Towards an H-theorem for granular gases

We prove a result analogous to the RAGE Theorem for the impact para- meter approximation to three body scattering in three or more dimensions.. Rather than

We describe a procedure of optimizing the molecular dynamic force field for Zn-O-H chemical systems by means of a new parallel algorithm of a multifactorial search for the

Kiessling and Lancellotti [KL06] have shown that, if the coefficients of this partial differential equation for the Ornstein-Uhlenbeck process are chosen to be constant functionals

Since these constructions do not meet the settings where an analogue of Cobham’s theorem is known, there currently exists no result attesting that this set cannot be obtained in

2014 In this article we derive an alternative to the classical quasi-linear method to describe the evolution of the averaged distribution function avoiding

CC-rate coefficients. For this comparison, we have con- sidered partial rate coefficients summed over the first five total angular momenta J in order to minimize the role of the

In contrast to the so-called depth-averaged models, our model keeps the normal to the flow variable, and is set in the flowing phase as a parabolic-like model with

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