Citas bibligráficas
Rojas, C., (2023). Variaciones en los contenidos de FE-CD, y su relación con la temperatura en las esfaleritas del yacimiento Domingo Savio, Bolognesi - Ancash - Perú [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/27035
Rojas, C., Variaciones en los contenidos de FE-CD, y su relación con la temperatura en las esfaleritas del yacimiento Domingo Savio, Bolognesi - Ancash - Perú [Tesis]. PE: Universidad Nacional de Ingeniería; 2023. http://hdl.handle.net/20.500.14076/27035
@mastersthesis{renati/712898,
title = "Variaciones en los contenidos de FE-CD, y su relación con la temperatura en las esfaleritas del yacimiento Domingo Savio, Bolognesi - Ancash - Perú",
author = "Rojas León, Carlos Alberto",
publisher = "Universidad Nacional de Ingeniería",
year = "2023"
}
The Domingo Savio deposit is located about 10 km NW of the Huanzalá mine, in the Lower Cretaceous Santa Formation near contact with the Chimú Formation, in central Peru. The present investigation has carried out the analysis of the Fe, Cd contents in the various types of sphalerites of the indicated deposit. The main objective of the work has been to relate said contents with the formation temperatures obtained by studying fluid inclusions in said sphalerites. Microthermometric measurements give most temperatures between 150°C and 250°C with salinities less than 15% eq. weight. ClNa. It is interpreted that the variations in temperature and salinity are fundamentally due to cooling processes and mixing of fluids, these values for this deposit place it in the domain of those of the MVT type. In general, the contents of the Fe/Cd ratio in the types of sphalerites show that those that are darker have higher Fe values and the lighter to caramel sphalerites have lower values in said contents; likewise, the intermediate brownish sphalerites have medium values. It is then interpreted that the dark sphalerites would have precipitated first and, later, the light sphalerites. The changes in the Fe and Cd content are mainly due to the variations in the precipitation temperature, thus, values with higher Fe contents are reported in the structure of the darker sphalerite. It has been observed that there is a direct correlation between the shades of sphalerite and its precipitation temperature, finding that the dark sphalerites have formed at a higher temperature than the light and caramel sphalerites. Consequently, the mineral exploration for Zn in these cases, would be based on the identification of the tonalities of the types of sphalerites, with which those that are darker in nature, will guide us towards the areas of higher temperature and proximity to the sources. of the fluids, and the lighter sphalerites will indicate being more distal or further away from said sources, at a lower precipitation temperature.
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