Block name:
I don't know. Maybe Small/Medium/Large Cooler.
Description:
Copper and Gold are good heat conductors. Use them for external reactor cooling, like water/air. Gives better cooling then water, not evaporate it, but is very expensive.
Each block in 3x3x3 reactor's cooling space provides 1.25 - 1.75 external cooling.
Reactor with 6 chambers and 20x air block cooling (0.25 each) = -18h/s
Reactor with 6 chambers and 20x water block cooling (1.00 each) = -33h/s
Reactor with 6 chambers and 20x small cooler (1.25 each) = -38h/s (720 copper ingots)
Reactor with 6 chambers and 20x medium cooler (1.5 each) = -43h/s (360 copper ingots and 360 gold ingots)
Reactor with 6 chambers and 20x large cooler (1.75 each) = -48h/s (720 gold ingots)
Recipes:
P = Carbon Plate (for durability)
H = Integrated Heat Dispenser (for better heat transfer from reactor to outside)
A = Advanced Alloy (for durability)
C = Copper Block (block, not ingot, heat conductor)
G = Gold Block (block, not ingot, better heat conductor)
Small Cooler (2x Carbon Plate, 1x Integrated Heat Dispenser, 2x Advanced Alloy, 4x Copper Block):
PCP
CHC
ACA
Each block provides 1.25 external cooling.
Mediuml Cooler (2x Carbon Plate, 1x Integrated Heat Dispenser, 2x Advanced Alloy, 2x Copper Block, 2x Gold Block):
PCP
GHG
ACA
Each block provides 1.5 external cooling.
Large Cooler (2x Carbon Plate, 1x Integrated Heat Dispenser, 2x Advanced Alloy, 4x Gold Block):
PGP
GHG
AGA
Each block provides 1.75 external cooling.
