langs
This commit is contained in:
Pyritie
parent
e30b293440
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8 changed files with 163 additions and 21 deletions
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@ -126,7 +126,7 @@
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"material.gtceu.hydrogen_iodide": "Hydrogen Iodide",
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"material.gtceu.dense_steam": "High Pressure Steam",
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"material.gtceu.radioactive_steam": "Radioactive Steam",
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"material.gtceu.radioactive_waste": "Radioactive Waste",
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"material.gtceu.radioactive_waste": "Thorium Waste",
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"material.gtceu.irradiated_steam": "Irradiated Steam",
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"material.gtceu.heavy_water": "Heavy Water",
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"material.gtceu.uranium_waste": "Uranium Waste",
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@ -164,6 +164,11 @@
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"material.gtceu.americium": "Americium 243",
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"material.gtceu.uranium": "Uranium 238",
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"material.gtceu.plutonium": "Plutonium 239",
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"material.gtceu.neptunium_237": "Neptunium 237",
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"material.gtceu.caesium_137": "Caesium 137",
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"material.gtceu.americium_241": "Americium 241",
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"material.gtceu.californium_252": "Californium 252",
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"material.gtceu.boron_10": "Boron 10",
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"material.gtceu.residual_radioactive_concoction": "Residual Radioactive Concoction",
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"material.gtceu.regolith_vapor": "Regolith Vapor",
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"material.gtceu.dense_ostrum_vapor": "Dense Ostrum Vapor",
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@ -803,6 +803,7 @@
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"block.tfg.cooling_tower": "Nuclear Cooling Tower",
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"block.tfg.smr_generator": "Small Modular Turbine",
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"block.tfg.casings.machine_casing_desh_ptfe": "Radiation-Safe Desh Casing",
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"block.tfg.uv_smr_fluid_import_hatch": "SMT Input Hatch",
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"block.tfg.growth_monitor": "Growth Monitor",
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"block.tfg.sample_rack": "Sample Rack",
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"block.tfg.casings.machine_casing_sterilizing_pipes": "Sterilizing Pipes",
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@ -810,6 +811,7 @@
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"block.tfg.impure_moderate_core": "Impure Moderate Core",
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"block.tfg.moderate_core_frame": "Moderate Core Frame",
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"block.tfg.impure_moderate_core_frame": "Impure Moderate Core Frame",
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"block.tfg.heat_battery_mk1": "Heat Battery",
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"tfg.block_entity.artisan_table": "Artisan Table",
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"block.tfg.artisan_table": "Artisan Table",
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"fluid.tfg.heavy_ammoniacal_water": "Heavy Ammoniacal Water",
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@ -1138,10 +1140,12 @@
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"item.tfg.clean_dna_syringe": "Clean Syringe",
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"item.tfg.stainless_steel_needle": "Stainless Steel Needle",
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"item.tfg.empty_rod": "Empty Fissile Fuel Rod",
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"item.tfg.empty_rod_t2": "Empty Beryllium Fissile Fuel Rod",
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"item.tfg.empty_rod_t3": "Empty Zirconium Fissile Fuel Rod",
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"item.tfg.thorium_rod": "Thorium Fuel Rod",
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"item.tfg.uranium_rod": "Uranium Fuel Rod",
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"item.tfg.plutonium_rod": "Plutonium Fuel Rod",
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"item.tfg.tbu_232_rod": "TBU-232 Fuel Rod",
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"item.tfg.tbu_232_rod": "T-Rod Fuel",
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"item.tfg.refrigerant_pellet": "Refrigerant Pellet",
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"item.tfg.graphite_compound": "Graphite Compound",
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"item.tfg.raw_graphite_briquette": "Raw Graphite Briquette",
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@ -1280,6 +1284,7 @@
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"material.tfg.silica_gel": "Silica Gel",
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"material.tfg.soaked_silica_gel": "Acetone Soaked Silica Gel",
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"material.tfg.heavy_water": "Heavy Water",
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"material.tfg.warm_water": "Warm Water",
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"material.tfg.semiheavy_water": "Semiheavy Water",
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"material.tfg.nuclear_residue": "Nuclear Residue",
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"material.tfg.oxidized_nuclear_residue": "Oxidized Nuclear Residue",
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@ -1340,6 +1345,7 @@
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"material.tfg.americium_241": "Americium 241",
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"material.tfg.californium_252": "Californium 252",
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"material.tfg.neptunium_237": "Neptunium 237",
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"material.tfg.tbu_waste": "T Waste",
