[{"data":1,"prerenderedAt":914},["ShallowReactive",2],{"\u002Fblog\u002Fgtnh\u002Fmv":3,"article-navigation:\u002Fblog\u002Fgtnh\u002Fmv":912},{"id":4,"title":5,"album":6,"albumIndex":7,"body":8,"category":897,"cover":898,"coverAlt":898,"coverCaption":898,"date":899,"description":900,"draft":7,"extension":901,"home":7,"homeFacts":902,"homeImage":898,"homeNote":898,"meta":903,"navigation":904,"path":905,"seo":906,"stem":907,"tags":908,"updated":898,"__hash__":911},"blog\u002Fblog\u002Fgtnh\u002Fmv.md","主线 04｜MV 阶段","gtnh",false,{"type":9,"value":10,"toc":869},"minimark",[11,15,19,54,57,62,65,121,124,133,137,142,213,227,230,237,284,294,297,315,320,323,415,421,424,430,433,444,451,454,500,508,511,524,532,536,546,552,556,614,618,621,628,631,639,646,650,657,661,667,671,678,682,687,691,695,715,722,726,738,741,747,751,755,762,766,773,777,784,788,792,798,802,808,811,814,817,827,839,842,856,859],[12,13,14],"p",{},"拿到首批铝并能供电 MV 机器后，接下来要做硅片与 ULPIC、乙烯与 PE、逻辑系列电路，以及不锈钢和坎塔尔。发电和乙烯各选一条适合现有资源的路线。",[16,17,18],"h2",{"id":18},"推荐建造顺序",[20,21,22,30,36,42,48],"ol",{},[23,24,25,29],"li",{},[26,27,28],"strong",{},"先稳电、补铝。"," 首台 MV 加工机推荐电解机，用黏土供氧化铝；供电沿用蒸汽或任选一条新燃料线。",[23,31,32,35],{},[26,33,34],{},"做主线芯片。"," 多晶硅→单晶硅→晶圆→ULPIC，制作 MV 能源仓。",[23,37,38,41],{},[26,39,40],{},"做主线 PE。"," 已有石化乙烯就直接聚合；没有再选生物乙醇路线。",[23,43,44,47],{},[26,45,46],{},"做主线电路与合金。"," 逻辑系列电路升级到 HV 等效电路；制不锈钢、冷却坎塔尔，准备 HV。",[23,49,50,53],{},[26,51,52],{},"有缺口再做支线。"," 好种子值得工业农场；切割等待多再制润滑油；柴油留轻重油齐备后。",[16,55,56],{"id":56},"本阶段发电方案",[12,58,59],{},[26,60,61],{},"有油走轻燃油，无油但有树场就走苯。",[12,63,64],{},"现有蒸汽能带动新机器，就先推进主线；需要增容时再换燃料。",[66,67,68,84],"table",{},[69,70,71],"thead",{},[72,73,74,78,81],"tr",{},[75,76,77],"th",{},"时期",[75,79,80],{},"最推荐",[75,82,83],{},"建设目标（发电端）",[85,86,87,99,110],"tbody",{},[72,88,89,93,96],{},[90,91,92],"td",{},"早期",[90,94,95],{},"原蒸汽供电过渡，接一至两台 MV 内燃发电机烧轻燃油",[90,97,98],{},"1–2A MV，128–256 EU\u002Ft",[72,100,101,104,107],{},[90,102,103],{},"中期",[90,105,106],{},"轻燃油作主电源，补脱硫与氢回收；按缺口升级蒸馏室",[90,108,109],{},"约 4A MV，512 EU\u002Ft",[72,111,112,115,118],{},[90,113,114],{},"后期",[90,116,117],{},"扩轻燃油产能，高炉与常驻线分开预算",[90,119,120],{},"约 4–8A MV，512–1024 EU\u002Ft，为 480 EU\u002Ft 高炉配方留专用额度",[12,122,123],{},"过渡时用升压变压器把足量 LV 电力变成 MV 电包；机器最终接到的是 128 V。油路跑起来后，让 MV 发电机接管主负载。",[12,125,126,127,132],{},"原油多可蒸馏石脑油，轻油多可蒸馏炼油气，脱硫后接燃气轮机；已有树场也可以走热解苯。