Add to ORKGthe increased heat capacity of cheap and widely avail-able water. In general, the pond is covered during day to prevent heating, and open at night to be cooled. The op-eration is being reversed in winter for heating. Interna-tional literature has given a number of variations on the existence or not of an insulating cover, shading louvers, embedded or floating insulation and floating cloth
The thermal performance of a solar pond operating under steady-state conditions is analysed theoreti...
The effect of the transparent covers (glass, polycarbonate, and mica) on the small cylindrical solar...
The global increase in energy-related crises has led to the development of innovation to save energy...
This paper evaluates two roof pond configurations combined with a water-to-air heat exchanger (WAHE)...
In this study, a salt gradient solar pond having a surface area of 3.5 × 3.5 m2 and depth of 2 m has...
A passive solar heating and cooling technique with a sizable potential impact but lacking widespread...
This paper reports on the results of three of the tests performed on the Nebraska modified roof pond...
In this study, an experimental and theoretical investigation of temperature distributions in an insu...
ABSTRACT: In this paper the effect of vegetation, water and high-albedo coating on the mitigation of...
This paper describes an analysis of the reduction of the heat flux coming into a room through a roof...
Solar ponds can provide low cost solar energy collection as well as low temperature heat storage. Cu...
At present a PhD student at UCLA This paper describes the performance of an indirect evaporative coo...
Solar ponds are probably the simplest and least expensive technology for conversion of solar energy ...
This project deals with the potential of membrane stratified solar ponds which consist of two water ...
AbstractThe roof, as an important part of the building external envelope, has a significant impact o...
The thermal performance of a solar pond operating under steady-state conditions is analysed theoreti...
The effect of the transparent covers (glass, polycarbonate, and mica) on the small cylindrical solar...
The global increase in energy-related crises has led to the development of innovation to save energy...
This paper evaluates two roof pond configurations combined with a water-to-air heat exchanger (WAHE)...
In this study, a salt gradient solar pond having a surface area of 3.5 × 3.5 m2 and depth of 2 m has...
A passive solar heating and cooling technique with a sizable potential impact but lacking widespread...
This paper reports on the results of three of the tests performed on the Nebraska modified roof pond...
In this study, an experimental and theoretical investigation of temperature distributions in an insu...
ABSTRACT: In this paper the effect of vegetation, water and high-albedo coating on the mitigation of...
This paper describes an analysis of the reduction of the heat flux coming into a room through a roof...
Solar ponds can provide low cost solar energy collection as well as low temperature heat storage. Cu...
At present a PhD student at UCLA This paper describes the performance of an indirect evaporative coo...
Solar ponds are probably the simplest and least expensive technology for conversion of solar energy ...
This project deals with the potential of membrane stratified solar ponds which consist of two water ...
AbstractThe roof, as an important part of the building external envelope, has a significant impact o...
The thermal performance of a solar pond operating under steady-state conditions is analysed theoreti...
The effect of the transparent covers (glass, polycarbonate, and mica) on the small cylindrical solar...
The global increase in energy-related crises has led to the development of innovation to save energy...