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"material.tfg.mixed_radioactive_fluid": "Mixed Radioactive Fluid",
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"material.tfg.degraded_solvent_stream": "Degraded Solvent Stream",
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"material.tfg.boron_enriched_coolant": "Boron Enriched Coolant",
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@ -1351,10 +1357,20 @@
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"material.tfg.residual_sludge": "Residual Sludge",
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"material.tfg.sodium_fluoride": "Sodium Fluoride",
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"material.tfg.trace_catalyst_salt_e": "Trace Catalyst Salt E",
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"material.tfg.copper_trace_catalyst_dust": "Copper Trace Catalyst",
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"material.tfg.copper_trace_catalyst": "Copper Trace Catalyst",
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"material.tfg.organic_stabilizer": "Organic Stabilizer",
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"material.tfg.inert_dust_fraction": "Inert Fraction",
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"material.tfg.recovered_ionic_complex": "Recovered Ionic Complex",
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"material.tfg.boron_10_hydroxide": "Boron-10 Hydroxide",
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"material.tfg.sodium_deuteroxide": "Sodium Deuteroxide",
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"material.tfg.boron_thrichloride": "Boron Trichloride",
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"material.tfg.enriched_boron_thrichloride": "Enriched Boron Trichloride",
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"material.tfg.booster_t3": "NYI",
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"material.tfg.radioactive_effluent": "Radioactive Effluent",
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"material.tfg.high_grade_isotopic_solvent": "High Grade Isotopic Solvent",
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"material.tfg.degraded_high_grade_isotopic_solvent": "Degraded High Grade Isotopic Solvent",
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"material.tfg.spent_ticl4_doped_supercritical_co2": "Hot TiCl₄ Doped Supercritical CO₂",
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"material.tfg.ticl4_doped_supercritical_co2": "TiCl₄ Doped Supercritical CO₂",
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"material.tfg.glucose": "Glucose",
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"material.tfg.galactose": "Galactose",
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"material.tfg.fructose": "Fructose",
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@ -1388,6 +1404,7 @@
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"material.tfg.phenolic_resin": "Phenolic Resin",
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"material.tfg.magnesium_hydroxide": "Magnesium Hydroxide",
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"material.tfg.magnesia_refractory_brick": "Resin-Bonded Magnesia Refractory Brick",
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"material.tfg.nichromium_iodomethylate": "Nichromium Iodomethylate",
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"ore_vein.tfg.deep_sheldonite": "Cooperite & Bornite",
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"ore_vein.tfg.deep_garnet_amethyst": "Amethyst & Garnet",
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"ore_vein.tfg.deep_garnet_opal": "Opal & Garnet",
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@ -1800,6 +1817,22 @@
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"tfg.gui.cycle_duration": "Cycle duration: ",
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"tfg.emi.bacon_requirement": "Bacon - The Raw Pork must be smoked first",
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"tag.item.tfg.dried_fruit": "Dried Fruit",
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"tfg.nuclear.average_heat.text": "Heat: From %s to %s",
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"tfg.nuclear.skip": "",
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"tfg.machine.aux_exchanger.heat.title": "=== Heat Information ===",
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"tfg.machine.aux_exchanger.recipe_temperature": "Recipe Temperature: ",
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"tfg.machine.aux_exchanger.recipe_temperature.desc": "Temperature required by this recipe",
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"tfg.machine.aux_exchanger.battery_temperature": "Battery Temperature: ",
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"tfg.machine.aux_exchanger.battery_temperature.desc": "Current temperature of the heat battery",
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"tfg.machine.aux_exchanger.hu_consumed": "HU Consumed: ",
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"tfg.machine.aux_exchanger.hu_consumed.desc": "Heat units consumed per recipe cycle",
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"tfg.machine.aux_exchanger.total_hu": "Total HU Available: ",
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"tfg.machine.aux_exchanger.total_hu.desc": "Total heat units stored in the heat battery",
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"tfg.machine.aux_exchanger.speed_modifier": "Speed Modifier: ",
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"tfg.machine.aux_exchanger.speed_modifier.desc": "Recipe speed based on battery temperature",
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"tfg.machine.aux_exchanger.heat_unavailable": "Heat information unavailable",
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"tfg.machine.aux_echanger.output.title": "=== Output ===",
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"tfg.multiblock.turbine.obstructed": "Your turbine is obstructed, check under and inside the chimney that there is nothing blocking it",
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"tfc.jei.flint_knapping": "Flint Knapping",
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"tfc.jei.straw_knapping": "Straw Knapping",
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"tfc.recipe.barrel.tfg.barrel.dyeing.decorative_vase.black": "Dyeing",
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@ -2291,11 +2324,11 @@
