Configurational-bias Monte Carlo simulation of n-butane in NaY zeolite has been reported at different temperatures and loadings. In contrast to n-butane in silicalite, the gauche conformer population is always found to be higher in zeolite NaY than in pure fluid at the same density. Normally, an increase in adsorbate concentration in gases such as methane, rare gases, etc. leads to an increase in population near the cage centre. In contrast, we find that an increase in n-butane concentration gives rise to an increase in population near the periphery of the cage. Enhancement in gauche conformer population observed for NaY zeolite is attributed to the surface curvature of the \alpha-cavity
Configurational bias Monte Carlo (CBMC) technique has been employed to investigate the cage-to-cage ...
Molecular simulations are used to provide insight into published catalytic reactivity data for zeoli...
Monte Carlo simulations are used to systematically investigate the effects of structural topology on...
Configurational-bias Monte Carlo simulation of n-butane in NaY zeolite has been reported at differen...
Investigations on n-butane sorbed in zeolite NaCaA have been carried out at several temperatures and...
Results from calculations using a novel Monte Carlo method to simulate the sorption of n-butane to n...
Geometry and energy of argon clusters confined in zeolite NaCaA are compared with those of free clus...
Results from calculations using a novel Monte Carlo method to simulate the sorption of n-butane to n...
Geometry and energy of argon clusters confined in zeolite NaCaA are compared with those of free clus...
A recently-developed Monte Carlo method is used to simulate the energetics of n-alkanes from butane ...
A newly-developed Monte Carlo method is used to simulate the energetics, location and conformation o...
Configurational bias Monte Carlo (CBMC) technique has been employed to investigate the cage-to-cage ...
Molecular simulations are used to provide insight into published catalytic reactivity data for zeoli...
Monte Carlo simulations are used to systematically investigate the effects of structural topology on...
Configurational-bias Monte Carlo simulation of n-butane in NaY zeolite has been reported at differen...
Investigations on n-butane sorbed in zeolite NaCaA have been carried out at several temperatures and...
Results from calculations using a novel Monte Carlo method to simulate the sorption of n-butane to n...
Geometry and energy of argon clusters confined in zeolite NaCaA are compared with those of free clus...
Results from calculations using a novel Monte Carlo method to simulate the sorption of n-butane to n...
Geometry and energy of argon clusters confined in zeolite NaCaA are compared with those of free clus...
A recently-developed Monte Carlo method is used to simulate the energetics of n-alkanes from butane ...
A newly-developed Monte Carlo method is used to simulate the energetics, location and conformation o...
Configurational bias Monte Carlo (CBMC) technique has been employed to investigate the cage-to-cage ...
Molecular simulations are used to provide insight into published catalytic reactivity data for zeoli...
Monte Carlo simulations are used to systematically investigate the effects of structural topology on...