worlds, energy sources, crafting done

This commit is contained in:
ZHAY10086
2025-03-29 15:11:56 +08:00
parent a381e9b83c
commit 9611351f37
364 changed files with 577 additions and 577 deletions
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oUsed to transport NaK fluids. If the reactor design is correct, the reactor will output hot NaK fluids, to be used in heat exchangers.",
"desc:8": "§7§o用于传输钠钾流体。若反应堆设计正确,会输出可用于热交换器的热钠钾流体。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:salt_fission_heater"
},
"name:8": "Coolant Heater"
"name:8": "冷却剂加热器"
}
},
"questID:3": 1974,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oUsed to transport salt fluids. If the reactor design is correct, the reactor will output the processed byproduct of the fuel.",
"desc:8": "§7§o用于传输钠钾流体。若反应堆设计正确,会输出处理后的燃料副产物,",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:salt_fission_vessel"
},
"name:8": "Salt Vessel"
"name:8": "熔盐容器"
}
},
"questID:3": 1975,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oFast enough for the long term!",
"desc:8": "§7§o产速够快,可长期供应!",
"icon:10": {
"Count:3": 1,
"id:8": "forge:bucketfilled",
@@ -13,7 +13,7 @@
"FluidName:8": "lymph_of_pixonia"
}
},
"name:8": "Lymph of Pixonia"
"name:8": "光精界淋巴液"
}
},
"questID:3": 1976,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oYou only need to run this for a little bit, then you can use the same design for lymph of pixonia production.",
"desc:8": "§7§o只需短暂运行此配方,之后便可沿用相同设计进行光精界淋巴液的生产。",
"icon:10": {
"Count:3": 1,
"id:8": "forge:bucketfilled",
@@ -13,7 +13,7 @@
"FluidName:8": "whispering_starlight"
}
},
"name:8": "Whispering Starlight"
"name:8": "低语星能液"
}
},
"questID:3": 1977,
@@ -13,7 +13,7 @@
"FluidName:8": "polonium"
}
},
"name:8": "Polonium"
"name:8": ""
}
},
"questID:3": 1980,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oFast enough for the long term!",
"desc:8": "§7§o产速够快,可长期供应!",
"icon:10": {
"Count:3": 1,
"id:8": "forge:bucketfilled",
@@ -13,7 +13,7 @@
"FluidName:8": "einstenium"
}
},
"name:8": "Einstenium"
"name:8": ""
}
},
"questID:3": 1981,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oThe retriever and distributor are advanced versions of the salt reactor vents.\n\nThey allow to automatically push fuel (distributor) and pull depleted fuel (retriever) without requiring contact with vessels (all sides can be DEFAULT and don\u0027t need touching vessels).\n\nEach retriever and distributor can interact with up to four individual vessels inside a valid salt reactor vessel.\n\nThis makes it possible to design reactors that can be optimized by the leu235 using active coolers only (as the rules are now the same).",
"desc:8": "§7§o熔盐枯竭燃料回收器和熔盐燃料分配器是高级版本的熔岩反应堆出入口。\n\n不需要与容器接触(所有面都可设置为“默认”,并行不需要彼此连接),即可自动输出燃料(分配器),抽入枯竭燃料(回收器)。\n\n每个回收器和分配器最多可与4个容器交互。\n\n这样就可以设计出通过leu235优化的,只使用主动式冷却器的熔盐反应堆(因为规则相同了)。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:salt_fission_distributor"
},
"name:8": "Advanced Fuel Distribution"
"name:8": "高级燃料分配器"
}
},
"questID:3": 1982,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oIt\u0027s very slow.",
"desc:8": "§7§o速度非常慢。",
"icon:10": {
"Count:3": 1,
"id:8": "minecraft:water_bucket"
},
"name:8": "Simplest Salt Reactor"
"name:8": "最简单的熔盐反应堆"
}
},
"questID:3": 1983,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oIt\u0027s very slow.",
"desc:8": "§7§o速度非常慢。",
"icon:10": {
"Count:3": 1,
"id:8": "forge:bucketfilled",
@@ -13,7 +13,7 @@
"FluidName:8": "unholy_radioactive_mix"
}
},
"name:8": "Simplest One-Fits-All Salt Reactor"
"name:8": "最简单的多功能一体熔盐反应堆"
}
},
"questID:3": 1985,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oHeat exchangers are used to cool down Hot NaK fluids for making closed loop coolant systems in salt reactors and for making high pressure steam, which is used in some recipes and for making power.\n\nSee the multiblock preview for a preview of the exterior design of a heat exchanger.\n\nTo function, a heat exchanger needs hot and cold fluid inputs. All that\u0027s needed for progression is to use water as the cold fluid and Hot NaK of any type as the hot fluids.\n\nInside a heat exchanger, fluids are transported using heat exchanger tubes (used for both hot and cold). These act like Fission Vessels or Coolant Heaters in salt reactors.\n\nTo properly function, hot and cold lines should run in parallel, touching each other, with fluid flow in opposite directions. Hot goes one way, cold goes the other way.\n\nRight click each face of a tube with an empty hand to change its input/output mode. Shift right click lets you change the opposite side.\n\nYou can place a new heat exchanger tube with a copy of the settings of a previous vessel by shift right clicking it with a vessel to place (this can bug out unfortunately).