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"quests.extreme_voltage.reactor_components.desc.2": "As discussed earlier, running three &eThorium Rods&r will push your reactor’s heat to around &c420&r, just above the default limit. However, you can safely reach that threshold by improving your &6reactor insulation&r.&r\n\nAdding &e10 Framed Glacial Wool&r or &e20 Framed AES Insulation&r blocks inside the structure will raise your reactor’s Max Heat to &e420&r, allowing you to operate with three Thorium Rods without triggering cooldown mode.&r\n\nKeep in mind, though, that increasing the number of active rods will also accelerate their &adurability loss&r. This means each rod will produce less steam per tick on average, reducing its &aefficiency&r, but on the other hand, it will &bspeed up fission material production&r significantly.\n\nWhether you prefer &aefficiency&r or &bthroughput&r is entirely up to you - that’s the balancing act at the heart of mastering the &6Fission Reactor&r.",
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"quests.extreme_voltage.heat_exchanger.title": "Heat Exchanger",
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"quests.extreme_voltage.heat_exchanger.subtitle": "All that heat's gotta go somewhere!",
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"quests.extreme_voltage.heat_exchanger.desc.1": "The &6Heat Exchanger&r is a critical component for the next step of your Fission Line - not only for cooling, but also for producing more &eHigh Pressure Steam&r, the steam that powers your Nuclear Turbine.\n\nIt features &bPerfect Overclocking&r and &bSubtick Processing&r. If these terms sound unfamiliar, we strongly recommend reviewing the &dGregTech Energy Chapter&r to fully understand how they affect performance.",
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"quests.extreme_voltage.heat_exchanger.desc.1": "The &6Heat Exchanger&r is a critical component for the next step of your Fission Line - not only for cooling, but also for producing more &eHigh Pressure Steam&r, the steam that powers your Nuclear Turbine. We strongly advise you to use one for each reactor as they can have an hard time processing different recipes.\n\nIt features &bPerfect Overclocking&r and &bSubtick Processing&r. If these terms sound unfamiliar, we strongly recommend reviewing the &dGregTech Energy Chapter&r to fully understand how they affect performance.",
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"quests.extreme_voltage.heat_exchanger.desc.2": "Don’t hold back! Install a &516A EV Energy Hatch&r right from the start so you’ll never have to worry about speed or throughput limitations.\n\nWe also provide you with a &9Machine Controller&r to attach to your Heat Exchanger’s main controller. We’ve noticed that the machine can sometimes disable itself unexpectedly, so be sure to enable &ePrevent Power Failing&r. This will counter the GregTech mechanic that shuts down machines when they momentarily lose power.",
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"quests.extreme_voltage.refrigerant_pellet.title": "Refrigerant Pellets",
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"quests.extreme_voltage.refrigerant_pellet.subtitle": "A temporary solution to extreme temperatures",
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"quests.extreme_voltage.refrigerant_pellet.desc": "The &dPlutonium Fuel Rod&r runs at extremely high temperatures - so high, in fact, that you’ll need to use &bRefrigerant Pellets&r inside your reactor to prevent it from going into cooldown mode.\n\nThese pellets are quite expensive to produce, but you should still be able to mass-produce them early on, or at least enough to keep your first few plutonium rods operational. You need approximatively &9256&r to run a full Plutonium Rod.\n\nLater on, if you don’t like constantly crafting these consumables, you’ll gain access to &6advanced reactor components&r. With those installed, your reactor will be able to safely reach up to &e600 Max Heat&r, greatly improving efficiency and stability.\n\nInvest in better internal parts early, to spend less time babysitting your power core.",
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"quests.extreme_voltage.refrigerant_pellet.desc": "The &dPlutonium Fuel Rod&r runs at extremely high temperatures - so high, in fact, that you’ll need to use &bTerraFirmaGuard PA6&r inside your reactor to prevent it from going into cooldown mode.\n\nThese pellets are quite expensive to produce, but you should still be able to mass-produce them early on, or at least enough to keep your first few plutonium rods operational. You need approximatively &9256&r to run a full Plutonium Rod.\n\nLater on, if you don’t like constantly crafting these consumables, you’ll gain access to &6advanced reactor components&r. With those installed, your reactor will be able to safely reach up to &e600 Max Heat&r, greatly improving efficiency and stability.\n\nInvest in better internal parts early, to spend less time babysitting your power core.",
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"quests.extreme_voltage.important_info.title": "Before starting",
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"quests.extreme_voltage.important_info.subtitle": "Not an easy place to start",
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"quests.extreme_voltage.important_info.desc.1": "Before you start building your base on &cMars&r, here are a few important tips to help you settle in successfully.&r\n\nBefore crafting up an entire base to carry in your pocket, we always recommend having an exploration mission before you start setting down!",
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@ -2310,16 +2343,17 @@
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"quests.extreme_voltage.thorium_rod.desc.1": "Each &6Fuel Rod&r comes with its own set of properties including &adurability&r (how long it lasts in the reactor), &cheat generation&r (how much heat it produces), and even different &eproducts&r and &bsteam output levels&r. You can view all of this information directly in the &aEMI&r tabs for each rod.&r\n\nBefore diving into how the Fission Reactor functions, here are some key points to understand:&r",
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"quests.extreme_voltage.thorium_rod.desc.2": "• The &eHeat Percentage&r shown on a fuel rod translates to slightly less than double its value inside the reactor. For example, a &eThorium Rod&r with a &cHeat&r of 70%% will generate just under 140 heat when enough &bHeavy Water&r is pumped into your reactor. This heat increase is &aadditive&r, meaning that 2 Thorium Rods will raise your reactor’s total heat to around 280.&r",
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"quests.extreme_voltage.thorium_rod.desc.3": "• &aDurability&r decreases at the same base rate for all rods. However, the higher the reactor’s temperature, the faster the rods degrade. Because of this, even if a certain rod type has 4× the durability of another, it doesn’t necessarily mean it will last 4× longer, as &ctemperature directly impacts longevity&r.&r\n\nBalancing the amount of rods within the reactor will be your first challenge with Fission.",
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"quests.extreme_voltage.thorium_rod.desc.4": "• &6Average Heat&r is simply the mean temperature of the reactor while the rod was inside it. Depending on this &laverage heat value&r, the depleted rod will yield &bdifferent output products&r.\n\nYou can browse &bEMI&r to preview the possible results and see exactly what each depleted rod produces at specific temperature ranges.",
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"quests.extreme_voltage.fission_reactor.title": "Fission Reactor",
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"quests.extreme_voltage.fission_reactor.subtitle": "Oh no, it's on cooldown again",
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"quests.extreme_voltage.fission_reactor.desc.1": "To start off, if you’re looking for a deeper dive into &6Fission Reactor&r mechanics including formulas, detailed calculations, and system behavior, check out the quest in the &aGregTech Energy&r chapter. It covers everything you’ll need if you want to get into the math behind the heat and efficiency systems.&r\n\nFor now, let’s focus on your very first &6Thorium Reactor&r. Its base &cMax Heat&r is &e400&r. As explained in the previous quest, running two Thorium Rods will push your internal heat to around &e280&r, which is perfectly safe. However, adding a third rod raises the total to about &c420 Heat&r, exceeding the limit and triggering &ccooldown mode&r.",
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"quests.extreme_voltage.fission_reactor.desc.2": "Don’t worry, there’s no explosion, but your reactor will shut down and won’t restart until it fully cools back to 0 Heat. This will completely halt both your &aenergy production&r and your &afission product&r generation - a major setback.\n\nManaging how many rods are active will therefore be your first &6challenge&r and the main minigame of Fission.\n\nThere are multiple ways to approach this, and experimentation is part of the fun.\n\nOne way is by attaching a &6Redstone Port&r to your reactor, and using a &aWrench&r on it switches its monitoring mode between &erod count&r and &cheat level&r.\n\nFinally, note that all rods are stored inside the &6Fuel Holder&r. That means limiting the number of active rods isn’t as simple as having 2 rods in the input bus, &cyou’ll need to control what enters the Input Bus&r to fine-tune your reactor’s operation.",
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"quests.extreme_voltage.fission_reactor.desc.2": "Don’t worry, there’s no explosion, but your reactor will shut down and won’t restart until it fully cools back to 0 Heat. This will completely halt both your &aenergy production&r and your &afission product&r generation - a major setback.\n\nAlso be aware that each time your reactor enters cooldown mode, every fuel rod inside will receive &c10 000 Heat&r, which can lead to extremely poor outputs or even disastrous losses. Be very cautious, as this is something you absolutely want to avoid.\n\nManaging how many rods are active will therefore be your first &6challenge&r and the main minigame of Fission.\n\nThere are multiple ways to approach this, and experimentation is part of the fun.\n\nOne way is by attaching a &6Redstone Port&r to your reactor, and using a &aWrench&r on it switches its monitoring mode between &erod count&r and &cheat level&r.\n\nFinally, note that all rods are stored inside the &6Fuel Holder&r. That means limiting the number of active rods isn’t as simple as having 2 rods in the input bus, &cyou’ll need to control what enters the Input Bus&r to fine-tune your reactor’s operation.",
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"quests.extreme_voltage.high_pressure_steam.title": "High Pressure Steam",
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"quests.extreme_voltage.high_pressure_steam.subtitle": "Better steam, bigger turbine",
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"quests.extreme_voltage.high_pressure_steam.desc": "&4Important Info&r: If the reactor doesn't have enough space to output High Pressure Steam, it will simply void.\n\nFor balancing (and pipe throughput) reasons, the &6Fission Reactor&r does not produce regular steam. Instead, it generates &bHigh Pressure Steam&r, which can only be used in a &6Nuclear Steam Turbine&r.\n\nAttempting to run it through a standard Steam Turbine will &cnot work&r.",
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"quests.extreme_voltage.ev_superconductor.title": "EV Superconductors",
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"quests.extreme_voltage.ev_superconductor.subtitle": "Bigger Amp ability",
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"quests.extreme_voltage.ev_superconductor.desc": "Now that you've processed some &eUranium&r, you should check out the &5EV Superconductors&r.\n\nThese superconductors have higher amp capacity, helping you move energy efficiently across your base and ensuring your &6Nuclear Steam Turbines&r output reaches all your machines without loss.",
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"quests.extreme_voltage.ev_superconductor.desc": "Now that you've processed some &eRadon&r, you should check out the &5EV Superconductors&r.\n\nThese superconductors have higher amp capacity, helping you move energy efficiently across your base and ensuring your &6Nuclear Steam Turbines&r output reaches all your machines without loss.",
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"quests.extreme_voltage.uraninite_dust.subtitle": "That's a lot of rods",
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"quests.extreme_voltage.uraninite_dust.desc": "To craft your &eUranium Fuel Rods&r, you’ll need a substantial amount of &eUraninite&r - around &c240 Dust&r per rod. Start mining it early to keep up with demand later.\n\nThe largest veins can be found on Mars, where some deposits reach &aimpressive sizes&r. Later in your progression, you’ll be able to produce Pitchblende and Uraninite Dust &ainfinitely&r using the &6Ostrum Linear Accelerator&r, but we’ll cover that in more detail in a future quest.",
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"quests.extreme_voltage.uranium_line.title": "The Uranium Line",
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"quests.extreme_voltage.radioactive_concoction.title": "Residual Radioactive Concoction",
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"quests.extreme_voltage.radioactive_concoction.subtitle": "Don't void this one!",
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"quests.extreme_voltage.radioactive_concoction.desc": "The &dResidual Radioactive Concoction&r is a very important byproduct of the Fission Line. Its main use is to produce infinite ores with the &bOstrum Linear Accelerator&r, but it is also required to unlock the &bGrowth Chamber&r.\n\nIf you want to build Fission Reactors outside of Mars, you will also need a continuous supply of it.",
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"quests.extreme_voltage.ostrum_linear.subtitle": "Infinite but next level",
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"quests.extreme_voltage.ostrum_linear.desc": "The &bOstrum Linear Accelerator&r allows you to create various materials using different products from the Fission Line. This multiblock supports a large number of &bInput Buses&r and &bInput Hatches&r, and since all of its recipes are quite fast, a single unit should be enough to cover all your needs.\n\nWe strongly recommend crafting some &eSpray Cans&r with different colors to organize your inputs and outputs. For example, if you color an Input Bus and an Input Hatch in &9blue&r, only those two will interact together, preventing recipe conflicts and ensuring smoother automation.",
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"quests.extreme_voltage.ostrum_linear.subtitle": "It does a bit of everything",
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"quests.extreme_voltage.ostrum_linear.desc": "The &5Ostrum Linear Accelerator&r allows you to create various materials using different products from the &cFission Line&r; this multiblock supports a large number of &aInput Buses&r and &aInput Hatches&r and can also be expanded vertically to increase its capacity.\n\nTo operate the &5Ostrum Linear Accelerator&r, it must be placed next to a &6Heat Battery&r, ensuring that the &cHeat Port&r from the &6Heat Battery&r is in direct contact with the &cHeat Input Hatch&r of the OLA; like the &6Heat Battery&r, it consumes &cHeat Units&r for every recipe and requires a minimum &eTemperature&r for specific recipes, and it is important to note that the higher the temperature compared to the required minimum, the faster the recipe will run.\n\nWe strongly recommend crafting &bSpray Cans&r in different colors to organize your inputs and outputs; for example, if you color an &aInput Bus&r and an &aInput Hatch&r in &9blue&r, only those two will interact with each other, preventing recipe conflicts and ensuring smoother automation.",
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"quests.extreme_voltage.pss.subtitle": "A glorified battery",
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"quests.extreme_voltage.pss.desc": "The &ePower Substation&r was moved from &1IV&r to &5EV&r so you can build it directly on Mars, where energy management can be quite challenging with Fission Power. It’s not mandatory, so feel free to skip it if you prefer.\n\nIf you want to learn more about how this multiblock works, check out its detailed entry in the &aEnergy Chapter&r.",
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"quests.extreme_voltage.liquid_air.title": "Earth Air",
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@ -2508,6 +2542,20 @@
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"quests.extreme_voltage.btx_loop.subtitle": "Getting back as much as you can",
|
||||
"quests.extreme_voltage.btx_loop.desc.1": "The last part of this chain consists in recycling your Used Catalyzer. The overall process is fairly straightforward, and the main challenge will be maintaining a continuous supply of &aReinforced Epoxy Resin Plates&r and &eGlue&r.\n\nIf you still have your &2tapping system&r in place, it should be more than sufficient to produce all the resin required to craft your Glue. Alternatively, using an &bExtractor&r on logs is also a perfectly viable option. This method is slightly more &cpower-hungry&r, but the choice is entirely up to you depending on your infrastructure.",
|
||||
"quests.extreme_voltage.btx_loop.desc.2": "A small remark regarding &9Diluted Hydrochloric Acid&r: it can be easily produced by reacting &bWater&r with &aChlorine&r. You could store your &dHypochlorous Acid&r, or &7Electrolyze&r it if you wish to recover &fhalf of your Chlorine&r.\n\nAs for &6Sulfuric Acid&r, you should already have access to an &ainfinite source of Sulfur&r through your &ePetrochemical Distillation&r setup. If this is not yet the case, we strongly advise you to address this as soon as possible. Alternatively, the &7Coal Tar&r obtained while producing &bReformate Gas&r can be reconverted into &2Hydrogen Sulfide&r and ultimately refined back into &6Sulfur&r.",
|
||||
"quests.extreme_voltage.nichromium_iode.title": "Nichromium Iodomethylate",
|
||||
"quests.extreme_voltage.nichromium_iode.subtitle": "Better heating conductivity",
|
||||
"quests.extreme_voltage.nichromium_iode.desc": "This alloy will be required to craft your new &6RTM Coils&r; while the costs are not excessive, you will need to find the &cCrimsene&r and &9Warpane&r trees on &4Mars&r, and since you may need a large amount of &6RTM Coils&r and &bIodine&r, do not forget to set up a solid passive income using &asap&r.",
|
||||
"quests.extreme_voltage.heat_battery.subtitle": "A better Heat Exchanger",
|
||||
"quests.extreme_voltage.heat_battery.desc": "The &6Heat Battery&r is a multiblock capable of storing &cHeat&r from hot coolants coming directly from your &cFission Reactor&r, which can then be used either to heat other fluids or to be consumed in the &5Ostrum Linear Accelerator&r.\n\nThe mechanic is fairly simple: depending on the fluid being input, the &6Heat Battery&r can reach higher temperatures, and you can check how much temperature a fluid can provide by browsing &bEMI&r under the Heat Battery Import recipes tab; conversely, you can spend your &cHeat Units&r by warming fluids, and like the EBF, some recipes require a minimum temperature, for example, producing &bHigh Pressure Steam&r from &9Distilled Water&r requires the Heat Battery to be at least at &c1000°&r.\n\nFinally, just like the &cFission Reactor&r, you can add specific blocks (tag &7#components_hb&r) to increase both the maximum reachable temperature of your &6Heat Battery&r and how many &cHeat Units&r it can store.",
|
||||
"quests.extreme_voltage.dense_ostrum_vapor.title": "Dense Ostrum Vapor",
|
||||
"quests.extreme_voltage.dense_ostrum_vapor.subtitle": "Fission on Earth?",
|
||||
