Design,Development and Application of Uranium Exploration Software Based on Airborne Hyperspectral and Radioactivity Data
Airborne hyperspectral and gamma spectroscopy are two important data sources in the field of uranium exploration.Due to their massive characteristics,the data processing is difficult and low efficiency,and the collaborative application of different datasets is insufficient.Therefore,it is important to develop an integrated software system for uranium prospecting based on airborne hyperspectral and gamma spectroscopy.In this study,the software was designed based on the characteristics of airborne hyperspectral and radioactivity data type and data processing methods,and the foreground program was developed with Visual Basic language.A virtual thread mechanism is introduced for the foreground program to call the backend data processing program.The remote sensing and gamma-ray data from Yin'gen area were used to test the software.The results show that the GS fusion algorithm can effectively preserve surface texture information and enhance image color,which provides better reference for more accurate lithology classification.
airborne hyperspectralgamma spectrumuranium explorationsoftwaredesign and development