\n\nThe easiest way to build a heat exchanger is to configure a single layer of the interior setup first (starting from the middle block), followed by shift-clicking the next layers, and building the outside frame at the end.\n\nINPUT SPREAD is the original fluid output face, akin to COOLANT SPREAD in a Coolant Heater, so two lines can be joined by both entering a DEFAULT face of a vessel.\n\nTo make hot and cold lines interact, they should have DISABLED on touching faces.\n\nTo feed fluids from outside a heat exchanger, tubes have to be connected to vents, both on the input and output side. \n\nKeep in mind that hot will output on the side where cold will input and vice versa.\n\nTo connect a tube to the output vent, it should have PRODUCT OUT on the face touching the vent. Connected vessels will all push their product through that block.\n\nDepending on the designs you pick for salt reactors, you will want to recycle up to 5 different NaK fluids.\n\nDepending on the designs you pick for salt reactors, you may want to recycle multiple NaK fluids. There are a few multiblock previews that accomodate different numbers of NaK fluids. ",
"desc:8": "§7§o热交换器可以冷却热钠钾流体,配合熔盐反应堆实现闭环冷却系统,产出高压蒸汽,高压蒸汽可用于某些配方和发电。\n\n在多方块预览中查看热交换器的内部设计。\n\n热交换器需要输入热流体和冷流体进行工作。流程中只需要使用水作为冷流体,任意热钠钾流体作为热流体即可。\n\n在热交换器内部,使用热交换管道(冷热流体均可)来传输流体。工作方式与熔盐反应堆中的燃料容器或冷却剂加热器类似。\n\n要正常工作,冷热流体管道应并行放置,相互接触,流体流向相反。热流体流向一个方向,冷流体流向则相反。\n\n空手右击管道的各个面来更改输入/输出模式。Shift右击可更改反面的模式。\n\n放置新热交换管道时对现有管道按住Shift,可复制其侧面配置(不幸的是,可能会出bug)。\n\n建造热交换器最简单的方法:先配置单层内部结构(从中间方块开始),然后按住Shift依次放置剩余层,最后再建造外部框架。\n\n“输入分配”是原流体的输出端,类似于冷却剂加热器的“冷却液分配”,因此两条管线可以通过同时进入管道的“默认”端来连接。\n\n要使冷热管道交互,其接触面应设置为“禁用”。\n\n要从热交换器堆外部供应流体,管道需连接至热交换出入口,输入端和输出端均需连接。\n\n切记,热流体会在冷流体输入的一侧输出,反之亦然。\n\n要将管道连接至输出端的出入口,与出入口接触的面应设置为“产物输出”。所有连接的管道会通过该方块输出其产物。\n\n根据选择的熔盐反应堆设计,需要循环使用最多5种不同的钠钾流体。\n\n根据选择的熔盐反应堆设计,可能需要循环使用多种不同的钠钾流体。多方块预览中有可容纳不同种类数量钠钾流体的设计。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:heat_exchanger_controller"
},
"name:8": "Heat Exchangers"
"name:8": "热交换器"
}
},
"questID:3": 1986,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:heat_exchanger_tube_thermoconducting"
},
"name:8": "Heat Exchanger Tubes"
"name:8": "热交换管道"
}
},
"questID:3": 2002,
@@ -13,7 +13,7 @@
"FluidName:8": "high_pressure_steam"
}
},
"name:8": "Triple NaK"
"name:8": "三重钠钾"
}
},
"questID:3": 2003,
@@ -13,7 +13,7 @@
"FluidName:8": "high_pressure_steam"
}
},
"name:8": "Quintuple NaK"
"name:8": "五重钠钾"
}
},
"questID:3": 2004,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:turbine_rotor_shaft"
},
"name:8": "Turbine Rotor Setup"
"name:8": "涡轮转子组"
}
},
"questID:3": 2019,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:turbine_rotor_bearing"
},
"name:8": "Good 5x5 Setup"
"name:8": "优质的5x5设计"
}
},
"questID:3": 2024,
@@ -10,7 +10,7 @@
"Damage:2": 12,
"id:8": "nuclearcraft:curium"
},
"name:8": "Curium-245"
"name:8": "-245"
}
},
"questID:3": 2082,
@@ -10,7 +10,7 @@
"Damage:2": 6,
"id:8": "nuclearcraft:fuel_curium"
},
"name:8": "HECm-245 Fuel"
"name:8": "高密度锔-245燃料"
}
},
"questID:3": 2083,
@@ -10,7 +10,7 @@
"Damage:2": 6,
"id:8": "nuclearcraft:depleted_fuel_curium"
},
"name:8": "Depleted HECm-245 Fuel"
"name:8": "枯竭高密度锔-245燃料"
}
},
"questID:3": 2084,
@@ -10,7 +10,7 @@
"Damage:2": 8,
"id:8": "nuclearcraft:californium"
},
"name:8": "Californium-251"
"name:8": "-251"
}
},
"questID:3": 2085,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:berkelium"
},
"name:8": "Berkelium-247"
"name:8": "-247"
}
},
"questID:3": 2086,
@@ -10,7 +10,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_mixed_oxide"
},
"name:8": "Depleted MOX Fuels"
"name:8": "枯竭MOX燃料"
}
},
"questID:3": 2087,
@@ -10,7 +10,7 @@
"Damage:2": 1,
"id:8": "nuclearcraft:depleted_fuel_ic2"
},
"name:8": "Depleted MOX Nuclear Fuel"
"name:8": "枯竭MOX核燃料"
}
},
"questID:3": 2088,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "contenttweaker:energy_egg"
},
"name:8": "Energy Egg"
"name:8": "能量蛋"
}
},
"questID:3": 221,
@@ -152,7 +152,7 @@
"MaxH:3": 50
}
},
"name:8": "Energy Queen (Great)"
"name:8": "能量蜂后(优异)"
}
},
"questID:3": 2241,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:heat_exchanger_controller"
},
"name:8": "Condensation Heat Exchangers"
"name:8": "热交换器冷凝"
}
},
"questID:3": 2253,
@@ -13,7 +13,7 @@
"FluidName:8": "high_particulate_steam"
}
},
"name:8": "Simple Design"
"name:8": "简易设计"
}
},
"questID:3": 2255,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "nuclearcraft:heat_exchanger_condenser_tube_thermoconducting"
},
"name:8": "Condensation Tubes"
"name:8": "冷凝管道"
}
},