HV 蒸馏塔能同时取得轻重馏分，再考虑混柴油。",[128,129,131],"a",{"href":130},"\u002Fblog\u002Fgtnh\u002Fmv#%E6%8C%89%E6%8A%BD%E5%88%B0%E7%9A%84%E6%B2%B9%E7%A7%8D%E9%80%89%E9%A6%8F%E5%88%86","按油种选路线","。",[134,135,136],"h3",{"id":136},"燃料应该接哪种发电机",[12,138,139],{},[26,140,141],{},"轻燃油接内燃机；石脑油、炼油气、苯接燃气轮机。",[66,143,144,157],{},[69,145,146],{},[72,147,148,151,154],{},[75,149,150],{},"供应物",[75,152,153],{},"应接设备",[75,155,156],{},"主要用途",[85,158,159,170,181,192,202],{},[72,160,161,164,167],{},[90,162,163],{},"蒸汽",[90,165,166],{},"蒸汽轮机 Steam Turbine",[90,168,169],{},"LV 起步，复用锅炉",[72,171,172,175,178],{},[90,173,174],{},"轻燃油 Light Fuel、柴油 Fuel、CBD",[90,176,177],{},"内燃发电机 Combustion Generator；EV 用 LCE",[90,179,180],{},"本文默认的石化供电路线",[72,182,183,186,189],{},[90,184,185],{},"炼油气 Refinery Gas、石脑油 Naphtha",[90,187,188],{},"燃气轮机 Gas Turbine",[90,190,191],{},"按油种选择的石化替代路线",[72,193,194,197,199],{},[90,195,196],{},"苯 Benzene",[90,198,188],{},[90,200,201],{},"树场、热解与木化的可再生电源",[72,203,204,207,210],{},[90,205,206],{},"未加工的 Oil、杂酚油等半流质燃料",[90,208,209],{},"接受该配方的半流质发电机",[90,211,212],{},"少加工的过渡／副产物利用",[12,214,215,221,222],{},[128,216,220],{"href":217,"rel":218},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fgenerators\u002FMTEDieselGenerator.java",[219],"nofollow","内燃机"," · ",[128,223,226],{"href":224,"rel":225},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fgenerators\u002FMTEGasTurbine.java",[219],"燃气轮机",[134,228,229],{"id":229},"轻燃油起步按这个顺序接",[12,231,232,233,236],{},"以下使用游戏里名为 ",[26,234,235],{},"石油 Oil"," 的原料。",[20,238,239,245,256,262,272,278],{},[23,240,241,244],{},[26,242,243],{},"油源和储油罐。"," 先把抽取设备与运输接通，留够启动燃料加工的原油。",[23,246,247,250,251,255],{},[26,248,249],{},"LV 蒸馏室，电路 2。"," 该 Oil 分支可用 ",[252,253,254],"code",{},"50 L 石油 → 50 L 含硫轻燃油","，24 EU\u002Ft、30 tick；升到 MV 后再按超频后的节拍扩产。",[23,257,258,261],{},[26,259,260],{},"灌单元。"," 装罐机把含硫轻燃油灌成物品单元，送脱硫化反。",[23,263,264,267,268,271],{},[26,265,266],{},"LV 化反，电路 4。"," ",[252,269,270],{},"3 含硫轻燃油单元 + 500 L 氢 → 3 轻燃油单元 + 250 L 硫化氢","。轻燃油单元卸入燃料罐，空单元回装罐端。",[23,273,274,277],{},[26,275,276],{},"MV 电解机回氢。"," 硫化氢累计 1000 L，电解成 2000 L 氢和硫粉；氢回化反，硫另存。初始氢用水电解准备。",[23,279,280,283],{},[26,281,282],{},"内燃发电机接电网。"," 先接一台，观察油罐净变化，再加到需要的数量；燃料加工区保留独立启动电源。",[285,286,292],"pre",{"className":287,"code":289,"language":290,"meta":291},[288],"language-text","Oil → 蒸馏 → 含硫轻燃油 → 灌单元 → 脱硫 → 轻燃油单元 → 卸装 → 油罐 → 内燃机\n                                           ↑             └→ 空单元回灌装\n                                           └── 氢 ← 电解硫化氢 ← 脱硫副产物\n","text","",[252,293,289],{"__ignoreMap":291},[12,295,296],{},"连续运行建议把“灌含硫燃料”和“卸成品燃料”分给两台装罐机，原油、含硫轻燃油、轻燃油分罐。