"quests.extreme_voltage.dense_ostrum_vapor.desc": "The &6Dense Ostrum Vapor&r is required to craft &cT-Rod Fuel&r, which you will need to start &eFission&r for power generation; more uses will be added with each new update, so stay tuned.\n\nNote that you can also use it to get more Light Ostrum Vapor if you ever feel the need.",
|
||||
"quests.extreme_voltage.ostrum_vapor.title": "Ostrum Vapor",
|
||||
"quests.extreme_voltage.ostrum_vapor.subtitle": "We really need to chill",
|
||||
"quests.extreme_voltage.ostrum_vapor.desc": "The first use of &6Ostrum Vapor&r is allowing you to craft &bTerrafirmaguard PA6&r, which you will need to run your &cPlutonium Reactor&r without losing all your &3Tritiated Water&r.\n\nLater, when you unlock &eFission Energy&r and the &aSmall Modular Turbine&r, &dPolyalkylene Lubricant&r becomes an extremely strong asset for producing more power in your isolated outposts.",
|
||||
"quests.extreme_voltage.light_ostrum_vapor.title": "Lightweight Ostrum Vapor",
|
||||
"quests.extreme_voltage.light_ostrum_vapor.subtitle": "Infinite ores?",
|
||||
"quests.extreme_voltage.light_ostrum_vapor.desc": "With the help of &6Lightweight Ostrum Vapor&r, you can begin producing infinite ores, especially those required for the &cFission Line&r. There are three tiers of infinite ores:\n\n&eCircuit 1&r is not self-sufficient but can still be helpful if you are truly tired of mining.\n\n&eCircuit 2&r is &dThorium&r positive, meaning that simply by running your &cFission Line&r, you will produce more &dThorium&r than you consume.\n\n&eCircuit 3&r is the final and best tier, where you generate more resources than are required to produce the ores themselves; you become net positive in &dThorium&r and &aUraninite&r, allowing you to fully automate the &cFission Line&r on &4Mars&r for infinite resources, &bNano CPU&r, and everything needed to run &eFission Energy&r on &2Earth&r.",
|
||||
"quests.gregtech_energy": "GregTech Energy",
|
||||
"quests.gregtech_energy.subtitle": "So how does all of that work?",
|
||||
"quests.gregtech_energy.start.title": "Let's do some explaining",
|
||||
|
|
@ -2596,14 +2644,17 @@
|
|||
"quests.gregtech_energy.btx.desc": "Obtaining the &5EV Energy Hatches&r means you can finally get &eBTX Fuel&r (Benzene-Toluene-Xylene) production started. This fuel will last you for a very long time and remains competitive in a &6Large Turbine&r well into the late game. Even if it looks like a massive undertaking at first, rest assured that it will be well worth the effort.\n\nThis production line requires a large number of wood-based products. Sap becomes relevant again due to the need for &eGlue&r — you can either tap your trees passively or extract it directly from logs. You will also need to distill &eWood Tar&r in a &6Distillation Tower&r. Beyond that, make sure you can produce infinite amounts of &eEthanol&r, &eNether Quartz&r, &eSodium&r, &eAmmonia&r, &eLye&r, and &eReinforced Epoxy Resin Sheets&r.\n\nIf you want a more detailed breakdown of the BTX Fuel production chain, refer to the &5EV&r Chapter.",
|
||||
"quests.gregtech_energy.fission_rod.title": "Fission Fuels",
|
||||
"quests.gregtech_energy.fission_rod.subtitle": "Don't get me too hot",
|
||||
"quests.gregtech_energy.fission_rod.desc.1": "The Earth Fission materials are NYI but may come sooner than later",
|
||||
"quests.gregtech_energy.fission_rod.desc.2": "",
|
||||
"quests.gregtech_energy.fission_rod.task": "",
|
||||
"quests.gregtech_energy.fission_rod.desc.1": "To begin producing power on &2Earth&r, you will need to invest in an impressive setup on &4Mars&r to produce and process &cT-Rod Fuel&r; every time you craft a new &cT-Rod&r, you must use an &5OLA&r recipe, which is quite expensive, but the advantage is that the rods are fully recyclable after being depleted.\n\nAfter obtaining your first &cT-Rod&r, it is very important to decide which isotope you want to target.",
|
||||
"quests.gregtech_energy.fission_rod.desc.2": "The &aAmericium Rod&r has extremely high durability but very low &cHeat&r, and it is the only rod that can be used in a &eSmall Fission Reactor&r; this incredibly potent rod is very difficult to obtain, as you will need to run your &cFission Reactor&r at an extremely low temperature to maximize americium output—refer to EMI to determine the heat range you should target.\n\nThe &bNeptunium Rod&r is the standard option, offering good power output and good durability; it can produce up to &1360k EU/t&r at &1IV&r but requires a very extensive infrastructure, and with one &cFission Reactor&r, one &6Heat Battery&r, and one &9Cooling Tower&r, you should be able to generate a massive amount of steam in a perfectly looped system.",
|
||||
"quests.gregtech_energy.fission_rod.desc.3": "Be very cautious, however: if your &cT-Rods&r are operated at too high a temperature, you will lose part of the &8TBU Waste&r and will not be able to fully recycle the rod; always be extremely careful when running a &cT-Rod&r, as losing them is something you absolutely want to avoid.\n\nWhen targeting specific temperatures to increase isotope yield, remember that you can mix multiple rods together, and as always, refer to EMI to see which rods use which coolants.",
|
||||
"quests.gregtech_energy.smr.title": "Small Modular Reactor",
|
||||
"quests.gregtech_energy.smr.subtitle": "Finally Power for these far outposts",
|
||||
"quests.gregtech_energy.smr.desc.1": "The Small Modular Reactor is NYI but may come sooner than later",
|
||||
"quests.gregtech_energy.smr.desc.2": "",
|
||||
"quests.gregtech_energy.smr.task": "",
|
||||
"quests.gregtech_energy.smr.desc.1": "If you manage to obtain two &aAmericium-241 Rods&r, you can start looking into the &eSmall Fission Reactor&r and the &aSmall Modular Turbine&r; this generator setup is ideal for long-term, sustainable power generation with no required interaction, making it perfect for isolated outposts or as backup power for your base if everything goes wrong.",
|
||||
"quests.gregtech_energy.smr.desc.2": "In the &eSmall Fission Reactor&r, you must install two &bFuel Holders&r, as this is the minimum required to produce power, and then craft enough &3TiCl2 Doped Supercritical CO2&r, which is the only coolant this reactor can use; the good news is that the system will be perfectly looped.\n\nTo set up the &aSmall Modular Turbine&r, you must use its dedicated &aSMT Input Hatches&r, as no other input hatches will function; the modular aspect comes from the requirement to use a &eLubricant&r to run the generator, either the &bGregTech&r one or the version produced with the &5OLA&r, which doubles efficiency, and you can further enhance output by adding a &dBooster&r—currently &bOzone&r or &61,1-Cyclohexanediyl Dihydroperoxide&r—to increase the amount of &eEU&r produced.",
|
||||
