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本文职山西地区光谱工作之现况为背景,对进一步展开机械工厂中光谱分析工作和发展途径问题,进行了讨论。文中首先叙述了光谱分析的特点,以及在机械工厂中开展光谱工作之困难和独特性,并按机械厂的生产顺序讨论了光谱分析最合理和最有效的应用范围,和化学与光谱分工的准则。文中主要讨论了下列问题: (一) 重点发展有色合金,有色纯金属,非金属材料光谱分析的意义和价值。 (二) 如何安排试样物理状态和不同钢种之第三元素影响问题。 (三) 通用光谱分析在工厂中应用的估价。 (四) 机械厂之炼钢车间究竟要不要炉前光谱分析以及对看谱计应用于快速分析的估价 (五) 解决标准试样来源之途径讨论。 (六) 稀有元素及极微量分析的应用。对于这些普遍存在的问题结合国内外发展动向进行了初步探讨。
In this paper, the background of spectral work in Shanxi Province is taken as a background, and the further discussion on the spectrum analysis and development of mechanical factories is discussed. The article first described the characteristics of spectroscopic analysis, as well as the difficulty and uniqueness of spectrum work carried out in machinery factories. The most reasonable and effective application of spectroscopic analysis and the guidelines for the division of chemistry and spectroscopy were discussed in the order of production of machinery factories . The paper mainly discusses the following issues: (a) focus on the development of non-ferrous metals, nonferrous metals, non-metallic materials, the significance and value of spectral analysis. (B) how to arrange the physical state of the sample and the third element of the impact of different steel types. (C) the application of general spectral analysis in the factory valuation. (D) of the steel plant in the factory whether or not the furnace before the spectral analysis as well as the spectrometer used to assess the rapid analysis (E) ways to resolve the source of the standard sample discussion. (Vi) the application of rare elements and trace analysis. For these ubiquitous problems with domestic and foreign development trends were discussed.