A study of the effects of different collector design parameters on the performances of a solar powered solid adsorption … undertaken using a computer simulation program developed from a transient analysis of the system. The parameters tested are the …

Sorption solar cooling has proven to be technically feasible. The liquid adsorption systems although attractive for air …

A detailed analysis and simulation of heat transfer of an evacuated tube for a solar-powered adsorption refrigerator …

A conceptual design and performance of a dual-purpose solar continuous adsorption system for domestic refrigeration and … rejected by the adsorber beds and condensers during the cooling process of the refrigeration part is recovered and used to heat … of water in the storage tanks. In the single-purpose intermittent solar adsorption system, this heat is wasted. The total …

carbon adsorbent-aluminium composites have been developed which promise power densities of 1kW cooling per kg carbon. The …

A small solid adsorption solar refrigerator has been built and preliminary testing is underway. The collector is 1.4 m2 …

pair of BaCl2–MnCl2–NH3, which has the similar working requirements for the heat source and cooling source, and also could … satisfy the similar refrigeration requirements with the adsorption working pair of CaCl2–NH3, is studied by simulation and … performance very much, and the refrigeration performance is lower than that of adsorption system. The resorption system also has …

We use Brownian dynamics simulations to study the adsorption behavior of a nanosized particle in polymer brushes. The … adsorption process, the dynamic behavior of the nanoparticle in the brush, the penetration depth, the diffusion coefficient of …

wastewater using different design parameters by adsorption process at different design parameters. Results elucidate that the …