This thesis presents several numerical models including thermodynamic model, lumped model and heat and mass transfer model for different zeolite/water adsorption refrigeration cycles to investigate the effects of parametric and operating conditions on system performance. Experiments were also carried out to validate the heat and mass transfer model.DOCTOR OF PHILOSOPHY (MPE
In this thesis, firstly, the equilibrium adsorption capacity of water on a natural zeolite at severa...
Adsorption cooling is a type of thermally-driven refrigeration that features off-grid capabilities a...
The non-renewable energy demand has been increasing over few decades and uprising of global warming ...
An open system based on physical adsorption phenomena with humid air and zeolite 13X is herein discu...
With increasing widespread usage of refrigeration systems, the global warming issue has never been m...
Low power adsorption chillers with low desorption temperatures deserve particular attention, because...
The dynamic performance of cylindrical double-tube adsorption heat pump is numerically analysed usin...
The demand for refrigeration and cooling systems has been increased rapidly in past few decades. Inc...
With increasing social and economic developmental activities, high grade energy sources are depletin...
Adsorption refrigeration system is a system that researchers and scientists are looking into to find...
A thermal wave cycle is one method to achieve thermal regeneration in an adsorption cooling cycle. A...
Adsorption chillers can provide energy efficient cooling and have large potential for performance incr...
In this study, a thermally driven adsorption cooling unit using natural zeolite-water as the adsorbe...
This paper investigates the thermodynamic framework of a three-bed advanced adsorption chiller, wher...
An improved adsorption model for adsorption refrigeration pairs such as activated carbon}methanol an...
In this thesis, firstly, the equilibrium adsorption capacity of water on a natural zeolite at severa...
Adsorption cooling is a type of thermally-driven refrigeration that features off-grid capabilities a...
The non-renewable energy demand has been increasing over few decades and uprising of global warming ...
An open system based on physical adsorption phenomena with humid air and zeolite 13X is herein discu...
With increasing widespread usage of refrigeration systems, the global warming issue has never been m...
Low power adsorption chillers with low desorption temperatures deserve particular attention, because...
The dynamic performance of cylindrical double-tube adsorption heat pump is numerically analysed usin...
The demand for refrigeration and cooling systems has been increased rapidly in past few decades. Inc...
With increasing social and economic developmental activities, high grade energy sources are depletin...
Adsorption refrigeration system is a system that researchers and scientists are looking into to find...
A thermal wave cycle is one method to achieve thermal regeneration in an adsorption cooling cycle. A...
Adsorption chillers can provide energy efficient cooling and have large potential for performance incr...
In this study, a thermally driven adsorption cooling unit using natural zeolite-water as the adsorbe...
This paper investigates the thermodynamic framework of a three-bed advanced adsorption chiller, wher...
An improved adsorption model for adsorption refrigeration pairs such as activated carbon}methanol an...
In this thesis, firstly, the equilibrium adsorption capacity of water on a natural zeolite at severa...
Adsorption cooling is a type of thermally-driven refrigeration that features off-grid capabilities a...
The non-renewable energy demand has been increasing over few decades and uprising of global warming ...
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