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首页> 外文期刊>Spectrochimica Acta, Part B. Atomic Spectroscopy >Investigation of the chemical composition of(Na_(1-x)Bi_x)(Mn_yNb_(1-y))O_3 ceramics by single particle electron probe X-ray microanalysis with an application of Monte Carlo simulations
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Investigation of the chemical composition of(Na_(1-x)Bi_x)(Mn_yNb_(1-y))O_3 ceramics by single particle electron probe X-ray microanalysis with an application of Monte Carlo simulations

机译:(Na_(1-x)Bi_x)(Mn_yNb_(1-y))O_3陶瓷化学成分的单粒子电子探针X射线显微分析及蒙特卡罗模拟研究

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Accurate estimation of the elemental composition of materials that contain both low-and high-Z elements by electron probe X-ray microanalysis is not an easy task.An example of this kind of material is a new family of ceramics with general formula(Na_(1-x)Bi_x)(Mn_yNb_(1-y))O_3.To solve this problem,a method based on Monte Carlo simulations combined with an iterative approximation,which was recently successfully applied to quantitative analysis of the elemental content in aerosol particles,was used.The quantification procedure was evaluated on Bi_2O_3,PbO_2 and NaNbO_3 particles from stoichiometric compounds and applied to check the homogeneity and elemental contents of the selected ceramic after the application of different heat treatments.
机译:通过电子探针X射线显微分析准确估算包含低Z和高Z元素的材料的元素组成并不是一件容易的事。这类材料的一个例子是具有以下通式的新型陶瓷(Na_( 1-x)Bi_x)(Mn_yNb_(1-y))O_3。为解决此问题,最近将蒙特卡罗模拟和迭代近似相结合的方法成功地用于了气溶胶颗粒中元素含量的定量分析,使用化学计量化合物对Bi_2O_3,PbO_2和NaNbO_3颗粒进行了定量分析,并应用了不同的热处理方法,以检查所选陶瓷的均质性和元素含量。

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