@Blood Asp :
I was going through the fusion recipe table at http://ftb.gamepedia.com/Fusion_(GregTech_5_Unofficial), and I'd like to know if I'm understanding things correctly:
(1) The "cycle time" column means that it takes, for instance, 16 ticks to convert 125L deuterium and 125L Tritium into 16L Helium plasma. Which means I must supply the listed amout of fuel every 16 ticks (in this example) for continuous operation.
(2) The EU/t column lists the voltage at which power must be supplied to the reactor for startup and for continuous operation when using endothermic recipes. This voltage can be supplied through any number of energy hatches up to the allowed amount of 16, similar to how multiple hatches can supply a higher internal voltage to EBFs. Nonetheless, the energy hatches must be LuV or higher for a tier 1 reactor, ZPM or higher for tier 2 and UV for tier 3 as it says elsewhere on the page.
Question 1: When using exothermic recipes, must I continue to supply the listed power to the reactor by diverting a fraction of the output power, or will the reactor handle that internally and all I need to do is pull the net output power out?
Question 2: I take it power is taken out of the reactor with energy hatches? Intuitively, I'd guess that the answer to (1) is "you don't need to divert power", since then the reactor would have to distinguish between ingoing and outgoing hatches...
Question 3: LuV+ energy hatches are required, but I conclude that they must be able to accept lower voltages as well, since not all recipes - and in fact, only one of the exothermic recipes - require LuV. Correct?
(3) "EU per startup" lists the total EU that must be supplied at the rate of EU/t listed in the previous column, for the fusion process to start.
(4) When making materials with endothermic recipes, the listed EU/t must be supplied for the listed cycle time to make the listed amount of the output material. For instance, to make 16L molten Europium 24576 EU/t must be supplied for 64 ticks. Thus it would take 24576 * 64 *9 = 14155776 EU to make the 144 L molten Europium you need for one ingot, and the process would take 64 * 9 ticks ~ 30 seconds.
Is this the correct interpretation of the table?
(As an aside, I see the desirability of having two reactors, with one running the exothermic recipe to supply power for the second one which runs endothermic recipes. However....2048 chrome...a staggering amount.)
I was going through the fusion recipe table at http://ftb.gamepedia.com/Fusion_(GregTech_5_Unofficial), and I'd like to know if I'm understanding things correctly:
(1) The "cycle time" column means that it takes, for instance, 16 ticks to convert 125L deuterium and 125L Tritium into 16L Helium plasma. Which means I must supply the listed amout of fuel every 16 ticks (in this example) for continuous operation.
(2) The EU/t column lists the voltage at which power must be supplied to the reactor for startup and for continuous operation when using endothermic recipes. This voltage can be supplied through any number of energy hatches up to the allowed amount of 16, similar to how multiple hatches can supply a higher internal voltage to EBFs. Nonetheless, the energy hatches must be LuV or higher for a tier 1 reactor, ZPM or higher for tier 2 and UV for tier 3 as it says elsewhere on the page.
Question 1: When using exothermic recipes, must I continue to supply the listed power to the reactor by diverting a fraction of the output power, or will the reactor handle that internally and all I need to do is pull the net output power out?
Question 2: I take it power is taken out of the reactor with energy hatches? Intuitively, I'd guess that the answer to (1) is "you don't need to divert power", since then the reactor would have to distinguish between ingoing and outgoing hatches...
Question 3: LuV+ energy hatches are required, but I conclude that they must be able to accept lower voltages as well, since not all recipes - and in fact, only one of the exothermic recipes - require LuV. Correct?
(3) "EU per startup" lists the total EU that must be supplied at the rate of EU/t listed in the previous column, for the fusion process to start.
(4) When making materials with endothermic recipes, the listed EU/t must be supplied for the listed cycle time to make the listed amount of the output material. For instance, to make 16L molten Europium 24576 EU/t must be supplied for 64 ticks. Thus it would take 24576 * 64 *9 = 14155776 EU to make the 144 L molten Europium you need for one ingot, and the process would take 64 * 9 ticks ~ 30 seconds.
Is this the correct interpretation of the table?
(As an aside, I see the desirability of having two reactors, with one running the exothermic recipe to supply power for the second one which runs endothermic recipes. However....2048 chrome...a staggering amount.)
Last edited: