2010
DOI: 10.18268/bsgm2010v62n2a2
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Ecuación para la Corrección Poynting en Termodinámica de Equilibrio de Fases Gases no Polares-Sistemas Acuosos. Aplicación al Sistema H2 S-H2 O-NaCl

Abstract: ResumenEn el presente trabajo se empleó la expresión semi-teórica del volumen molar parcial a dilución infinita acuosa para solutos volátiles no electrolíticos (V 2 0 ), desarrollada por Plyasunov et al. (2000b) con el propósito de proponer una ecuación novedosa para corrección Poynting. La fórmula matemática de V 2 0 considera la densidad y la compresibilidad isotérmica del solvente como variables, así como el segundo coeficiente virial cruzado solvente-soluto (β 12 ) y el segundo coeficiente virial del solve… Show more

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“…the equation contains the aforementioned density ( ) and the isothermal compressibility of solvent ( ), as well as the second *Address correspondence to this author at the National Autonomous University of México, México; Tel: (52) 442 2737713; E-mail: jmreyes@geociencias.unam.mx solvent-solute cross virial coefficient ( 12 ) and the second virial coefficient of pure solvent 11, so it can be used in a wide range of temperature and pressure. The equation used [1,9] is the next:…”
Section: Introductionmentioning
confidence: 99%
“…the equation contains the aforementioned density ( ) and the isothermal compressibility of solvent ( ), as well as the second *Address correspondence to this author at the National Autonomous University of México, México; Tel: (52) 442 2737713; E-mail: jmreyes@geociencias.unam.mx solvent-solute cross virial coefficient ( 12 ) and the second virial coefficient of pure solvent 11, so it can be used in a wide range of temperature and pressure. The equation used [1,9] is the next:…”
Section: Introductionmentioning
confidence: 99%