小化反的输入是氢流体和燃料物品单元。",[12,298,299,300,221,305,221,310],{},"Oil 轻燃油分支用电路 2；其他油种看下表。 ",[128,301,304],{"href":302,"rel":303},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FDistilleryRecipes.java#L674-L686",[219],"固定版本馏分与小机器生成规则",[128,306,309],{"href":307,"rel":308},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java#L264-L280",[219],"脱硫配方",[128,311,314],{"href":312,"rel":313},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FElectrolyzerRecipes.java",[219],"硫化氢电解",[316,317,319],"h4",{"id":318},"第一套-mv-轻燃油机组的设备数量","第一套 MV 轻燃油机组的设备数量",[12,321,322],{},"以下从已有 LV 工厂起步，先供两台 MV 内燃发电机，蒸馏和化反继续复用低压设备。",[66,324,325,339],{},[69,326,327],{},[72,328,329,332,336],{},[75,330,331],{},"设备",[75,333,335],{"align":334},"right","起步数量",[75,337,338],{},"分工",[85,340,341,352,363,373,384,394,404],{},[72,342,343,346,349],{},[90,344,345],{},"取油设备、原油缓存",[90,347,348],{"align":334},"1 路",[90,350,351],{},"油源持续补给蒸馏室",[72,353,354,357,360],{},[90,355,356],{},"LV 蒸馏室",[90,358,359],{"align":334},"1",[90,361,362],{},"电路 2，选含硫轻燃油",[72,364,365,368,370],{},[90,366,367],{},"LV 化反",[90,369,359],{"align":334},[90,371,372],{},"电路 4，氢流体＋三个含硫燃油单元",[72,374,375,378,381],{},[90,376,377],{},"流体装罐机",[90,379,380],{"align":334},"2",[90,382,383],{},"一台灌含硫燃油，一台卸轻燃油",[72,385,386,389,391],{},[90,387,388],{},"MV 电解机",[90,390,359],{"align":334},[90,392,393],{},"每凑满 1000 L 硫化氢回收氢",[72,395,396,399,401],{},[90,397,398],{},"MV 内燃发电机",[90,400,380],{"align":334},[90,402,403],{},"合计最大输出 256 EU\u002Ft",[72,405,406,409,412],{},[90,407,408],{},"氢、硫化氢、成品燃料缓存",[90,410,411],{"align":334},"各 1",[90,413,414],{},"周转与发电分开存",[12,416,417,420],{},[26,418,419],{},"启动批次：先备 6000 L Oil、2000 L 氢和建议 12 个空单元。"," 6000 L Oil 蒸馏后得到 6000 L 含硫轻燃油，脱硫两次消耗 1000 L 氢，得到 6000 L 轻燃油和 500 L 硫化氢。余下 1000 L 启动氢用于下一批；累计处理到 12000 L 轻燃油时，硫化氢凑满 1000 L，电解回 2000 L 氢，进入完整回流。",[12,422,423],{},"先用旧蒸汽电网做出首罐燃料，再点内燃机。MV 电解机接 MV 电源，低压蒸馏、化反、装罐暂留旧网；12 个空单元循环使用。",[12,425,426,429],{},[26,427,428],{},"6000 L 轻燃油约够两台 MV 内燃机满载 5 分 21 秒。"," 点火后保持油线生产。计算用 MV 效率取整后的 274 EU\u002FL。",[316,431,432],{"id":432},"下一台该升级什么",[12,434,435,436,439,440,443],{},"单台 LV 蒸馏室按上面的配方产 ",[252,437,438],{},"50÷1.5≈33.3 L\u002Fs"," 含硫轻燃油。两台 MV 内燃机满输出合计吃约 ",[252,441,442],{},"256×20÷274≈18.7 L\u002Fs","，蒸馏端还有余量；增加到四台后，需约 37.4 L\u002Fs，就超过这台 LV 蒸馏室。",[12,445,446,447,450],{},"这时",[26,448,449],{},"下一台首推 MV 蒸馏室","：该配方一次常规超频变为 96 EU\u002Ft、15 tick，单台约产 66.7 L\u002Fs。