Sandstone type uranium ore square meter uranium quantity contour map forming method

Abstract

The invention belongs to the technical field of digital survey systems, and particularly relates to a sandstone type uranium mine square meter uranium content contour map forming method, which comprises five steps: 1, determining a pure number ten-digit working area code; 2, determining the size of a reserve estimation profile map frame; 3, determining the sizes of different square meter uranium content contour values of a drill hole; 4, forming a square meter uranium quantity contour line region; 5, performing color filling on the square meter uranium quantity contour line regions with different numerical values to form a square meter uranium quantity contour line graph. According to the method, manual, tedious and repeated compiling of the sandstone type coal mine square meter uranium quantity contour map in coal mine geological exploration based on digital coal mine exploration software needs to be carried out, and digitization, standardization and informatization of square meter uranium quantity contour map compiling are achieved.

Description

technical field [0001] The invention belongs to the technical field of digital survey systems, and in particular relates to a method for forming contour maps of uranium content per square meter of sandstone-type uranium deposits. Background technique [0002] In the past, the contour maps of uranium content per square meter were mostly done manually, which required heavy workload and cumbersome calculations. With the improvement of the exploration level in the work area, a large amount of drilling data has been accumulated. In order to complete the contour map of uranium content per square meter, it is necessary to use the geological data formed by predecessors to form the latest and most complete contour map of uranium content per square meter. Rearrangement and drawing have greatly increased the workload and reduced work efficiency. With the comprehensive and rapid development of computer technology, the nuclear industry system has developed digital coal mine exploration ...

AI Technical Summary

Problems solved by technology

[0002] In the past, the contour map of uranium content per square meter was mostly done manually, with heavy workload and cumbersome calculations

With the improvement of the exploration level in the work area, a large amount of drilling data has been accumulated. In order to complete the contour map of uranium content per square meter, it is necessary to use the geological data formed by predecessors to form the latest and most complete contour map of uranium content per square meter. Reorganization and drawing greatly increased workload and reduced work efficiency

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