Its main argument is that idealized blackbody calculations did not correctly predict the Moon's surface temperatures in the 1960s because other factors besides
radiative heat transfer equations actually determine real surface temperatures.
Steve I will ask you to show
the radiative heat transfer equation in which you input an emission from another body, gas / solid or fluid and show where it lowers the rate of cooling.
Not exact matches
Previously I showed an
equation that showed the ratio of convective and
radiative heat transfer.
The core science, the
radiative transfer equations that determine the way increasing CO2 increases the temperatures gradient between the emission altitude and the surface, derived from military research on
heat seeking missile and detection systems.
That
equation is derived from the ratio of the Nusselt and the
radiative heat transfer (RHT) rates.
Heat conduction satisfies a linear
equation, but
radiative transfer does not.