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Ping Yu, Guo-zhen Zhu & Mao Wen. (2020) Application of grand-canonical ensemble Monte Carlo simulation in metals using cavity-biased method. Molecular Simulation 46:10, pages 736-742.
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TAMÁS KRISTÓF, JÁNOS LISZI & DEZSŐ BODA. (2002) The extrapolation of phase equilibrium curves of mixtures in the isobaric—isothermal Gibbs ensemble. Molecular Physics 100:21, pages 3429-3441.
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DEZSŐ BODA, TAMÁS KRISTÓF, JÁNOS LISZI & ISTVÁN SZALAI. (2002) The extrapolation of the vapour—liquid equilibrium curves of pure fluids in the isothermal Gibbs ensemble. Molecular Physics 100:12, pages 1989-2000.
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DEZSÖ BODA, TAMÁS KRISTÓF, JÁNOS LISZI & ISTVÁN SZALAI. (2001) A new simulation method for the determination of phase equilibria in mixtures in the grand canonical ensemble. Molecular Physics 99:24, pages 2011-2022.
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TAMÁS KRISTÓF & JÁNOS LISZI. (2001) Phase coexistence and critical point determination in polydisperse fluids. Molecular Physics 99:3, pages 167-173.
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DAPENG CAO, KWONG-YU CHAN, DOUGLAS HENDERSON & WENCHUAN WANG. (2000) Monte Carlo data of dilute solutions of large spheres in binary hard sphere mixtures. Molecular Physics 98:9, pages 619-624.
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Articles from other publishers (13)
Richard J. Sadus. 2024. Molecular Simulation of Fluids. Molecular Simulation of Fluids
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Dezső Boda, Mónika Valiskó, Douglas Henderson, Dirk Gillespie, Bob Eisenberg & Michael K. Gilson. (2009) Ions and Inhibitors in the Binding Site of HIV Protease: Comparison of Monte Carlo Simulations and the Linearized Poisson-Boltzmann Theory. Biophysical Journal 96:4, pages 1293-1306.
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B. V. R. Tata, Dezsö Boda, D. Henderson, A. Nikolov & D. T. Wasan. (2000) Structure of charged colloids under a wedge confinement. Physical Review E 62:3, pages 3875-3881.
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Dezsö Boda & Douglas Henderson. (2000) The capacitance of the solvent primitive model double layer at low effective temperatures. The Journal of Chemical Physics 112:20, pages 8934-8938.
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Dezső Boda, Kwong-Yu Chan & Douglas Henderson. (1998) Monte Carlo simulation of an ion-dipole mixture as a model of an electrical double layer. The Journal of Chemical Physics 109:17, pages 7362-7371.
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