Add to ORKGDetermination of efficiency of solar absorption of honeycomb structure attached to collecting base surface on which incoming solar energy impinges directly on base surfac
This thesis deals with models of flat plate collectors, transparent insulation and efficiency factor...
Widespread adoption of solar energy as an alternate energy source is dependent upon careful engineer...
The basic idea of a solar absorber’s thermal gain increase is the keyhole effect utilization during ...
International audienceIn concentrating solar power plants with central towers, successful design of ...
The air receiver technology, which is demonstrated at the solar tower of Jülich, uses ceramic honeyc...
The present study extends earlier studies by examining the effect of the emissivities of both the ab...
A honeycomb thermal shield is described which is an economical and reliable alternative to existing ...
The material that is used in solar receivers is subjected to intense cyclic thermal stresses and ext...
This project attempts to simulate accurately the thermal conductivity of honeycomb panels in the nor...
Absorber efficiency can be improved to 90% by removing glass plates and using infrared traps. Absorb...
The heat transfer has "been analyzed within a flat plate solar collector with hexagonal honeycomb an...
Over the past few years, considerable progress has been made in reducing the energy consumption for...
Open volumetric absorbers have been tested and evaluated with the objective to determine their abili...
Concentrated solar thermal energy can be utilized in a variety of high temperature applications for ...
The pm-pose of this report is to describe work which has been carried out under the subject grant du...
This thesis deals with models of flat plate collectors, transparent insulation and efficiency factor...
Widespread adoption of solar energy as an alternate energy source is dependent upon careful engineer...
The basic idea of a solar absorber’s thermal gain increase is the keyhole effect utilization during ...
International audienceIn concentrating solar power plants with central towers, successful design of ...
The air receiver technology, which is demonstrated at the solar tower of Jülich, uses ceramic honeyc...
The present study extends earlier studies by examining the effect of the emissivities of both the ab...
A honeycomb thermal shield is described which is an economical and reliable alternative to existing ...
The material that is used in solar receivers is subjected to intense cyclic thermal stresses and ext...
This project attempts to simulate accurately the thermal conductivity of honeycomb panels in the nor...
Absorber efficiency can be improved to 90% by removing glass plates and using infrared traps. Absorb...
The heat transfer has "been analyzed within a flat plate solar collector with hexagonal honeycomb an...
Over the past few years, considerable progress has been made in reducing the energy consumption for...
Open volumetric absorbers have been tested and evaluated with the objective to determine their abili...
Concentrated solar thermal energy can be utilized in a variety of high temperature applications for ...
The pm-pose of this report is to describe work which has been carried out under the subject grant du...
This thesis deals with models of flat plate collectors, transparent insulation and efficiency factor...
Widespread adoption of solar energy as an alternate energy source is dependent upon careful engineer...
The basic idea of a solar absorber’s thermal gain increase is the keyhole effect utilization during ...