Scattering and Emission Diagnostics of the High Voltage Spark Discharge

这项补助金是在一般领域的分析和表面 化学和原子光谱学的子领域。 Scheeline教授的项目旨在优化一个样本 原子光谱法的介绍方法， 合金的分析。 电子阵列探测器将用于空间测量， 在时间和光谱上， 金属合金火花放电的散射。 通过 确定这些参数，使用该样品系统将 在金属的精密度和准确度方面进行优化 合金分析

This grant is in the general area of analytical and surface chemistry and in the subfield of atomic spectroscopy. Professor Scheeline's project aims to optimize a sample introduction method for atomic spectroscopy that would quantify the analysis of alloys. An electronic array detector will be used to measure spatially, temporally and spectrally the light emission and light scattering from spark discharges of metal alloys. By determining these parameters the use of this sample system will be optimized with respect to precision and accuracy in metal alloy analysis.