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INCLUSION COMPOSITION QUANTITATIVE ANALYSIS METHOD BY EMISSION SPECTRAL ANALYSIS

机译:发射光谱分析的夹杂物成分定量分析方法

摘要

PPROBLEM TO BE SOLVED: To provide a method for quickly performing quantitative analysis of an inclusion composition existing in a metal material by using a spark discharge type emission spectral analysis method. PSOLUTION: The method for measuring a nonmetal inclusion composition in a metal sample is characterized as follows. When a spark discharge is generated between the metal sample and a counter electrode and an inclusion existing in the metal sample is measured from the emission intensity of each element acquired therefrom, the intensity ratio determined by dividing an intensity value of an emission spectrum intensity line acquired in each spark discharge by the intensity of a matrix element is used, and the intensity ratio is determined by being divided into a base metal portion of each element and an extremely-high intensity ratio caused by a nonmetal inclusion in a discharge time set beforehand, and converted into a composition based on a calibration curve between the intensity ratio and the composition determined beforehand by a standard sample from the intensity ratio of the nonmetal inclusion portion. The operation is performed relative to each element, to thereby determine the nonmetal inclusion composition. PCOPYRIGHT: (C)2007,JPO&INPIT
机译:<解决的问题:提供一种通过使用火花放电型发射光谱分析方法快速地对金属材料中存在的夹杂物成分进行定量分析的方法。

解决方案:用于测量金属样品中非金属夹杂物成分的方法的特点如下。当在金属样品和对电极之间产生火花放电并且根据从其中获取的每个元素的发射强度来测量金属样品中存在的夹杂物时,通过将所获取的发射光谱强度线的强度值除以确定强度比在每次火花放电中,使用矩阵元素的强度,并且通过将强度元素划分为每个元素的贱金属部分和在预先设定的放电时间内由非金属夹杂物引起的极高强度比来确定强度比,然后,根据强度比与从非金属夹杂物部分的强度比通过标准样品预先确定的成分之间的标准曲线,将其换算成成分。相对于每个元素执行该操作,从而确定非金属夹杂物成分。

版权:(C)2007,日本特许厅&INPIT

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