you can actually use lithium as capaciter since they tend to create more spark then imputted
@lambsauce Electrons have the 10% of appearing during the cold synthesis. When they appear, they almost instantly hit the nearest NBLE particle making all NBLE partices spark. LSNS detects the greater value of life caused by the fusion, and so the power is generated. So technically, my reactor uses electrons (though not directly), and the usage of heat is not a good idea in my case because write below. Do you mean that we should use electrons directly, and heat from the fusion as well?
@Supercrafter I'm sorry, but I don't understand that abbreviation. I think it has something to do with lithium batteries, but I don't know what else that means...
use an UPS using Lithium that has output control for the cold fusion reactor
@Emperor_Of_Catkind Using the electrons AND the heat. However, the only problem here is the rarity of fusion.
@lambsauce I don't think it's a good idea. My observations for the temperature during the cold synthesis show it's rarely jumping over 600 degs despite my reactor has an ARAY heater that is 700 degs and CRAY "pumps" with 610 degs. This wouldn't make the power generation more stable.
me: *fixing my reactor not to make a spark loop for unlimited power*
@Emperor_of_Catkind Your plant does give me an idea. What if to stabilize the power output direct energy is taken from the reactor, and heat from the byproducts is also taken to generate power?
@EpsilonStudios This seems to be a massive problem. AIFF's Hot Fusion Reactor can produce more heat with less reactor, but the Cold Fusion Reactor here makes no heat at all. Currently, my attempts to stabilize the output is to maximize the efficiency of the Heat Exchanger, by swapping out glow for deuterium. Unfortunately, as seen in my demonstration, it fuses painfully slow.
I made the cold fusion reactor that generates the power directly from the cold fusion. ID:2748220