"questID:3": 2256,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oTurbines are used to make energy from high pressure steam (no need to bother with other inputs), and to make exhaust steam.\n\nSee the multiblock preview for a preview of the exterior design of a turbine.\n\nThe end faces are used for turbine bearing setups, with a bearing surrounded by coils and inlet/outlet setup. \n\nOne face should have inlets, the other should have outlets.\n\nCoils have to be placed following proximity rules, similarly to how coolers work in fission reactors.\n\nThere are multiblock previews for good turbine bearing setups.\n\nThe two turbine bearings are connected by a turbine rotor, consisting of a shaft surrounded by blades and stators. \n\nBoth blades and stators have to be placed in a planar configuration around the shaft.\n\nThe higher the efficiecy of a blade, the higher the expansion coefficient (which is bad). Stators decrease the expansion coefficient. Optimal designs have near 100% expansion coefficient.",
"desc:8": "§7§o涡轮机可通过高压蒸汽产出能量(无需其他输入),同时生成废蒸汽。\n\n通过多方块预览可查看涡轮机的外部设计。\n\n两端面用于放置涡轮轴承设计,轴承需被线圈及输入/输出口环绕。\n\n一端设为输入端,另一端设为输出端。\n\n线圈需遵循邻近规则放置,类似于裂变反应堆中冷却器的工作方式。\n\n多方块预览中包含推荐的涡轮轴承设计方案。\n\n两个涡轮轴承通过涡轮转子连接,转子由转子轴及环绕的叶片与定子构成。\n\n叶片与定子需沿轴向平面排布。\n\n叶片效率倍数越高,膨胀系数(负面影响)越大。定子可降低膨胀系数。最优设计应使膨胀系数接近100%。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:turbine_controller"
},
"name:8": "Turbines"
"name:8": "涡轮机"
}
},
"questID:3": 457,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oCoils are used to produce energy in a turbine.\n\nEnergy transfer methods can be connected directly to coils to extract energy.\n\n",
"desc:8": "§7§o涡轮机中的线圈用于产出能量。\n\n可将能量传输类方块直接与线圈相连以输出能量。\n\n",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:turbine_dynamo_coil"
},
"name:8": "Turbine Bearing Setup"
"name:8": "涡轮轴承组"
}
},
"questID:3": 458,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "minecraft:iron_ore"
},
"name:8": "Chapter 3 Sources"
"name:8": "第3章能量来源"
}
},
"questID:3": 50176,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "minecraft:diamond_ore"
},
"name:8": "Chapter 5 Sources"
"name:8": "第5章能量来源"
}
},
"questID:3": 50178,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "minecraft:diamond_block"
},
"name:8": "Chapter 6 Sources"
"name:8": "第6章能量来源"
}
},
"questID:3": 50179,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "minecraft:beacon"
},
"name:8": "Chapter 7 Sources"
"name:8": "第7章能量来源"
}
},
"questID:3": 50180,
@@ -10,7 +10,7 @@
"Damage:2": 2,
"id:8": "extendedcrafting:storage"
},
"name:8": "Chapter 9 Sources"
"name:8": "第9章能量来源"
}
},
"questID:3": 50182,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "minecraft:redstone_ore"
},
"name:8": "Chapter 4 Sources"
"name:8": "第4章能量来源"
}
},
"questID:3": 50184,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "A fission reactor is a cuboid of casings (edges \u0026 corners excluded) with at least one port for power output. For more info about the inside see attached quests.\n\nGiven a controller and casings around a cuboid, these reactors can be used for a variety of radioactive fuels.\nDepending on the fuels used, there are different heat requirements the reactor will need to fulfill to avoid meltdowns.\nThe website https://leu-235.com/ is the recommended way of building these reactors.\nDesign by Uchiwars also works well for power gen!\nhttps://imgur.com/gallery/vzBd16k",
"desc:8": "裂变反应堆是由外壳构成的立方体结构(不包括棱角),至少要有一个端口用于能量输出。更多内部构造信息请查看附加任务。\n\n对于一个带有控制器和立方体外壳的反应堆,可以适配多种放射性燃料。\n根据所使用的燃料不同,反应堆需要满足特定的散热要求以避免堆芯熔毁。\n推荐使用以下网站协助建造反应堆:https://leu-235.com/ 。\nUchiwars的设计也能提供不错的产能!\nhttps://imgur.com/gallery/vzBd16k",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fission_controller_new_fixed"
},
"name:8": "Nuclear Fission (Great)"
"name:8": "核裂变(优异)"
}
},
"questID:3": 50211,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oFuel cells are where your fuel goes. The more, the higher the energy and the higher the heat. If the heat is too high, things explode.",
"desc:8": "§7§o用于容纳裂变燃料的单元。数量越多,产能和产热越高。若热量过高,反应堆会爆炸。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:cell_block"
},
"name:8": "Reactor Cell"
"name:8": "反应堆单元"
}
},
"questID:3": 50212,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oActive fluid coolers can be filled with fluids for better cooling. Ports are used to move fluids into the reactors. Pipes can be used inside the reactor.",
"desc:8": "§7§o液冷器可装填流体以实现更好的冷却效果。使用裂变堆端口向反应堆内部输入流体。可在反应堆内部使用管道。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:active_cooler"
},
"name:8": "Active Fluid Cooler"
"name:8": "液冷器"
}
},
"questID:3": 50213,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oCoolers lower heat to prevent things from exploding. Each cooler has a different rule (only works if next to block x).",
"desc:8": "§7§o冷却器可降低温度,放置反应堆爆炸。每种冷却器有不同的规则(例如只有在与XX方块相邻时才能工作)。",
"icon:10": {
"Count:3": 1,
"Damage:2": 1,
"id:8": "nuclearcraft:cooler"
},
"name:8": "Coolers"
"name:8": "冷却器"
