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Fluorescence analysis is widely used in various scientific fields. It has many practical applications in biology, medicine and chemistry. Geoscientists can benefit from using it as well. For example, hydrocarbon saturation and carbonate content can be measured by illuminating rock samples with ultraviolet light and evaluating the intensity of emitted visible light. The most interesting case is where the wavelength of the released light is greater than that of the incident light. In geology and geophysics, fluoresc...

Both in science and industry, tailor-made software and hardware systems simplify and speed up the process of obtaining new knowledge or creating new products. Geoscientists have come to rely on geodetic instruments, various sensors and analyzers (for determining physical and chemical properties of soils, air, rocks) and data processing software in their research. Hardware complexes always come with their original software for primary and secondary data processing. These complexes are often aimed at a range of user...