3 ms·
I see there the same relationship. If you have a fixed surface temperature then you have to decrease volumetric intensity when increasing volume (the ITER and f
by trhway 4y ago
I see there the same relationship. If you have a fixed surface temperature then you have to decrease volumetric intensity when increasing volume (the ITER and further case). If you have a fixed volumetric intensity then increasing volume results in higher energy flux per unit of surface and thus results in surface temperature increase to increase the intensity (T^4) of radiation away of that energy - that is the Sun case.
- ricksunny 4y agoI like this term ‘volumetric intensity’. I don’t know how common the term is, (some cursory googling just turned up one fusion paper from the 1990’s)) but it would make appreciating Gauss’s Law in E+M much easier from the outset than the typical surface integral calculus typically used to introduce the subject.