Brańka A.C.
Pieprzyk S.
temperature, configurational temperature, computer simulations, Monte Carlo method, confined systems
Two configurational temperature expressions are investigated from the point of view of their utility as a diagnostic tool for Monte Carlo (MC) simulations. The MC calculations were performed for systems of spherically symmetric particles in the bulk and in a channel. Different density and system size conditions are considered. It is shown that the configurational temperature based on the ratio of two averages of the force functions can serve as a suitable method for calculating the temperature for the MC simulation. This configurational temperature can signal the presence of random number correlations and can serve as a cross-check formula in MC studies of strongly confined systems.
Poznań
OWN
2010.10.26
2010.10.15
2011.12.08
2010.10.16
artykuł
application/pdf
eng
This publication is unavailable to your account. If you have more privileged account please try to use it or contact with the institution connected to this digital library.