}
},
"questID:3": 50214,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oModerators increase the efficiency of cells (more power, less fuel), but they also increase heat. They need to be placed next to cells.",
"desc:8": "§7§o减速剂可提高单元效率(更多能量,燃料消耗更少),但会提高产热。需要与反应堆单元相邻放置。",
"icon:10": {
"Count:3": 1,
"Damage:2": 8,
"id:8": "nuclearcraft:ingot_block"
},
"name:8": "Moderators"
"name:8": "减速剂"
}
},
"questID:3": 50215,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "The token totem takes energy from from the outcome of mythic excavation. It starts off pretty bad, but a totem consuming all tokens is the third best energy source in the pack!",
"desc:8": "代币图腾从神话资源采掘机产出的代币中产出能量。初始产能很低,但消耗所有等级代币的图腾是本整合包中排名第三的产能手段!",
"icon:10": {
"Count:3": 1,
"id:8": "contenttweaker:tier19_token"
},
"name:8": "Token Totem (Great)"
"name:8": "代币图腾(优异)"
}
},
"questID:3": 50216,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oYour first fission fuel! TSLEU-235 is also a thing! Same output, better power!\n\n§fThe uranium found on Terra seems to behave the same as Earth, time to split some isotopes!",
"desc:8": "§7§o第一种裂变燃料!当然也可以是热力低密度铀-235燃料!产热相同,但产能更多!\n\n§f泰拉上发现的铀似乎与地球上的一样,是时候分离一些同位素了!",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:fuel_uranium"
},
"name:8": "LEU-235 Fuel"
"name:8": "低密度铀-235燃料"
}
},
"questID:3": 50217,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oMany thanks to Dr Zoidberg for adding the fuel quests\n\n§fUhhh, and thorium generates naturally as well, this planet is truly amazing!",
"desc:8": "§7§o非常感谢Dr Zoidberg添加的这些燃料任务\n\n§f呃,钍也一样吗,这个星球真是太神奇了!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_thorium"
},
"name:8": "TBU Fuel"
"name:8": "TBU燃料"
}
},
"questID:3": 50218,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "On earth, depleted fission fuel can be rebred into other fissible isotopes, I assume the same can be done here...",
"desc:8": "在地球上,枯竭的裂变燃料可再裂变为其他可裂变同位素,我猜这里也一样……",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:depleted_fuel_uranium"
},
"name:8": "Depleted LEU-235 Fuel"
"name:8": "枯竭低密度铀-235燃料"
}
},
"questID:3": 50219,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Thorium is not the best for energy throughput, but accelerating its decay should yield good isotopes to be further bred into more fuels!",
"desc:8": "钍不是产能的最佳选择,但加速其衰变会产生优质的同位素,进而生成更多可用燃料!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_thorium"
},
"name:8": "Depleted TBU Fuel"
"name:8": "枯竭TBU燃料"
}
},
"questID:3": 50220,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "contenttweaker:lefhm_fuel"
},
"name:8": "LEFHM Fuel"
"name:8": "低密度裂变九头蛇燃料"
}
},
"questID:3": 50221,
@@ -5,13 +5,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "More radioactive isotopes? Better uranium fuel!",
"desc:8": "更多放射性同位素?更好的铀燃料!",
"icon:10": {
"Count:3": 1,
"Damage:2": 2,
"id:8": "nuclearcraft:fuel_uranium"
},
"name:8": "HEU-233 Fuel"
"name:8": "高密度铀-233燃料"
}
},
"questID:3": 50222,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Sweet, some unstable uranium isotope! Time to make this baby burn!",
"desc:8": "很好,一些不稳定的铀同位素!是时候让这些宝贝燃起来了!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:uranium"
},
"name:8": "Uranium-233"
"name:8": "-233"
}
},
"questID:3": 50223,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "contenttweaker:depleted_lefhm_fuel"
},
"name:8": "Depleted LEFHM Fuel"
"name:8": "枯竭低密度裂变九头蛇燃料"
}
},
"questID:3": 50224,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Time to get theoretical! It IS possible to make a nuclear fuel out of neptunium, but nobody ever succeeded...",
"desc:8": "是时候来点理论探讨了!用镎制造核燃料确实有可能,但至今无人成功……",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:neptunium"
},
"name:8": "Neptunium-237"
"name:8": "-237"
}
},
"questID:3": 50225,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Time to change that!",
"desc:8": "正是打破记录之时!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_neptunium"
},
"name:8": "LEN-236"
"name:8": "低密度镎-236燃料"
}
},
"questID:3": 50226,
@@ -10,7 +10,7 @@
"Damage:2": 8,
"id:8": "nuclearcraft:plutonium"
},
"name:8": "Plutonium-241"
"name:8": "-241"
}
},
"questID:3": 50227,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Just a mix of random radioactive elements, will it work?",
"desc:8": "只是一些随机的放射性同位素混合物,会管用吗?",
"icon:10": {
"Count:3": 1,
"Damage:2": 1,
"id:8": "nuclearcraft:fuel_mixed_oxide"
},
"name:8": "MOX-241 Fuel"
"name:8": "MOX-241燃料"
}
},
"questID:3": 50228,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "...and of course it worked! Terra may make things a bit too easy...\n(or so that\u0027s what my players tell me sometimes)",
"desc:8": "……当然,我成功了!泰拉可能让一切变得过于轻松了……\n(至少玩家有时是这么说的)",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_neptunium"
},
