Sentence examples for conduction resistance from inspiring English sources

As the thermal conduction resistance was relatively low, the total thermal resistance of the evaporator was mainly influenced by the thermal evaporation resistance.

The large size of the interface potential drop suggests that it derives from the elevated conduction resistance of an anion-contaminated oxide layer close to the solution interface.

A method is demonstrated for utilizing the simulation results, which assume perfect surface efficiency, to predict the performance of LFMs with non-ideal surface efficiency, based on the conduction resistance of the ligaments.

HCEDs are inexpensive heat transfer augmentation devices that can result in faster rate of ice growth and larger final steady state ice build volume by reducing the controlling thermal conduction resistance of the ice layer.

Multiple, columnar liquid vapor chamber allows for effective heat removal from finite, concentrated heat source by heat spreading via lateral vapor flow, while minimizing conduction resistance through thinner evaporator wick.

In heat pipes, modulation of evaporator wick thickness provides extra cross-sectional area for enhanced axial capillary liquid flow and extra evaporation surface area, with only a moderate increase in wick superheat (conduction resistance).

Overall the modelling data suggests that thin film solar devices could be designed to minimise hot spot runaway issues by taking into account the thickness and temperature dependence of the layers thermal conductivity, convection and conduction resistances.

The microchannels are imbedded directly into the heated substrate to reduce the parasitic thermal resistances due to contact and conduction resistances.

The model is based on the heat transfer equation (which uses thermal resistances) and in particular accounts for convection and conduction resistances by means of their ratio, the Biot number – a factor that could be optimized in the design of photovoltaic devices.

This effect could be attributed to a shortage of water in the proton conducting membrane leading to an increase of the membrane proton-conduction resistance as well as to a increase of the activation overpotential for the hydrogen oxidation reaction due to a decrease in the number of active sites on the anode side.

The overall heat transfer coefficient is then obtained based on the conduction thermal resistance and the convection thermal resistance.