2.8.4

.minecraft/config/betterquesting/DefaultQuests/Quests/PowerfulNuclearP-AAAAAAAAAAAAAAAAAAAAGg==/HowMuchPowerFrom-AAAAAAAAAAAAAAAAAAAMWw==.json

@@ -8,7 +8,7 @@
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-      "desc:8": "A completed Fusion Reactor does not generate any EU on its own, it only consumes it. That said, it\u0027s very simple to generate power from plasma, a one-step process of having a Plasma Turbine. These special turbines only work with plasma and are significantly more expensive than the previous ones, requiring Tungstensteel for the body and Naquadah + Naquadah Alloy for the controller.\n\nFirst, how much plasma can one tier 1 reactor produce? The best option for power at this stage is Helium Plasma, with its cheap inputs, and this takes 6.4 seconds per bucket to generate. Since a bucket is worth 81,920,000 EU, that equates to 640,000 EU/t at 100% efficiency or 960,000 EU/t at 150%. That is almost 8 ZPM amps, a massive power spike compared to the powergen available before this, with almost no processing before the plasma! For most players, fusion is the only source of power for 3 or 4 tiers, and all other ways of getting power are much more complicated and harder to upscale.\n\nThat said, you will still need multiple turbines to actually consume all of the plasma. At LuV, each turbine can only output the equivalent of 1 ZPM amp, so you will need high-efficiency turbines that don\u0027t go above the value of 131,072 EU/t output. Three candidates, in descending order of efficiency, are: Large Rhodium-Palladium at 150% and 124,740 EU/t, Normal Draconium at 145% and 121,800 EU/t and Large Tungstencarbide at 140% and 123,480 EU/t.\n\n[note]Note: the suggestions in this questline might be outdated, and there might be other options that are just as good, if not better. Look through NEI and ask other people, there might be a new setup that can replace the ones in these quests![/note]",
+      "desc:8": "A completed Fusion Reactor does not generate any EU on its own, it only consumes it. That said, it\u0027s very simple to generate power from plasma, a one-step process of having a Plasma Turbine. These special turbines only work with plasma and are significantly more expensive than the previous ones, requiring Tungstensteel for the body and Naquadah + Naquadah Alloy for the controller.\n\nFirst, how much plasma can one tier 1 reactor produce? The best option for power at this stage is Helium Plasma, with its cheap inputs, and this takes 6.4 seconds per bucket to generate. Since a bucket is worth 81,920,000 EU, that equates to 640,000 EU/t at 100% efficiency or 960,000 EU/t at 150%. That is almost 8 ZPM amps, a healthy amount of power for LuV, although not as much as some other options you might already be using.\n\nThat said, you will still need multiple turbines to actually consume all of the plasma. At LuV, each turbine can only output the equivalent of 1 ZPM amp, so you will need high-efficiency turbines that don\u0027t go above the value of 131,072 EU/t output. Three candidates, in descending order of efficiency, are: Large Rhodium-Palladium at 150% and 124,740 EU/t, Normal Draconium at 145% and 121,800 EU/t and Large Tungstencarbide at 140% and 123,480 EU/t.\n\n[note]Note: the suggestions in this questline might be outdated, and there might be other options that are just as good, if not better. Look through NEI and ask other people, there might be a new setup that can replace the ones in these quests![/note]",
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.minecraft/config/betterquesting/DefaultQuests/Quests/PowerfulNuclearP-AAAAAAAAAAAAAAAAAAAAGg==/OptionalTier3Fus-AAAAAAAAAAAAAAAAAAAMeQ==.json

