Add to ORKGWhen two metallic surfaces are brought into contact to transmit heat, the uniform flow of heat is restricted to conduction through the contact spots. This paper discusses the study of the variation in thermal conductance across oxygen-free high-conductivity (OFHC) copper contacts in vacuum nitrogen, and helium environments
Experimental investigations on thermal contact conductances of metallic contacts have been reported ...
The thermal conductance of pressed contacts which have been augmented with Indium foil or Apiezon-N ...
Temperature rise in a quenching cable-in-conduit conductor is strongly affected by thermal contact c...
The thermal contact conductance studies across gold-coated oxygen-free high-conductivity copper cont...
Thermal contact conductance (TCC) measurements are made on bare and gold plated (<= 0.5 mu m) oxygen...
Instrumentation was developed to measure the thermal contact resistance across metallic contacts by ...
The thermal conductance of oxygen-free high conductivity (OFHC) copper sample pairs with surface fin...
The thermal contact conductance of a 0.4 micrometer surface finish OFHC copper sample pair has been ...
Theoretical and experimental works on thermal rectification of similar anddissimilar materials, effe...
Prediction of electrical and thermal contact resistance for pressed, nominally flat contacts is comp...
Results of an experimental study of the contact heat conductance across a single diamond crystal int...
Contact resistance is the most important and universal characteristic of all types of electrical and...
A test setup has been developed for simultaneously evaluating the electrical contact resistance (ECR...
In most heat transfer applications, the deposited heat is transferred by any of the following classi...
The variation of thermal conductance of contact has been investigated as a function of apparent cont...
Experimental investigations on thermal contact conductances of metallic contacts have been reported ...
The thermal conductance of pressed contacts which have been augmented with Indium foil or Apiezon-N ...
Temperature rise in a quenching cable-in-conduit conductor is strongly affected by thermal contact c...
The thermal contact conductance studies across gold-coated oxygen-free high-conductivity copper cont...
Thermal contact conductance (TCC) measurements are made on bare and gold plated (<= 0.5 mu m) oxygen...
Instrumentation was developed to measure the thermal contact resistance across metallic contacts by ...
The thermal conductance of oxygen-free high conductivity (OFHC) copper sample pairs with surface fin...
The thermal contact conductance of a 0.4 micrometer surface finish OFHC copper sample pair has been ...
Theoretical and experimental works on thermal rectification of similar anddissimilar materials, effe...
Prediction of electrical and thermal contact resistance for pressed, nominally flat contacts is comp...
Results of an experimental study of the contact heat conductance across a single diamond crystal int...
Contact resistance is the most important and universal characteristic of all types of electrical and...
A test setup has been developed for simultaneously evaluating the electrical contact resistance (ECR...
In most heat transfer applications, the deposited heat is transferred by any of the following classi...
The variation of thermal conductance of contact has been investigated as a function of apparent cont...
Experimental investigations on thermal contact conductances of metallic contacts have been reported ...
The thermal conductance of pressed contacts which have been augmented with Indium foil or Apiezon-N ...
Temperature rise in a quenching cable-in-conduit conductor is strongly affected by thermal contact c...