摘要
采用ｎ样品：ｍ熔剂为１∶２的低稀释比玻璃熔融技术、Ｘ射线荧光法测定铁矿中的主成分和微量成分、既提高了灵敏度又消除了不均质效应，与粉末压片方法相比，对硫的分析得到了更好的结果。使用基本参数程序建立了一新的校正方法来校正由于烧失量、烧增量。
A XRF method for determination of major and trace elements in iron ores was developed by using glass disk technique in low dilution ratio of 12 (sample:flux).High sensitivities were achieved and heterogeneity effects were reduced.The results for sulfur are better than that of powder pellet method.Errors arising from ignition lose and increase,different dilution factors as well as volatilization of flux were corrected based on fundamental parameter program.
出处
《光谱实验室》
CAS
CSCD
1999年第3期345-347,共3页
Chinese Journal of Spectroscopy Laboratory
关键词
X射线荧光分析
玻璃熔融
硫
成分分析
铁矿
XRay Fluorescence Spectrometry,Glass Disk Technique,Fundamental Parameter Method.