先升级蒸馏端，再看装罐运输、氢回流和原油抽取；燃油机按可持续净产量逐台增加。",[316,452,453],{"id":453},"按抽到的油种选馏分",[66,455,456,469],{},[69,457,458],{},[72,459,460,463,466],{},[75,461,462],{},"实际原料",[75,464,465],{},"小蒸馏室优先选什么",[75,467,468],{},"接哪种发电机",[85,470,471,480,490],{},[72,472,473,475,478],{},[90,474,235],{},[90,476,477],{},"电路 2，含硫轻燃油分支；脱硫后用轻燃油",[90,479,220],{},[72,481,482,485,488],{},[90,483,484],{},"原油 Raw Oil／OilMedium",[90,486,487],{},"电路 3，含硫石脑油分支；脱硫后用石脑油",[90,489,226],{},[72,491,492,495,498],{},[90,493,494],{},"轻油 Light Oil／OilLight",[90,496,497],{},"电路 4，含硫炼油气分支；脱硫后用炼油气",[90,499,226],{},[12,501,502,503],{},"原油每 100 L 可选出 150 L 含硫石脑油；轻油每 100 L 可选出 160 L 含硫炼油气。单方块蒸馏室只取所选馏分。 ",[128,504,507],{"href":505,"rel":506},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FDistilleryRecipes.java#L657-L686",[219],"固定版本三类油的馏分",[12,509,510],{},"石脑油、炼油气也有 LV 单元脱硫配方，仍用电路 4：",[512,513,514,519],"ul",{},[23,515,516,132],{},[252,517,518],{},"3 含硫石脑油单元 + 500 L 氢 → 3 石脑油单元 + 250 L 硫化氢",[23,520,521,132],{},[252,522,523],{},"2 含硫炼油气单元 + 250 L 氢 → 2 炼油气单元 + 125 L 硫化氢",[12,525,526,527,132],{},"卸装、空单元和氢回收沿用上面的布局。",[128,528,531],{"href":529,"rel":530},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java#L225-L256",[219],"两种脱硫配方",[316,533,535],{"id":534},"油源不方便时怎样选可再生路线","油源不方便时，怎样选可再生路线",[12,537,538,541,542,132],{},[26,539,540],{},"已有自动树场时选热解苯。"," 原木经过热解、木炭提取和木焦油蒸馏取得苯，再送燃气轮机。先用无氮模式，氮供应跟上实际热解速度后再加速；木炭留一部分给原锅炉。",[128,543,545],{"href":544},"\u002Fblog\u002Fgtnh\u002Fbenzene","热解苯产线",[12,547,548,551],{},[26,549,550],{},"已有大锅炉就保留它带旧设备。"," 新增 HV 负载优先交石化电源。",[134,553,555],{"id":554},"扩建前先分清缺的是哪一段","扩建前，先分清缺的是哪一段",[557,558,560],"collapse",{"title":559},"查看供能瓶颈与扩建建议",[66,561,562,572],{},[69,563,564],{},[72,565,566,569],{},[75,567,568],{},"现象",[75,570,571],{},"下一项投资",[85,573,574,582,590,598,606],{},[72,575,576,579],{},[90,577,578],{},"燃料罐上涨，发电机都在满负载",[90,580,581],{},"增加机组或升级发电设备",[72,583,584,587],{},[90,585,586],{},"燃料罐下降，原油库存上涨",[90,588,589],{},"扩蒸馏、脱硫和卸装中的瓶颈",[72,591,592,595],{},[90,593,594],{},"原油罐下降，炼油机经常等料",[90,596,597],{},"扩抽取与运输，或寻找更好的油源",[72,599,600,603],{},[90,601,602],{},"燃料充足，但设备端欠压或烧线",[90,604,605],{},"改线、缓冲与变压器配置",[72,607,608,611],{},[90,609,610],{},"LCE 无氧稳定，接氧后反复掉速",[90,612,613],{},"核对 40 L\u002Fs 氧、燃料增耗与动力仓容量",[16,615,617],{"id":616},"早期铝与半导体","早期：铝与半导体",[134,619,620],{"id":620},"先稳住铝供应与加工能力",[12,622,623,624,627],{},"首批铝先投入 MV 电解机。