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利用电子计算机或计算器处理光谱分析数据,国内外已多有报导。而利用廉价的袖珍计算器处理光谱分析数据,也有报导。将这种廉价的计算器应用于复杂的光谱分析数据处理的关键在于,将光谱数据处理中所遇到的方程转换成适合于计算器能进行运算的方程。本文以SHARP E1-5100和CASIO fx-180p计算器为例,编写了光谱分析数据处理程序。由于它们都有线性回归分析和迅速求解的功能,所以可以编写光谱分析数据处理的各种计算程序,并方便地计算出各种数据。我们把它应用于“混合稀土中铥、镜和镥的光谱分析”的数据处理中,获得了满意的结果。下面按照光谱分析数据处理的顺序加以说明它们的应用。
The use of electronic computers or calculators to process spectral analysis data has been reported at home and abroad. The use of cheap pocket calculator processing spectral analysis data, there are also reports. The key to applying such an inexpensive calculator to complex spectroscopic data processing is to convert the equations encountered in spectroscopic data processing into equations suitable for the calculator to perform computations. In this paper, SHARP E1-5100 and CASIO fx-180p calculator, for example, prepared a spectral analysis data processing program. Because of their linear regression analysis and quick solution, they can write a variety of calculation programs for spectral analysis data processing, and easily calculate a variety of data. We applied it to the data processing of “Spectral Analysis of Mixed Rare Earths 铥, Mirror and 镥” and obtained satisfactory results. The following describes the application of spectroscopic data processing in the order in which they are processed.