We couple a dynamic, fully implicit non-isothermal two-phase, two-component pore-network model (PNM) to free-flow domain where the single-phase flow Navier-Stokes equations with component and energy transport are solved. A monolithic coupling scheme guarantees conservation of mass, momentum across interface allows solving system without any iterations. present numerical example show that is abl...

Iodinated pores of a Zn-based coordination network were modified by Br2 oxidation to produce brominated pores in a polycrystalline-to-polycrystalline manner while maintaining the same network topology. Ab initio X-ray powder diffraction analysis and Raman spectroscopy revealed that the brominated pore can trap Br2 or I2 by strong σ/π-type interactions. A kinetic study in solution revealed that ...

Background Two-phase flow in porous media occupies a central position in physically important processes with practical applications in the energy and environment industry. DeProF is a mechanistic model for two-phase flow in p.m.; it accounts for the pore-scale mechanisms and the network wide cooperative effects, and is sufficiently simple and fast for practical purposes. It is based on the conc...

predicting the maintenance and management costs and replacement age of tractors in agricultural mechanized units, is important from several points. so, doing a timely agricultural operations, more accurate measure of the amount of income  including the cost of these items , determining the useful life of old tractors , replacement age, cost of the process changes and the possibility of examinin...

Although pore formation by protective antigen (PA) is critical to cell intoxication by anthrax toxin (AT), the structure of the pore form of PA (the PA63 pore) has not been determined. Hence, in this study, the PA63 pore was modeled using the X-ray structures of monomeric PA and heptameric alpha-hemolysin (alpha-HL) as templates. The PA63 pore model consists of two weakly associated domains, na...