Add to ORKGEquations governing the incident heat flux distribution beneath a lamp-reflector system were developed. Analysis of a particular radiant heating facility showed good agreement between theory and experiment when a lamp power loss correction was used. In addition, the theory was employed to estimate thermal disruption in the radiation field caused by a protruding probe
A method for determining high-temperature thermal properties of thick solid materials involves short...
The purpose of this work is to provide physics students and teachers with a simple experiment in mod...
AbstractConcentrated solar power (CSP) systems use heliostats to concentrate solar radiation in orde...
The paper looks at the radiant heat exchange between some fairly primitive geometry components, and ...
A method is developed for predicting the radiant heat flux distribution produced by tungsten filamen...
A method of predicting the radiant heat flux distribution produced by a bank of tubular quartz heate...
A detailed theoretical study of a heat-driven lamp has been performed. This lamp uses a plasma produ...
Comparison of experimental data with predictions based on simple and more detailed models for radiat...
The lamps and reflectors used for infrared radiation simulation tests at ESTEC did not allow researc...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
The pm-pose of this report is to describe work which has been carried out under the subject grant du...
The verification and certification of new structural material concepts for advanced high speed fligh...
this paper, heating systems involving lamp elements with tubular fusedquartz envelopes will be refer...
Process obtains solar heating data which support analytical design. Process yields quantitative info...
Thermal emittance behavior of small cavities located on refractory metal surface
A method for determining high-temperature thermal properties of thick solid materials involves short...
The purpose of this work is to provide physics students and teachers with a simple experiment in mod...
AbstractConcentrated solar power (CSP) systems use heliostats to concentrate solar radiation in orde...
The paper looks at the radiant heat exchange between some fairly primitive geometry components, and ...
A method is developed for predicting the radiant heat flux distribution produced by tungsten filamen...
A method of predicting the radiant heat flux distribution produced by a bank of tubular quartz heate...
A detailed theoretical study of a heat-driven lamp has been performed. This lamp uses a plasma produ...
Comparison of experimental data with predictions based on simple and more detailed models for radiat...
The lamps and reflectors used for infrared radiation simulation tests at ESTEC did not allow researc...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
The pm-pose of this report is to describe work which has been carried out under the subject grant du...
The verification and certification of new structural material concepts for advanced high speed fligh...
this paper, heating systems involving lamp elements with tubular fusedquartz envelopes will be refer...
Process obtains solar heating data which support analytical design. Process yields quantitative info...
Thermal emittance behavior of small cavities located on refractory metal surface
A method for determining high-temperature thermal properties of thick solid materials involves short...
The purpose of this work is to provide physics students and teachers with a simple experiment in mod...
AbstractConcentrated solar power (CSP) systems use heliostats to concentrate solar radiation in orde...