TSG (The Spectral Geologist) is the reference tool in the mining industry for the processing, visualization and interpretation advanced spectral data (VIS–NIR–SWIR–MIR–TIR) from field samples, witnesses drilling and acquisition systems, spectral. Its platform organizes spectra, images linescan and geological data associated in interactive interfaces —Log Spectrum, Stack, Scatter, Hole, Tray, Summary— optimizing the analysis mineralogical an intuitive and highly productive.
The software integrates spectral libraries and algorithms coincidence that allow for automated identification and reliable of minerals, improving the accuracy in the characterization of hydrothermal alteration and domains geo metallurgical processes. In addition, TSG facilitates the exchange of information using the import and export multiple formats of instruments, calculation of indices, spectral, and the generation of products mineralogical ready for 3D modelling, advanced exploration and studies geometalúrgicos.
Its architecture, designed to handle large series of samples, along with the possibility of creating spectral libraries custom, converts to TSG in an ideal tool both for specialized research as well as for campaigns core logging analysis and accelerated. The result: more efficient processes, greater accuracy of interpretation, and an exploration substantially more informed.
TSG offers automated identification against spectral libraries (including public libraries and customizable), indexes, spectral and comparison tools that speed up the classification mineral. This reduces the time between sampling and delivery of products mineralogical, allowing answers agile decisions of drilling and sampling.
Displays Log and Hole allow the display of spectra along with photographs of core, líneascan and geochemical data, facilitating the direct correlation between mineralogy and structural geology. This improves the quality of the 3D modeling and the interpretation of zoning hydrothermal or alteration, reducing assumptions in the modelling.
TSG maneja espectros de múltiples rangos (VNIR–TIR) y formatos de instrumentos, soporta importación/exportación y puede integrarse en flujos de procesamiento automatizados (por ejemplo para respuesta en <24 h). La posibilidad de crear bibliotecas específicas del proyecto aumenta la confiabilidad en la identificación mineral y permite estandarizar entregables para laboratorios y equipos de campo.
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