"name:8": "Depleted LEN-236 Fuel"
"name:8": "枯竭低密度镎-236燃料"
}
},
"questID:3": 50229,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Yup, made some plutonium!",
"desc:8": "对,造了些钚!",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:plutonium"
},
"name:8": "Plutonium-239"
"name:8": "-239"
}
},
"questID:3": 50230,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Reprocessing this New fuel gives me even more Isotopes, I wonder if I can combine them somehow.",
"desc:8": "再处理这种新燃料生成了更多同位素,我想知道能不能把他们结合起来。",
"icon:10": {
"Count:3": 1,
"Damage:2": 12,
"id:8": "nuclearcraft:plutonium"
},
"name:8": "Plutonium-242"
"name:8": "-242"
}
},
"questID:3": 50231,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "And here\u0027s the other fissible plutonium isotope!",
"desc:8": "这是另一种可裂变的钚同位素!",
"icon:10": {
"Count:3": 1,
"Damage:2": 2,
"id:8": "nuclearcraft:depleted_fuel_uranium"
},
"name:8": "Depleted HEU-233 Fuel"
"name:8": "枯竭高密度铀-233燃料"
}
},
"questID:3": 50232,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "More random radioactive isotopes?\nMore random radioactive isotopes!",
"desc:8": "更多随机的放射性同位素?\n更多随机的放射性同位素!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_mixed_oxide"
},
"name:8": "MOX-239 Fuel"
"name:8": "MOX-239燃料"
}
},
"questID:3": 50233,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Now, americium time!",
"desc:8": "镅时间到!",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:americium"
},
"name:8": "Americium-242"
"name:8": "-242"
}
},
"questID:3": 50234,
@@ -5,12 +5,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Eureka! Now it\u0027s finally time for some serious breeding!",
"desc:8": "尤里卡!现在终于能开始正儿八经的增殖了!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_plutonium"
},
"name:8": "Down the Rabbit hole we go Alice!"
"name:8": "要深入兔子洞了,爱丽丝!"
}
},
"questID:3": 50235,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Yup! More unstable radiocative atoms go brrr, and no particle accelerators needed!\n(The first atom of Curium was made in an accelerator)",
"desc:8": "没错!更多不稳定的放射性原子哔哔作响,连粒子加速器都省了!\n(世界上第一颗锔原子就是用加速器制造的)",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_curium"
},
"name:8": "LECm-243 Fuel"
"name:8": "低密度锔-243燃料"
}
},
"questID:3": 50236,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Here on Terra, though, those radioactive scraps can be used to breed higher energy fuels.\nThe materials found here allow me to build more stable reactor casings, so I shouldn\u0027t have to detonate any nukes just to make new elements.\n(Which is what the US did during the cold war BTW)",
"desc:8": "不过在泰拉,这些放射性废料却能增殖出更高能的燃料。\n得益于这里的特殊材料,我能造出更稳定的反应堆外壳,因此无需靠引爆核弹来合成新元素。\n(顺带一提,冷战时期美国真这么干过)",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:curium"
},
"name:8": "Curium-243"
"name:8": "-243"
}
},
"questID:3": 50237,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Plutonium, on earth, is generally used to make more efficient nuclear plans.\nThe best fission reaction happens using uranium, but plutonium is a pain in the ass to dispose of, so instead, it\u0027s better to run it through fission again.\nWith good reinforced fission casings, though, it still makes some *not horrible power",
"desc:8": "在地球上,钚通常被用来制造更高效的核设施。\n最佳的裂变反应虽然由铀引发,但钚的废料处理麻烦得要命,因此更好的办法是对钚再次进行裂变处理。\n不过只要有了优质的强化裂变外壳,它仍能产出不算太糟的能量。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_plutonium"
},
"name:8": "Depleted LEP-239 Fuel"
"name:8": "枯竭低密度钚-239燃料"
}
},
"questID:3": 50238,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "And now, time to shit on earth\u0027s nuclear industry, the curium I made is safely fissible!",
"desc:8": "是时候给地球的核工业上点眼药了,我造的锔能安全裂变!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_curium"
},
"name:8": "Depleted LECm-243 Fuel"
"name:8": "枯竭低密度锔-243燃料"
}
},
"questID:3": 50239,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Guess what? I made berkelium, and didn\u0027t have to blow up an entire arcipelago! The process is safe, and doesn\u0027t give birth to talking sponges!\nTurns out that the Bikini Atoll experiments, thanks to some terran cooling, are not the only way of breeding this element!\n",
"desc:8": "你猜怎么着?我造出了锫元素,而且不用炸毁整片群岛!整个过程安全无害,更不会诞生会说话的海绵!\n事实证明,得益于泰拉特殊冷却的技术,比基尼环礁式的核爆试验并非增殖该元素的唯一途径!\n",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:berkelium"
},
"name:8": "Berkelium-248"
"name:8": "-248"
}
},
"questID:3": 50240,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "It worked for berkelium, might as well try with californium...",
"desc:8": "既然对锫有效,那不妨也试试锎吧……",
"icon:10": {
"Count:3": 1,
"Damage:2": 2,
"id:8": "nuclearcraft:fuel_californium"
},
"name:8": "HECf-249 Fuel"
"name:8": "高密度锎-249燃料"
}
},
"questID:3": 50241,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "...and what does berkelium break into?!?\nCalifornium Baby!",
