A program system for mineral X-ray data including search-match routines
Anders G. Nord, Leif Forsberg
Abstract
Anders G. Nord, Leif Forsberg
Abstract
An integrated computer program system has been developed for flexible handling of X-ray powder diffraction data for minerals. Powder data from various sources may be processed, and crystallographic unit cell dimensions for all symmetries can be refined. A program which permits interactive search-match through an X-ray powder diffraction data file for minerals is also included. The mineral data have been extracted from the JCPDS(ASTM) files and the recent mineralogical literature. Illustrative test examples are given. All programs are written in Fortran IV for a NOVA 4/X computer, but may easily be modified for a similar computer.
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An integrated computer program system has been developed for flexible handling of X-ray powder diffraction data for minerals. Powder data from various sources may be processed, and crystallographic unit cell dimensions for all symmetries can be refined. A program which permits interactive search-match through an X-ray powder diffraction data file for minerals is also included. The mineral data have been extracted from the JCPDS(ASTM) files and the recent mineralogical literature. Illustrative test examples are given. All programs are written in Fortran IV for a NOVA 4/X computer, but may easily be modified for a similar computer.
Key concepts: Fortran, Powder diffraction, Computer program, Data file, Mineral, Computer science, Diffraction, Computational science