Fuchs H, Fuchs W
Scan Electron Microsc. 1981(Pt 2):377-94.
An online FORTRAN program for the quantitative analysis of energy dispersive X-ray spectra from thin biological specimens is presented. The methods of background suppression by digital filtering and peak deconvolution by linear least-squares fitting with measured peak profiles are used. The continuum quantitation method for spectra from thin biological sections as proposed by Hall is applied. The performance of the computer program, utilizing the facilities of a disk operating system, is demonstrated. The routines were optimized for speed, resulting in a run-time of less than 5 seconds on a 16 bit minicomputer for a full quantitation for 7 elements of an energy dispersive thin section X-ray spectrum, including an optional absorption correction. Since no assembly language subroutines are implemented, the restrictions for the use of the program with different computer systems are minimized.
本文介绍了一个用于定量分析薄生物标本能量色散X射线光谱的在线FORTRAN程序。该程序采用了数字滤波抑制背景和用测量峰形进行线性最小二乘拟合的峰去卷积方法。应用了Hall提出的薄生物切片光谱连续定量方法。展示了利用磁盘操作系统功能的计算机程序的性能。这些程序针对速度进行了优化,在16位小型计算机上,对能量色散薄切片X射线光谱的7种元素进行全定量分析(包括可选的吸收校正)时,运行时间不到5秒。由于未实现汇编语言子程序,该程序在不同计算机系统上使用的限制被最小化。