"desc:8": "……那锫会裂变成什么?!?\n锎啊宝贝!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:californium"
},
"name:8": "Californium-249"
"name:8": "-249"
}
},
"questID:3": 50242,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "HaHa! I was successful in making a new fuel, Now I must run it through the fission chamber, hopefully it will last far longer than the previous fuels.",
"desc:8": "哈哈!我成功制作出了一种新燃料,现在必须把它塞进裂变测试舱里跑一遍,但愿这玩意能比之前那些燃料撑得久一点!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fuel_berkelium"
},
"name:8": "LEB-248 Fuel"
"name:8": "低密度锫-248燃料"
}
},
"questID:3": 50243,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Here is something that no man on earth ever did. Safe fission of berkelium, and even produced some energy from it!\n(for the record, this fission reaction is possible IRL, but only with nukes)",
"desc:8": "地球上从未有人做到过。锫元素的安全裂变,甚至还能产生点能量!\n(顺带一提,现实中的锫裂变反应只能通过核武器实现)",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:depleted_fuel_berkelium"
},
"name:8": "Depleted LEB-248 Fuel"
"name:8": "枯竭低密度锫-248燃料"
}
},
"questID:3": 50244,
@@ -4,14 +4,14 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "And californium works too!",
"desc:8": "锎也一样行得通!",
"icon:10": {
"Count:3": 1,
"Damage:2": 32767,
"OreDict:8": "depletedFuelHECf249",
"id:8": "nuclearcraft:depleted_fuel_californium"
},
"name:8": "Depeled HECf-249 Fuel"
"name:8": "枯竭高密度锎-249燃料"
}
},
"questID:3": 50245,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "It appears I can contain one of the isotopes generated when reprocessing this new fuel, into a single block that will produce me 400 rf/t. Although it is a small amount, It seems to make a decent portable battery of sorts for small machines.",
"desc:8": "看起来,我可以将这种新燃料再处理过程中产生的一种同位素单独封装进一个方块中,使其以400 RF/t的速率产能。虽然产量不高,但对于小型机器来说似乎可以作为一种不错的便携电池使用。",
"icon:10": {
"Count:3": 1,
"Damage:2": 4,
"id:8": "nuclearcraft:californium"
},
"name:8": "Portable Battery"
"name:8": "便携电池"
}
},
"questID:3": 50246,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Will it split?",
"desc:8": "它还能再分裂吗?",
"icon:10": {
"Count:3": 1,
"Damage:2": 2,
"id:8": "nuclearcraft:fuel_americium"
},
"name:8": "HEA-242 Fuel"
"name:8": "高密度镅-242燃料"
}
},
"questID:3": 50247,
@@ -4,13 +4,13 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "It will split!",
"desc:8": "它还能分裂!",
"icon:10": {
"Count:3": 1,
"Damage:2": 2,
"id:8": "nuclearcraft:depleted_fuel_americium"
},
"name:8": "Depleted HEA-242 Fuel"
"name:8": "枯竭高密度镅-242燃料"
}
},
"questID:3": 50248,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "This reactor uses the fusion between gases to produce A TON of RF.\nIt is built with a controller in the middle. Out of each of the four \u0027arms\u0027 of the controller, at least one fusion connector should be placed.\nStarting from the ends of the connectors, electromagnets (preferrably of the transparent variety) are placed in a square toroid (leaving the middle empty).\nIn order to properly function, the electromagnets require power (provided by RF) and cooling (using active fluid coolers).\nIn a fusion reactor, central symmetry around the controller should be mantained for optimal results!",
"desc:8": "这种反应堆通过气体间的聚变反应来产生海量能量。\n其结构以控制器为中心,控制器的4个“臂”末端各需安装至少一个聚变连接器。\n从连接器末端开始,需将电磁体(推荐使用透明型)排列成空心方形环体结构。\n为保障正常运行,电磁体需持续供能,并进行冷却(使用液冷器)。\n建造聚变反应堆时,建议保持围绕控制器的中心对称布局以获得最佳运行效果!",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:fusion_core"
},
"name:8": "Magnetic Confinement Fusion Reactor (Great)"
"name:8": "磁约束聚变反应堆(优异)"
}
},
"questID:3": 50249,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_1"
},
"name:8": "Lightning Controller Tier 1 (Good)"
"name:8": "一级避雷针控制器(良好)"
}
},
"questID:3": 50250,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "The extreme pressure turbine is part of the promethium loop. Once you have made enough promethium, you can infinitely loop it through the turbine and a solid state reactor by inversting silver and neutron fluid.\n\nThe bigger your solid-state fusion reactor, the higher the energy output of this loop!",
"desc:8": "超高压涡轮机是钷循环的一部分。一旦有了足够的钷,即可通过持续投入银与中子流体,将其在超高压涡轮机与固态聚变反应堆之间无限循环。\n\n固态聚变反应堆的规模越大,该循环的能量输出就越高!",
"icon:10": {
"Count:3": 1,
"id:8": "modularmachinery:itemblueprint",
@@ -12,7 +12,7 @@
"dynamicmachine:8": "modularmachinery:mythical_resource_miner_tier5"
}
},
"name:8": "Extreme Pressure Turbine (Great)"
"name:8": "超高压涡轮机(优异)"
}
},
"questID:3": 50251,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "The solid-state fusion reactor consumes energy for almost all recipes, but promethium fusion will produce a lot of energy. The bigger the reactor, the higher the energy output!",
"desc:8": "固态聚变反应堆几乎所有的配方都会消耗能量,但进行钷聚变时会产出巨大能量。反应堆越大,能量产出越高!",
"icon:10": {
"Count:3": 1,
