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Mr. Jesús Algaba Fernández studied a five-years degree of Chemistry in University of Huelva (2013). He jointed the Group at the end of 2009. During these years, he began his research under the supervision of Dr. Blas, receiving two courses, one on Statistical Mechanics and another on Monte Carlo simulation. During the last two years, Mr. Algaba has studied the vapour-liquid interfaces of fully-flexible Lennard-Jones molecules using Monte Carlo simulation. In addition to that, we had began the study of the interfacial properties of systems interacting through the Yukawa potential. Dr. Algaba is now doing a Master in Enviromental Technology, a first-step towards a Ph.D. Thesis on Monte Carlo simulation of complex fluids. |
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Dr. Moreno-Ventas studied Geology at University of Salamanca (1981). After several years working on exploration of gas reservoirs in a company, he got his Ph.D. in Geology at Univeristy of Sevilla (1991). Dr. Moreno-Ventas has done several reserach visits, including University of St. Andrews (Scotland, UK) and SURRC (Scottish Universities Research and Reactor Center). At the end of 2010, Dr. Moreno-Ventas joint to the Physics of Complex Liquids (FILICO) Research Group. Currently, he is developing and using Monte Carlo molecular simulation tools for determining thermodynamics properties, including phase equilibria and interfacial properties, of complex substances and their mixtures.
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Dr. Francisco Martínez Ruiz studied a five-years degree of Physics in University of Sevilla (1996). He jointed the Group at the end of 2010. During these years, he began his Ph.D Thesis on the determination of the interfacial properties and phase equilibria of binary mixtures using Monte Carlo simulation. Reserach of Dr. Martínez Ruiz is devoted to determine the effect of microscopic parameters, such as molecular size, dipsersive energy, and range of interactions, on the interfacial properties, with special emphasis on interfacial tension, but also on other important properties, such as components of the pressure tensor, interfacial width, etc. Until now, Dr. Martínez has analyzed the properties of mixtures of molecules that interact through the Lennard-Jones potential, including long-range corrections for inhomogeneous fluids, but also molecules that interact through discontinuous potentials, such as the square-well potential model. He finished his Ph.D. Thesis in November 2015.
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The Journal of Chemical Physics
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