The net heat flux is a total over four components:
The rate of ice growth can be calculated from heat flux by the following equation:
Device usually allows the fuel sample to be exposed to different heat fluxes over its surface.
This increases the local temperature, system pressure and radiative heat flux to the surface.
The data show that accounting for perfusion decreases the heat flux by 4%.
This causes the heat flux to reduce after this point.
Thermoelectricity is caused by the interaction of heat flux and electrical current.
Due to geothermal heat flux from below, the temperature at the same time increases.
Why Uranus' heat flux is so low is still not understood.
The number can be written in terms of a heat flux (heating rate per unit surface area).