Metal organic frameworks show significant promise for the carbon capture and storage (CCS).The effects of pressure and temperature on CCS in Ni/DOBDC metal organic framework were studied experimentall
Aluminum foams are favorable in modern thermal engineering applications because of the high thermal conductivity and the large specific surface area.The present study is to investigate an application
Energy loss in a flow field occurs due to the dissipation of mechanical energy, and an accurate estimation of the loss coefficient is important for both energy conservation and engineering design.In t
Incorporation of nano/micro-sized catalysts into porous structures of advanced energy systems, e.g., fuel cells, exhaust gas treatment devices, reformers and batteries, etc., has been proven highly su
In this paper, we develop a comprehensive evaluation approach based on grey analytic hierarchy process (also known as mixture analysis method).And a practical application of the developed approach to
The transcritical CO2 ejector refrigeration cycle (TERC) is a complex, highly nonlinear and strong coupling system, which is usually very difficult to apply advanced control design.In order to solve t
In order to remove the typical pollutant ozone from fresh airin aircraft cabinby catalysis method, two different catalysts were chosen to analyze the removal efficiency of ozone.The results showed tha
In this study, the temporal instability of Poiseuille-Rayleigh-Bènard flow subjected to vertical magnetic field is investigated based on Chebyshev collocation method.Two main factors which affect the
Self-pressurization in a cylindrical ribbed tank which is partially filled with LH2 is investigated numerically under different rib spacing-to-height ratios.A Volume of Fluid (VOF) method is employed
A flow frame with multi-distribution channels is designed and the electrolyte distribution in the electrode is simulated by a commercial computational fluid dynamics(CFD) package of Star-CCM+.