Modification of Repulsive and Attraction Branches of the Potential Models to Calculate the Equilibrium and Transport Properties of Liquids, M.Sc. Thesis Sharif University of Technology ; Parsafar, GHolamabbas (Supervisor)
Abstract
Several potential models such as Sutherland (ST) and square-well (SW) potential models are used for studying the equilibrium and transport properties. Near and above the inversion temperature these potential models fail to predict the second virial coefficient, so they are not applicable at high temperatures. ST and SW potential models have two different branches; one branch is related to the attraction forces and the other to the repulsive forces. Each branch has its own unique parameters, for example parameters of attraction branch are ε/k (the depth of the potential model) and λ (the width of the potential model). Repulsive branch has only one parameter, σ (the molecular diameter)....
Cataloging briefModification of Repulsive and Attraction Branches of the Potential Models to Calculate the Equilibrium and Transport Properties of Liquids, M.Sc. Thesis Sharif University of Technology ; Parsafar, GHolamabbas (Supervisor)
Abstract
Several potential models such as Sutherland (ST) and square-well (SW) potential models are used for studying the equilibrium and transport properties. Near and above the inversion temperature these potential models fail to predict the second virial coefficient, so they are not applicable at high temperatures. ST and SW potential models have two different branches; one branch is related to the attraction forces and the other to the repulsive forces. Each branch has its own unique parameters, for example parameters of attraction branch are ε/k (the depth of the potential model) and λ (the width of the potential model). Repulsive branch has only one parameter, σ (the molecular diameter)....
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