@@ -8,7 +8,7 @@
   "properties:10": {
     "betterquesting:10": {
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-      "desc:8": "Indium - from Lithium + Silver. This is one of the most important optional fusion recipes, given how difficult Indium is to get. Your options are to either replicate it, make it with fusion, obtain it from the naquadria line, or obtain it from processing sphalerite ore.\n\n(You can make Indium in other ways, of course, but this is a relatively popular, non-forced fusion recipe)\n\nOganesson - from Calcium + Californium. This is the best noble gas of them all, and a very power-hungry recipe compared to most. However, Oganesson will save you power on EBF recipes, reducing recipe time more than any other fluid, and it also boosts Void Miners to their maximum speed. Replicating it might be better, if you have the right setup with GT++ multis.\n\nAmericium - from Hydrogen + Plutonium 241. This is the cheaper Americium recipe that was promised to you in t2, and it no longer needs Lutetium. You should be able to get both of the inputs very easily, so enjoy your cheaper Americium!\n\nNeutronium - from Naquadria + Americium. Neutronium fusion? You probably won\u0027t need to use this, but it is a source other than ores that you can try.",
+      "desc:8": "Celestial Tungsten - from Advanced Nitinol + Tartarite. A GT++ material that can be made as plasma, at the very end of the plasma line. It provides a lot of power, but the material itself is useful for DTPF recipes, machine components and other things. Check the questline in How to Generate Power, starting at [quest]Welcome to the Plasma Chain[/quest], for more information.\n\nIndium - from Lithium + Silver. This is a nice optional fusion recipe, given how annoying Indium can be to get. Your options are to either replicate it, make it with fusion, obtain it from the naquadria line, or obtain it from processing sphalerite ore.\n\n(You can make Indium in other ways, of course, but this is a relatively popular, non-forced fusion recipe)\n\nOganesson - from Calcium + Californium. This is the best noble gas of them all, and a very power-hungry recipe compared to most. However, Oganesson will save you power on EBF recipes, reducing recipe time more than any other fluid, and it also boosts Void Miners to their maximum speed. Replicating it might be better, if you have the right setup with GT++ multis.\n\nAmericium - from Hydrogen + Plutonium 241. This is the cheaper Americium recipe that was promised to you in t2, and it no longer needs Lutetium. You should be able to get both of the inputs very easily, so enjoy your cheaper Americium!\n\nNeutronium - from Naquadria + Americium. Neutronium fusion? It\u0027s quite fast, you might want to give it a try!",
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.minecraft/config/betterquesting/DefaultQuests/Quests/PowerfulNuclearP-AAAAAAAAAAAAAAAAAAAAGg==/ThePathofFusion-AAAAAAAAAAAAAAAAAAAMUA==.json

@@ -8,7 +8,7 @@
   "properties:10": {
     "betterquesting:10": {
       "autoClaim:1": 0,
-      "desc:8": "The most advanced nuclear technology there is to use in the pack is nuclear fusion. This is an event where two atoms collide with each other and fuse into a different atom while simultaneously generating energy from the plasma, when it is processed. It\u0027s impossible to perform in a reactor in real life, because the temperature requirements are too high to maintain any kind of reactor solid with decent efficiency. In GTNH, though, we have better materials.\n\nThe first Fusion Reactor can be built in late LuV, and each tier unlocks some material that is important to progress into the later tiers. Fusion crafting becomes important at that stage, for materials such as Europium, Americium, Neutronium and Oganesson, so you will want to dedicate reactors to specific things later on. More importantly, these materials come out as plasma, which needs to be cooled down to be turned into ingots and plates. On top of that, though, this cooling process is where you can get lots of power!\n\nThe usual process of power generation here is to pump EU into the Fusion Reactor. It needs enough energy to start the reaction, which will then proceed quickly and output good amounts of plasma. This plasma goes into Plasma Turbines, which output huge amounts of EU/t and the cooled down material, ready to be used in further crafting. A beginner\u0027s setup can output 640,000 EU/t from one reactor before overclocking, and this grows quickly over time. Fusion power dominates the game for several tiers due to its simplicity, receding away from the powergen setups that were getting more and more complicated with each tier. Two materials fuse into one, plasma comes out, goes into turbine and boom, lots of energy! It\u0027s like a steam tier powergen but with big numbers.\n\nTo summarize, fusion is required for progression because of the materials it produces. At the same time, it\u0027s very powerful as a source of EU.",
+      "desc:8": "The most advanced nuclear technology there is to use in the pack is nuclear fusion. This is an event where two atoms collide with each other and fuse into a different atom while simultaneously generating energy from the plasma, when it is processed. It\u0027s impossible to perform in a reactor in real life, because the temperature requirements are too high to maintain any kind of reactor solid with decent efficiency. In GTNH, though, we have better materials.\n\nThe first Fusion Reactor can be built in late LuV, and each tier unlocks some material that is important to progress into the later tiers. Fusion crafting becomes important at that stage, for materials such as Europium, Americium, Neutronium and Oganesson, so you will want to dedicate reactors to specific things later on. More importantly, these materials come out as plasma, which needs to be cooled down to be turned into ingots and plates. On top of that, though, this cooling process is where you can get lots of power!\n\nThe usual process of power generation here is to pump EU into the Fusion Reactor. It needs enough energy to start the reaction, which will then proceed quickly and output good amounts of plasma. This plasma goes into Plasma Turbines, which output power and the cooled down material, ready to be used in further crafting. A beginner\u0027s setup can output 640,000 EU/t from one reactor before overclocking, and this grows quickly over time, although the options you have to consume the plasma quickly are limited until you get XL turbines. Your existing powergen might very well outpace this.\n\nTo summarize, fusion is required for progression because of the materials it produces. At the same time, it can produce power for you, depending on the plasma used.",
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