"id:8": "techreborn:fusion_control_computer"
},
"name:8": "Solid-State Fusion Reactor"
"name:8": "固态聚变反应堆"
}
},
"questID:3": 50252,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_2"
},
"name:8": "Lightning Controller Tier 2 (Good)"
"name:8": "二级避雷针控制器(良好)"
}
},
"questID:3": 50253,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_3"
},
"name:8": "Lightning Controller Tier 3 (Good)"
"name:8": "三级避雷针控制器(良好)"
}
},
"questID:3": 50254,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_4"
},
"name:8": "Lightning Controller Tier 4 (Good)"
"name:8": "四级避雷针控制器(良好)"
}
},
"questID:3": 50255,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_5"
},
"name:8": "Lightning Controller Tier 5 (Good)"
"name:8": "五级避雷针控制器(良好)"
}
},
"questID:3": 50256,
@@ -9,7 +9,7 @@
"Count:3": 1,
"id:8": "environmentaltech:lightning_cont_6"
},
"name:8": "Lightning Controller Tier 6 (Good)"
"name:8": "六级避雷针控制器(良好)"
}
},
"questID:3": 50257,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "RF from ender pearls \u0026 ender eyes!",
"desc:8": "使用末影珍珠和末影之眼发电!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_ender"
}
},
"name:8": "Ender Generator (OK)"
"name:8": "末影发电机(一般)"
}
},
"questID:3": 50258,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Redstone+Lava\u003dProfit",
"desc:8": "红石+熔岩\u003d能量",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_redstone"
}
},
"name:8": "Heated Redstone Generator (OK)"
"name:8": "高热红石发电机(一般)"
}
},
"questID:3": 50259,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Get some dragon\u0027s breath, make power!",
"desc:8": "消耗龙息发电!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_dragonsbreath"
}
},
"name:8": "Halitosis Generator (OK)"
"name:8": "龙息发电机(一般)"
}
},
"questID:3": 50260,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Like the furnace generator, but worse!",
"desc:8": "与熔炉发电机类似,但更糟!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_survival"
}
},
"name:8": "Survival Generator (OK)"
"name:8": "生存者发电机(一般)"
}
},
"questID:3": 50261,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Any solid fuel will work in this bad boy!",
"desc:8": "任何固体燃料都行!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator"
}
},
"name:8": "Furnace Generator (OK)"
"name:8": "熔炉发电机(一般)"
}
},
"questID:3": 50262,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Food for power, the higher the calories, the better!",
"desc:8": "食物换能量,卡路里越高,效果越好!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_culinary"
}
},
"name:8": "Culinary Generator (OK)"
"name:8": "厨用发电机(一般)"
}
},
"questID:3": 50263,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Good enchantments make for a lot of RF, but bad ones are easier to make...",
"desc:8": "优质魔咒产出的能量更多,但也更难获得……",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_enchant"
}
},
"name:8": "Disenchantment Generator (OK)"
"name:8": "祛魔发电机(一般)"
}
},
"questID:3": 50264,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Energy from lava...",
"desc:8": "用熔岩发电……",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_lava"
}
},
"name:8": "Magmatic Generator (OK)"
"name:8": "熔岩发电机(一般)"
}
},
"questID:3": 50265,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Runs on potions, but let\u0027s be honest, you\u0027re only going to use water bottles...",
"desc:8": "消耗药水,但说实话,用水瓶就行……",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_potion"
}
},
"name:8": "Potion Generator (OK)"
"name:8": "药水发电机(一般)"
}
},
"questID:3": 50266,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Cold, icy stuff is all you need for RF!",
"desc:8": "用冰雪相关物品发电!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_ice"
}
},
"name:8": "Frosty Generator (OK)"
"name:8": "霜冻发电机(一般)"
}
},
"questID:3": 50267,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "You can use gunpowder, but TNT is better!",
"desc:8": "火药也行,但是TNT更好!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_tnt"
}
},
"name:8": "Explosive Generator (OK)"
"name:8": "TNT发电机(一般)"
}
},
"questID:3": 50268,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Exactly as it sounds, energy from pink stuff!",
"desc:8": "和名字一样,用粉红色的东西发电!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_pink"
}
},
"name:8": "Pink Generator (OK)"
"name:8": "粉红发电机(一般)"
}
},
"questID:3": 50269,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Milk and slime? Gross...",
"desc:8": "牛奶喝粘液球?呕……",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_slime"
}
},
"name:8": "Slimey Generator (OK)"
"name:8": "史莱姆发电机(一般)"
}
},
"questID:3": 50270,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "RF from Nether Stars?!?",
"desc:8": "用下界之星发电?!?",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_netherstar"
}
},
"name:8": "Netherstar Generator (OK)"
"name:8": "下界之星发电机(一般)"
