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Very High Temperature (Graphene microtubing, 1100K)
3. Develop specific specialized radiator systems that have specific pros and cons
Liquid Drop Radiators: radiators that work very well for low acceleration and lose cooling capacity with increasing acceration/rotation, best kW/ton [Lithium, 1500k]
Planar, perpendicular (switch length?)
Planar, parallel (switch width?)
Triangular, perpendicular (switch length?)
Triangular, parallel (switch start width?)
Curie Fountain Radiator: LDR with no acceleration downsides but not available in very large scales [iron, 1500K)
surface attached fountains in several linear sizes
Ribbon/Cable filament radators: inline multi-axis radiators that are compact but don't have the best perf [1300K]
Inline mounted in 2.5-5m sizes
Switchable lengths
Aerodynamic heat exchangers: Things that take air, exchange with the cooling system and cool. Need air intake. [800K]
Inline mounted in 1.25-5m sizes
The text was updated successfully, but these errors were encountered:
Part improvements and expansion for HC/SystemHeat
1. Restructure how all static radiator parts are set up
2. Restructure basic deployable radiators similarly
3. Develop specific specialized radiator systems that have specific pros and cons
The text was updated successfully, but these errors were encountered: