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METHOD OF DETERMINING CONTENT OF ELEMENTS AND FORMS OF THEIR PRESENCE IN A DISPERSED SAMPLE AND ITS GRANULOMETRIC COMPOSITION

机译:确定分散样品中元素含量和形式及其粒度组成的方法

摘要

FIELD: physics.;SUBSTANCE: invention relates to atomic emission spectral analysis and a method of determining content of elements and forms of their presence in a dispersed sample and its granulometric composition. Method includes introducing a sample into a plasma flame, recording a sequence of atomic emission spectra when the sample enters the plasma and calculating intensities of analytical spectral lines taking into account the background under the lines of all the unknown elements depending on the time of arrival of the sample into the plasma flame. Plasma source used is microwave energy of heating of several in-series and independently controlled sources based on microwave plasmatrons with toroidal plasma of atmospheric pressure. Spectra are recorded using a multielement photodetector in scintillation and / or integral mode.;EFFECT: technical result consists in improvement of efficiency of using the sample when measuring in a wide range of gross contents of analytes, high accuracy of measurements and enabling analysis at the sampling point.;4 cl, 4 dwg, 4 tbl
机译:技术领域本发明涉及原子发射光谱分析以及确定分散样品及其粒度组成中元素含量及其存在形式的方法。方法包括将样品引入等离子火焰中,记录样品进入等离子体时的原子发射光谱序列,并根据到达时间确定所有未知元素线下的背景,从而计算分析光谱线的强度。样品进入等离子火焰。所使用的等离子体源是基于微波等离子体加速器和大气压环形等离子体的加热几个串联且独立控制的源的微波能量。使用多元素光电检测器以闪烁和/或积分模式记录光谱;效果:技术结果在于提高了在广泛的分析物总含量中进行测量时使用样品的效率,测量的高精度以及能够进行分析采样点。; 4 cl,4 dwg,4 tbl

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