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Solute and gas geothermometry of geothermal wells: a geochemometrics study for evaluating the effectiveness of geothermometers to predict deep reservoir temperatures
Deep reservoir temperatures of 10 important geothermal systems of the world were estimated by applying 13 solute (Na/K) and 21 gas geothermometers. The predicted temperatures were comprehensively evaluated and compared ...
Evaluation of the solute geothermometry of thermal springs and drilled wells of La Primavera (Cerritos Colorados) geothermal field, Mexico: A geochemometrics approach
A detailed study on the solute geothermometry of thermal water (18 springs and 8 drilled wells) of La Primavera geothermal field (LPGF) in Mexico has been carried out by employing a geochemical database compiled from the ...
La micrótomografía 3D, una nueva herramienta geológica de amplia aplicación: ejemplo en el cobre estratoligado Las Vigas y oro orgánico de Sonora
La tomografía digital computarizada ó micrótomografía en tres dimensiones (M3D), es una técnica muy novedosa que va a revolucionar el conocimiento en ciencias de la tierra ya que su aplicación es muy vasta. La M3D trabaja ...
A hybrid-Galerkin finite-element method for seismic wave propagation in fractured media
The discontinuous Galerkin Finite Element Method (DGM) is a promising approach for modeling wave propagation in fractured media. It allows for discontinuities in the displacement field to simulate fractures or faults in a ...
A comparison of continuous, discontinuous, and enriched Galerkin finite-element methods for elastic wave-propagation simulation
Finite Element Methods (FEM) are becoming increasingly popular in modeling seismic wave propagation. These methods provide higher order accuracy, geometrical flexibility and adaptive gridding capabilities that are not easy ...