top | item 33528638 (no title) arctan | 3 years ago That was the previous idea, but this work changes that. It implies that the cooling rates of meteors is actually much faster than previously guessed. discuss order hn newest taskforcegemini|3 years ago other than friction or the sun adding heat, why would they assume that it would take so long for it to cool down? arctan|3 years ago I assume it's because there's only so much of that heat that the globs could radiate into space as (infrared) light.Maybe someone familiar with the intimate details of blackbody radiation could chime in here?
taskforcegemini|3 years ago other than friction or the sun adding heat, why would they assume that it would take so long for it to cool down? arctan|3 years ago I assume it's because there's only so much of that heat that the globs could radiate into space as (infrared) light.Maybe someone familiar with the intimate details of blackbody radiation could chime in here?
arctan|3 years ago I assume it's because there's only so much of that heat that the globs could radiate into space as (infrared) light.Maybe someone familiar with the intimate details of blackbody radiation could chime in here?
taskforcegemini|3 years ago
arctan|3 years ago
Maybe someone familiar with the intimate details of blackbody radiation could chime in here?