Pihoqahiak, on 15 April 2018 - 04:31 PM, said:
Most Sci-fi based games, stories, movies, etc... tend to contain a lot of "space magic". Battletech is full of "space magic", you really can't try to make a lot of sense of how the technology would work in a scientific way.
Mmm
Maybe
But in the case of Heatsink, aren't they really just radiators?
They usually look like as well in artwork.
Ya know, pumping a liquid through a Heatsink and probably blowing air through it with a fan.
While this wouldn't work in a vacuum, heat is still transferred as radiation as well.
It Would not be very effective, but a niche for the night gyr me thinks
I cant want to, on 15 April 2018 - 05:48 PM, said:
pgi seems to assume that all maps have the same degree of atmosphere in regards to heat dissipation. a moon that is distant from a star would have low surface temps, but without an atmosphere to carry the heat away, dissipation would be a lot worse than a warmer environment with an atmosphere
There is probably very little as cold as deep space
That being said, I would've expected HPG to not add any warmth, but be the most unfriendly when it comes to heat dissipation
And to favor laser Heatsink, but ehh, coding is bothersome I guess
Athom83, on 15 April 2018 - 06:09 PM, said:
1) Heat is dissipating throughout all contacted solids, including the rock of the entirety of the planet.
2) Heat isn't being trapped by an atmosphere. Energy in this case is reflecting off the surface back into space instead of bouncing between it and a greenhouse gas layer like it does here on Earth. Very little of the energy from a star is absorbed directly into a planet, most of the ambient temperature is caused by energy being absorbed by the surface, atmosphere, and the energy being reflected between the two
3) Second law of thermodynamics.
K
Mmm
1)
On a Mech that would mean only the feet, and as far as construction goes there would be very little heat transfer equipment in such a thing, no?
Also IS has a hard time fitting Heatsink in the feet
2)vacuum is kinda an absence of an atmosphere, that's what he is getting at, a vacuum isn't very good at heat transfer
Especially when your main way of transferring heat is convection, except for the night gyr
But the point #2 your making is a really nice explanation for a greenhouse effect
How does it have anything to do with a radiator dissipating heat?
3)
I'd really like an explanation with this one
Edited by Peter2k, 16 April 2018 - 07:25 PM.