cold and smooth make gun and factory go fast
t1: cryo
t2: cryo mixed with graph and oil for lubrication and thermal conductivity
t3: t2 sent through an advanced and power hungry supercooling machine, t3 needs insulated pipes, and will warm back to become t2 if in standard piping, insulated pipes may require energy for erekir use
t4: entirely new, liquid nitrogen/hydrogen mixture, insulated tubing only, simply evaporates away in standard
t5: requires t3 and t4, and helium, and surge alloy, too difficult to cool, so any pipes work
t6: t5 supercooled. the process is so intense it requires small amounts of phase fabric to achieve satisfactory temperature. Magnetic isolation pipes required.
nilederg
commented
2 years ago
cold and smooth make gun and factory go fast t1: cryo t2: cryo mixed with graph and oil for lubrication and thermal conductivity t3: t2 sent through an advanced and power hungry supercooling machine, t3 needs insulated pipes, and will warm back to become t2 if in standard piping, insulated pipes may require energy for erekir use t4: entirely new, liquid nitrogen/hydrogen mixture, insulated tubing only, simply evaporates away in standard t5: requires t3 and t4, and helium, and surge alloy, too difficult to cool, so any pipes work t6: t5 supercooled. the process is so intense it requires small amounts of phase fabric to achieve satisfactory temperature. Magnetic isolation pipes required.