}
},
"questID:3": 50271,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Finally a use for rotten flesh (and other things)",
"desc:8": "腐肉(还有别的玩意)总算有用了",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_death"
}
},
"name:8": "Death Generator (OK)"
"name:8": "死亡发电机(一般)"
}
},
"questID:3": 50272,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "Like the furnace generator, but faster!",
"desc:8": "类似熔炉发电机,但消耗速度更快!",
"icon:10": {
"Count:3": 1,
"id:8": "extrautils2:machine",
@@ -12,7 +12,7 @@
"Type:8": "extrautils2:generator_overclock"
}
},
"name:8": "Overclocked Generator (OK)"
"name:8": "超频发电机(一般)"
}
},
"questID:3": 50273,
@@ -4,7 +4,7 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "The Arc Reactor passively produces RF, as well as Arc Residue.",
"desc:8": "电弧反应堆可被动产出能量,还有电弧残渣。",
"icon:10": {
"Count:3": 1,
"id:8": "modularmachinery:itemblueprint",
@@ -12,7 +12,7 @@
"dynamicmachine:8": "modularmachinery:gravitite_enchanter"
}
},
"name:8": "Arc Reactor (Good)"
"name:8": "电弧反应堆(良好)"
}
},
"questID:3": 50274,
@@ -4,12 +4,12 @@
],
"properties:10": {
"betterquesting:10": {
"desc:8": "§7§oSalt reactors are used to process fission fuels and to heat NaK fluids, which can be used to generate power using a heat exchanger and a turbine.\n\nSee the multiblock preview for a preview of the exterior frame of a salt reactor.\n\nTo function, a salt reactor needs cooling, done through NaK fluids, and fuel, all of which follow proximity rules similar to fission reactors.\n\nInside a salt reactor, fluids are transported using coolant heaters (for NaK) and fission vessels (for fuel). These act similarly to fluid pipes, with a few extra rules.\n\nSimpler designs use fuel flowing from end to end, but if fluids can be properly handled, coolants and fission vessels can be placed anywhere within the coolants\u0027 rules. \n\nThe rules for a given coolant vessel depend on the fluid flowing through it and are the same as their solid fuel counterpart, e.g. NaK-Redstone filled coolant heaters have the same placement rules as passive redstone coolers.\n\nRight click each face of a vessel and coolant heater with an empty hand to change its input/output mode. Shift right click lets you change the opposite side.\n\nYou can place a new vessel with a copy of the settings of a previous vessel by shift right clicking it with a vessel to place (this can bug out unfortunately).\n\nThe easiest way to build a salt reactor is to configure a single layer of the interior setup first (starting from the middle block), followed by shift-clicking the next layers, and to build the outside frame at the end.\n\nTo connect two vessels (or coolant heaters) they should have FUEL SPREAD (or COOLANT SPREAD) on their exit face, entering a DEFAULT face. \n\nTouching coolant and fuel lines with different fluids should have DISABLED on touching faces.\n\nTo feed fluids from outside a salt reactor, vessels have to be connected to vents, both on the input and output side. \n\nTo connect a vessel (or coolant heater) to the output vent it should have DEPLETED OUT (or HOT COOLANT OUT) on the face touching the vent.\n\nFor each of the fuel byproducts required in progression, multiblock previews for interior reactor designs are provided. These will show an individual cross section that can be stacked into any length.\n\nIf NaK coolant is absent from inside the reactor, or if fluids cannot freely leave the reactor, it will melt down, making even more radiation. Make sure you are making plenty of coolant, and have a way to circulate it quickly.\n\nUsing a heat exchanger, it is possible to fully recycle NaK fluids, allowing for closed-loop designs.",
"desc:8": "§7§o熔盐反应堆可处理裂变燃料,加热钠钾流体,加热后的钠钾流体可在热交换器和涡轮机中产出能量。\n\n在多方块预览中查看熔盐反应堆的外层结构。\n\n熔盐反应堆需要冷却(通过加热钠钾流体)和燃料进行工作,所有这些遵循与裂变反应堆相似的临近规则。\n\n在熔盐反应堆内部,流体通过熔盐冷却剂加热器(用于钠钾流体)和熔盐裂变容器(用于燃料)进行传输。与流体管道类似,但有一些额外规则。\n\n较简单的设计直接将燃料从一端输送到另一端,但若能妥善处理流体,冷却剂加热器和裂变容器可以放置在冷却剂规则允许的任何地方。\n\n冷却剂加热器的放置规则取决于其中流经的流体,与对应的被动冷却器规则相同。例如,装填共晶钠钾-红石混合物的冷却剂加热器的放置规则,与红石冷却器相同。\n\n空手右击容器和冷却剂加热器的各个面来更改输入/输出模式。Shift右击可更改反面的模式。\n\n放置新容器(或冷却剂加热器)时对现有容器按住Shift,可复制其侧面配置(不幸的是,可能会出bug)。\n\n建造热交换器最简单的方法:先配置单层内部结构(从中间方块开始),然后按住Shift依次放置剩余层,最后再建造外部框架。\n\n“输入分配”是原流体的输出端,类似于冷却剂加热器的“冷却液分配”,因此两条管线可以通过同时进入管道的“默认”端来连接。\n\n要使冷热管道交互,其接触面应设置为“禁用”。\n\n要从热交换器堆外部供应流体,管道需连接至热交换出入口,输入端和输出端均需连接。\n\n要连接两个容器(或冷却剂加热器),应将输出端设置为“燃料分配”(或“冷却液分配”),燃料(冷却剂)输入端设置为“默认”。\n\n对于流程中需要的所有燃料副产物,多方块预览中都提供了相应的反应堆内部设计。以可堆叠为任意高度的横截面形式显示。\n\n如果内部缺少钠钾冷却剂,或加热流体无法从内部输出,反应堆将融解,产生巨量辐射。确保冷却剂供应充足,并有快速循环的方法。\n\n使用热交换器来完全循环钠钾流体,以实现闭环设计。",
"icon:10": {
"Count:3": 1,
"id:8": "nuclearcraft:salt_fission_controller"
},
"name:8": "Salt Reactor (OK)"
"name:8": "熔盐反应堆(一般)"
}
},
"questID:3": 50275,

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