分析测定硼铁的方法开展了试验研究。

2·The RE impurities in 4N lutecium oxide are determined by ICP-AES in this paper.

采用ICP -AES法测定4N氧化镥中稀土杂质，考察了基体浓度、酸度对被测元素的影响。

3·The ICP-AES method to determine the silicon content of mixed rare earth is studied in the paper.

主要研究了采用ICP-AES法测量混合稀土金属中的硅含量。

4·Contents of lead in imported cassava and its fermentation product, alcohol were determined by ICP-AES.

采用微波消解-等离子发射光谱法测定了进口木薯干以及其发酵产物酒精中铅的含量。

5·The sample introductions techniques of hydride generation in ICP-AES is reviewed, 79 references are cited.

评述了等离子体光谱(ICP - AES)中的氢化物发生进样技术进展，引用文献79篇。

6·The two most common types of detectors for ICP-AES are photographic emulsion and photoelectric transducers.

AES两种最常用的检测器类型是照相检测器和光电传感器。

7·Objective to probe into the method of ICP-AES simultaneous measurement of multiple microelements in tuckahoe.

目的探讨电感耦合等离子体原子发射光谱法同时测定茯苓中多种微量元素的方法。

8·Under selected experimental conditions, recovery rate and coefficient of variation of ICP-AES-microwave digestion method was 97.

结果在选定的实验条件下，ICP-AES-微波消解法各元素的回收率为97。

9·The Al, Pb, Cu, Cd, Fe, Sn etc trace element in the electrolytic zinc were accurately and quickly measured by using ICP-AES method.

采用ICP—AES法准确、快速地测定电锌中的铝、铅、铜、镉、铁、锡等微量元素，并对方法的准确度和精密度进行了检验。

10·Rare earth elements and thorium in RE-Nb-Ta ores were determined by inductively coupled plasma-atomic emission spectrometry (ICP-AES).

用等离子体发射光谱法测定了稀土铌钽矿中的稀土元素和钍量。