"quests.gregtech_energy.smr.desc.3": "While this setup may seem intimidating at first, the benefit of having an extremely long-lasting and reliable power source anywhere in the world is significant, making it well suited for isolated harvesters, miners, or even a fully independent base.",
|
||||
"quests.gregtech_energy.cooling_tower.subtitle": "Finally Fission Power on Earth",
|
||||
"quests.gregtech_energy.cooling_tower.desc.1": "The most traditional way to generate power using &eFission Energy&r is through a combination of a &6Heat Battery&r and a &9Cooling Tower&r; the amount of &9Distilled Water&r required is so high that you should not expect to skip the tower. The initial setup usually consists of a &cFission Reactor&r running &bNeptunium Rods&r (you may also add some &aAmericium Rods&r) using &eBoron Coolant&r, which is then cooled through the &6Heat Battery&r.",
|
||||
"quests.gregtech_energy.cooling_tower.desc.2": "The &cHeat Units&r generated this way should be used to produce &bHigh Pressure Steam&r from &9Distilled Water&r; this steam can then be sent to &eNuclear Turbines&r, which will output &aWarm Water&r that is cooled back into &9Distilled Water&r using the &9Cooling Tower&r. Be prepared to allocate a large amount of space for this setup.\n\nAs a helpful tip, remember that the &9Cooling Tower&r requires a circuit to be selected to operate, and the higher the circuit, the higher the flow rate it can handle.",
|
||||
"quests.gregtech_energy.gasoline.title": "Gasoline",
|
||||
"quests.gregtech_energy.gasoline.subtitle": "The middle child",
|
||||
"quests.gregtech_energy.gasoline.desc": "&aGasoline&r is a really strong combustion fuel that you unlock at &6HV&r, but realistically only begin to make when you build your first &6Distillation Towers&r. &7Toluene&r is easily made from &7Wood Tar&r or &7Heavy Fuel&r, while everything else you need is &dRefinery Gas&r, &eNaphtha&r, and a mix of &3Oxygen&r, &bHydrogen&r, and &1Carbon&r.\n\nIt's strong, quite easy to make, and even better, it can be upgraded into &cHigh Octane Gasoline&r.",
|
||||
|
|
@ -2903,6 +2954,8 @@
|
|||
"quests.high_voltage.pisciculture.subtitle": "A multiblock for pollock.",
|
||||
"quests.high_voltage.pisciculture.desc.1": "The &bPisciculture Fishery&r is not only your one stop shop for infinite fish, but also a supporting multiblock in the &3Aquaponics Loop&r. A circular loop of recipes between the Pisciculture fishery and the &2Electric Greenhouse&r which boosts each others yields and if done properly--Will require no external inputs.",
|
||||
"quests.high_voltage.pisciculture.desc.2": "&5Note:&r The structure can be filled with any liquid with the fluid tag &o&7#tfg:pisciculture_fishery_fluids&r&r. But, be aware that some fluids will freeze in space and that some recipes may not run if the multiblock controller is not in an &noxygenated environment&r.",
|
||||
"quests.high_voltage.multi_structure_terminal.subtitle": "Simply better",
|
||||
"quests.high_voltage.multi_structure_terminal.desc": "The &4Multi-Structure Manager&r is an advanced terminal and a direct upgrade from the GregTech one. You can use it the same way to &ebuild a multiblock&r by right-clicking a controller, with the &dadded options&r to choose the tier (size of the multiblock or coils used) and whether to place Input/Output ports.\n\nIt can also scan nearby multiblocks to upgrade their hatches or coils, and if linked to your &bME Network&r, it can directly use your ME Storage to upgrade the ports.",
|
||||
"quests.low_voltage": "&7LV&r - Low Voltage",
|
||||
"quests.low_voltage.subtitle": "Tame electricity and begin your GregTech journey",
|
||||
"quests.low_voltage.lv_machine_hull.title": "Your second machine hull",
|
||||
|
|
@ -3454,6 +3507,9 @@
|
|||
"quests.medium_voltage.stainless_greate.title": "Stainless Steel-tier Greate",
|
||||
"quests.medium_voltage.stainless_greate.subtitle": "High Stress",
|
||||
"quests.medium_voltage.stainless_greate.desc": "This quest is just here to let you know that Greate has another upgrade at this point.\n\nYou may find the next tier of Crushing Wheels useful, as they can give the full amount of byproducts, just like the HV Macerator, but also process multiple items at the same time!",
|
||||
"quests.medium_voltage.terminal_dismantler.title": "Dismantler Terminal",
|
||||
"quests.medium_voltage.terminal_dismantler.subtitle": "When your wrench isn't fast enough",
|
||||
"quests.medium_voltage.terminal_dismantler.desc": "The &8Dismantler&r is an amazing tool, allowing you to dismantle your multiblocks instantly by simply shift-right-clicking the controller, though be wary that the Multiblock must be fully formed to be completely dismantled.",
|
||||
"quests.metal_age": "Metallurgy Age",
|
||||
"quests.metal_age.subtitle": "Your First Technological Advancements.",
|
||||
"quests.metal_age.weld_bronze_ingots.title": "Welding Bronze",
|
||||
|
|
|
|||
|
|
@ -1801,6 +1801,7 @@
|
|||
"tfg.tooltip.hotornot_cold_equipment": "§7提供对所有§b低温§7物品、流体和管道的防护。§r",
|
||||
"tfg.tooltip.hotornot_floating_equipment": "§7提供对所有§e比空气轻§7的气体的防护。§r",
|
||||
"tfg.tooltip.polycaprolactam": "也称为尼龙",
|
||||
"tfg.tooltip.vessel_warning": "§c加热过满的小缸将销毁所有溢出的金属，并可能毁掉你正在冶炼的合金！§r",
|
||||
"tfg.tooltip.machine.one_energy_hatch": "只允许有且仅有§61个§f能源仓。",
|
||||
"tfg.tooltip.machine.two_energy_hatches": "允许有最多§62个§r能源仓。",
|
||||
"tfg.tooltip.machine.subtick": "这台机器支持§2子刻机制§r！",
|
||||
|
|
@ -3302,7 +3303,7 @@
|
|||
"quests.medium_voltage.mv_component.desc": "&bMV&r阶段所需组件清单如下。为减轻负担，建议对这些零件进行自动化或&d批量合成&r，尤其是&a马达&r。\n\n熟悉&a发射器&r吗？本阶段的发射器配方需要&d无瑕的绿宝石&r，目前只能通过&3筛选机&r获取。\n\n若用作覆盖版，传送带、泵与机械臂均为&7LV&r版本的实打实升级。",
|
||||
"quests.medium_voltage.electrolyzer.title": "MV电解机",
|
||||
"quests.medium_voltage.electrolyzer.subtitle": "我们成功进入了MV时代，不过...",
|
||||
"quests.medium_voltage.electrolyzer.desc.1": "&b这个设备看起来应该很熟悉&r——你之前已经见过它了。\n&2我们强烈建议你尽快制作它&r，因为它将解锁大量新的&7铝&r来源。\n\n在此之前，你唯一获取&7铝粉&r的方法是&9电解蓝宝石&r。\n但随着&bMV&r电解机的出现，资源的利用将开启全新领域。",
|
||||
"quests.medium_voltage.electrolyzer.desc.1": "&b这个设备看起来应该很熟悉&r——你之前已经见过它了。\n&2我们强烈建议你尽快制作它&r，因为它将解锁大量新的&7铝&r来源。\n\n在此之前，你获取&7铝粉&r的方法仅限于&9电解蓝宝石&r和矿石加工的副产物。。\n但随着&bMV&r电解机的出现，资源的利用将开启全新领域。",
|
||||
"quests.medium_voltage.electrolyzer.desc.2": "&6以下是一些需要寻找的关键材料：&r\n&9红宝石&r – 同时提供&7铝&r和&5铬&r。\n&9镁铝榴石&r – 通常与蓝宝石矿脉一起找到。\n&9锂云母&r – 提供大量有价值的副产物选择。\n&9方钠石&r – 附带&3氯&r和&b硅&r。\n&9黄玉&r – 以固体形式产出&3氟&r和&7铝&r。\n\n&2而这仅仅是个开始！&r使用&aEMI&r探索更多选项——我们保证，有很多东西等着你去发现。\n\n&c哦，顺便说一下：&r电解黏土现在被锁定在&6HV&r之后。\n&7我们并不抱歉。&r",
|
||||
"quests.medium_voltage.mv_extruder.title": "高级压模器",
|
||||
"quests.medium_voltage.mv_extruder.subtitle": "你将进行最重大的升级",
|
||||
|
|
|
|||
|
|
@ -5,5 +5,21 @@
|
|||
"item.wan_ancient_beasts.raw_ancient_meat": "Raw Eater Drumstick",
