NEW DIRECTIONS IN ATOMIC SPECTROMETRIC ANALYSIS

原子光谱分析方法是最广泛使用的 测定各种领域中样品的元素组成， 包括但不限于生物医学、法医学、地质学、冶金、 海洋学、材料科学和磨损评估。在这份提案中， 概述了一项全面的调查计划，旨在 增强原子光谱分析的实用性、威力和灵活性 多元素分析技术。所包括的研究旨在 原子光谱学来源、检测的进展和理解 系统和信号处理方案，以及其他致力于改进这些 乐器部件本身。现有的严重缺陷 首先确定系统，然后提出克服这些系统的方法 他们。建议的研究结果预计将是 更清楚地认识到原子光谱分析方法的局限性 改进的工具的实施例以更接近于 极限。

Atomic spectrometric methods of analysis are the most widely used for determining the elemental composition of samples in a variety of fields, including but not limited to Biomedicine, Forensics, Geology, Metallurgy, Oceanography, Materials Science, and Wear Evaluation. In this proposal, a comprehensive plan of investigation is outlined that is intended to enhance the utility, power and flexibility of atomic spectrometric techniques for multielement analysis. Included are studies aimed at advancing and understanding of atomic spectrometric sources, detection systems and signal-processing schemes, and others at improving these instrumental components themselves. Critical shortcomings in existing systems are first identified and means are then proposed for overcoming them. The outcome of the suggested studies is expected to be both a clearer idea of the limits of atomic spectrometric methods and embodiments of improved instruments to more closely approach those limits.