The equilibrium cluster fluid state of a symmetric binary mixture particles interacting through short-ranged attractive and long-ranged repulsive interactions is investigated Monte Carlo simulations. We find that the clustering behavior this system controlled by cross-interaction between two types particles. For weak cross-attraction, displays composite individual components, i.e., components c...

26 Einstein J. Biol. Med. (2008) 24:26-31. A method of analysis is proposed which utilizes the characteristic melting points of the hydrated salts and the liquidus curves of the binary salt mixtures for the estimation of the composition of rare earth mixtures. Several binary salt systems were investigated, employing very pure simple and double rare earth nitrates to provide basic information co...

A universality ansatz for the contact values of a multicomponent mixture of additive hard spheres is used to propose new formulae for the case of disparate-size binary mixtures. A comparison with simulation data and with a recent proposal by Alawneh and Henderson for binary mixtures shows reasonably good agreement with the predictions for the contact values of the large-large radial distributio...

Abstract A literature review on experimental data for binary mixtures of methane and carbon dioxide with hydrocarbons up to n -hexadecane is presented. Based these data, the extended corresponding states method, two entropy scaling approaches, friction theory are analyzed respect their capability calculating viscosity values increasing asymmetry mixture. It shown that not only model but also un...

In vivo electrophysiological recordings from populations of olfactory receptor neurons in the channel catfish, Ictalurus punctatus, clearly showed that both electro-olfactogram and integrated neural responses of olfactory receptor cells to complex mixtures consisting of up to 10 different amino acids were predictable with knowledge of (a) the responses to the individual components in the mixtur...