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "Cooked Eater Drumstick",
|
||||
"config.jade.plugin_tfc.surfer": "Surfer",
|
||||
"config.jade.plugin_tfc.soarer": "Soarer"
|
||||
"config.jade.plugin_tfc.soarer": "Soarer",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_black": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_gray": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_gray": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_white": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_pink": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_magenta": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_purple": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_blue": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_blue": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_cyan": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_green": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_lime": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_yellow": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_orange": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_red": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_brown": "Dyeing"
|
||||
}
|
||||
|
|
@ -3,5 +3,21 @@
|
|||
"block.wan_ancient_beasts.quick_red_sand": "赤鉄質の流砂",
|
||||
"item.wan_ancient_beasts.toxlacanth": "生のトキシーラカンス",
|
||||
"item.wan_ancient_beasts.raw_ancient_meat": "生のイーターの骨付き肉",
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "焼いたイーターの骨付き肉"
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "焼いたイーターの骨付き肉",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_black": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_gray": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_gray": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_white": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_pink": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_magenta": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_purple": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_blue": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_blue": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_cyan": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_green": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_lime": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_yellow": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_orange": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_red": "Dyeing",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_brown": "Dyeing"
|
||||
}
|
||||
|
|
@ -3,5 +3,21 @@
|
|||
"block.wan_ancient_beasts.quick_red_sand": "Гематитовый зыбучий песок",
|
||||
"item.wan_ancient_beasts.toxlacanth": "Сырой токслакант",
|
||||
"item.wan_ancient_beasts.raw_ancient_meat": "Сырая ножка пожирателя",
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "Приготовленная ножка пожирателя"
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "Приготовленная ножка пожирателя",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_black": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_gray": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_gray": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_white": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_pink": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_magenta": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_purple": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_blue": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_blue": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_cyan": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_green": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_lime": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_yellow": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_orange": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_red": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_brown": "Окрашивание"
|
||||
}
|
||||
|
|
@ -3,5 +3,21 @@
|
|||
"block.wan_ancient_beasts.quick_red_sand": "Гематитовий Пливун",
|
||||
"item.wan_ancient_beasts.toxlacanth": "Сирий токсакант",
|
||||
"item.wan_ancient_beasts.raw_ancient_meat": "Сире стегно пожирача",
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "Смажене стегно пожирача"
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "Смажене стегно пожирача",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_black": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_gray": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_gray": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_white": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_pink": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_magenta": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_purple": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_blue": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_blue": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_cyan": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_green": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_lime": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_yellow": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_orange": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_red": "Окрашивание",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_brown": "Окрашивание"
|
||||
}
|
||||
|
|
@ -5,5 +5,21 @@
|
|||
"item.wan_ancient_beasts.raw_ancient_meat": "生噬颚兽腿肉",
|
||||
"item.wan_ancient_beasts.cooked_ancient_meat": "熟噬颚兽腿肉",
|
||||
"config.jade.plugin_tfc.surfer": "破浪兽",
|
||||
"config.jade.plugin_tfc.soarer": "翱翔鸟"
|
||||
"config.jade.plugin_tfc.soarer": "翱翔鸟",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_black": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_gray": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_gray": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_white": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_pink": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_magenta": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_purple": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_blue": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_light_blue": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_cyan": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_green": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_lime": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_yellow": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_orange": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_red": "染色",
|
||||
"tfc.recipe.barrel.tfg.barrel.dyeing.charger_armor_brown": "染色"
|
||||
}
|
||||
Loading…
Add table
Add a link
Reference in a new issue