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Monte Carlo simulations of electron-beam/solid interactions as an aid in interpretation of EDS and auger analysis of particles and defects

机译:电子束/固体相互作用的蒙特卡洛模拟,有助于解释EDS以及颗粒和缺陷的螺旋钻分析

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Abstract: In this study we model the interaction of an electron beam with small (less than 0.5 microns) particles in order to understand the limitations and advantages of several analytical techniques. From this study we see that both Auger and EDS have advantages depending on particle size and desired information. In general, lower voltage is favored for small particle analysis by EDS, while high voltage gives the best small particle results with Auger. !5
机译:摘要:在这项研究中,我们对电子束与小粒子(小于0.5微米)的相互作用进行建模,以了解几种分析技术的局限性和优势。从这项研究中,我们可以发现,俄歇和EDS都具有一定的优势,具体取决于粒径和所需信息。通常,EDS偏爱使用较低的电压进行小颗粒分析,而使用俄歇(Auger)则可以提供最佳的小颗粒结果。 !5

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