Accurate calculation of second virial coefficient of the Exp-6 potential and its application

Analytical Evaluation of Second Virial Coefficient Using Sutherland Potential and Its Application to Real Gases

“…al., 2001;Glasser, 2002;Mi, et. al., 2008;Hutem and Boonchui, 2012;Mamedov and Somuncu, 2014;Mamedov and Somuncu, 2015).…”

“…which was applied before theoretical studies (Mamedov and Somuncu, 2014;Mamedov and Somuncu, 2015). Then, we obtain the following simply structured formula:…”

“…al., 1954;Vargas et. al., 2001;Mamedov and Somuncu, 2015). Many experimental and theoretical studies have been developed to precisely determine the second virial coefficient of real gases (Vargas et.…”

Unified Analytical Formulae of Second Virial Coefficient with Kihara Potential and its Application to Real Gases

“…The evaluation of the virial coefficients is an important issue to determine intermolecular interactions with arbitrary values of temperature and thermodynamic properties of real gases [1][2][3][4][5][6][7][8]. In literature, several experimental and theoretical methods have been proposed to obtain accurate and efficient evaluation of the second virial coefficient with various types of potentials [9][10][11][12][13][14][15][16]. The Lennard-Jones (2n-n) potential that is important to define the interaction between simple spherical molecules only, has been widely studied by both experimental and theoretical methods [17].…”

Virial series for inhomogeneous fluids applied to the Lennard-Jones wall-fluid surface tension at planar and curved walls

“…There are several recent works about second order coefficients for diverse systems including inert gases, alkanes, methane in water solution, and polymer solutions. [9,10,[12][13][14] Distinct interaction models have been recently analyzed in this context: hard spheres with dipolar momentum, [15][16][17] exponential potential, [18] and the Asakura-Oosawa model for colloids. [9][10][11]19] One of the most studied interaction models for simple fluids is the LJ.…”