第一轮安排两批黏土电解：",[252,625,626],{},"32 黏土粉 → 4 钠粉＋2 锂粉＋10 氧化铝粉＋12 二氧化硅粉＋4000 L 水","。氧化铝配现用冰晶石高炉路线，再做 4 铝锭；二氧化硅回硅氧线，钠和锂分别留存。",[12,629,630],{},"随后再让同一台电解机处理硫化氢。换这两类任务时，把黏土电解的水抽入水罐，清走四种粉末，再接氢输出罐；共用输出槽内的水会挡住回氢。连续用量上来后，第二台 MV 电解机专供硫化氢回收，第一台保留材料电解。",[12,632,633,634,132],{},"铝供应稳定后，再按目标部件补压模机和组装机。",[128,635,638],{"href":636,"rel":637},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FElectrolyzerRecipes.java",[219],"固定版本黏土电解",[12,640,641,132],{},[128,642,645],{"href":643,"rel":644},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E4%B8%AD%E5%8E%8B%E6%97%B6%E4%BB%A3",[219],"MV 阶段参考",[134,647,649],{"id":648},"镓与砷化镓补上半导体的前端","镓与砷化镓：补上半导体的前端",[12,651,652,653,132],{},"保留闪锌矿制镓，结合砷做砷化镓晶体，再拆成单晶硅配方所需的小型晶体。 ",[128,654,656],{"href":655},"\u002Fblog\u002Fgtnh\u002Fcircuits-and-silicon#%E9%95%93%E4%B8%8E%E7%A0%B7%E5%8C%96%E9%95%93%E8%A1%A5%E4%B8%8A%E5%8D%8A%E5%AF%BC%E4%BD%93%E7%9A%84%E5%89%8D%E7%AB%AF","配方与操作",[134,658,660],{"id":659},"润滑油留杂酚油给切割机","润滑油：留杂酚油给切割机",[12,662,663,664,132],{},"切割可先用水；需要提速时，再把杂酚油转为润滑油并留专用供液。 ",[128,665,656],{"href":666},"\u002Fblog\u002Fgtnh\u002Fcircuits-and-silicon#%E6%B6%A6%E6%BB%91%E6%B2%B9%E7%95%99%E6%9D%82%E9%85%9A%E6%B2%B9%E7%BB%99%E5%88%87%E5%89%B2%E6%9C%BA",[134,668,670],{"id":669},"单晶硅晶圆和-ulpic把半导体链打通","单晶硅、晶圆和 ULPIC：把半导体链打通",[12,672,673,674,132],{},"先拉一根硅棒，切晶圆，按任务量蚀刻、切芯片；其余普通晶圆留其他配方。",[128,675,677],{"href":676},"\u002Fblog\u002Fgtnh\u002Fcircuits-and-silicon#%E5%8D%95%E6%99%B6%E7%A1%85%E6%99%B6%E5%9C%86%E5%92%8C-ulpic%E6%8A%8A%E5%8D%8A%E5%AF%BC%E4%BD%93%E9%93%BE%E6%89%93%E9%80%9A","加工顺序",[16,679,681],{"id":680},"中期塑料电路与扩产","中期：塑料、电路与扩产",[12,683,684],{},[26,685,686],{},"先做主线目标，发电只选一套，增产与提速按需补。",[134,688,690],{"id":689},"主线先做pe芯片与电路","主线先做：PE、芯片与电路",[316,692,694],{"id":693},"乙烯与-pe制取路线只选一条","乙烯与 PE：制取路线只选一条",[512,696,697,703,709],{},[23,698,699,702],{},[26,700,701],{},"最省事："," 已有乙烯就直接聚合，跳过生物前端；已有木化／石化设备时，先复用其乙烯来源。",[23,704,705,708],{},[26,706,707],{},"无可复用来源："," 再选生物质→发酵→乙醇→MV 化反脱水；这条多段、要回酸，建设较繁。",[23,710,711,714],{},[26,712,713],{},"聚合收益："," 推荐氧单元版，144 L 乙烯产 216 L PE，比空气版多 50%。",[12,716,717,718,132],{},"先得到 PE 供任务、基板与元件，再按消耗扩产。",[128,719,721],{"href":720},"\u002Fblog\u002Fgtnh\u002Fpolyethylene#pe%E7%94%9F%E7%89%A9%E4%B9%99%E9%86%87%E8%84%B1%E6%B0%B4%E5%86%8D%E7%94%A8%E6%B0%A7%E8%81%9A%E5%90%88","生物路线设备、配方与回酸",[316,723,725],{"id":724},"逻辑系列电路做到-hv-等效电路","逻辑系列电路：做到 HV 等效电路",[12,727,728,729,732,733,132],{},"按任务链制作 ",[26,730,731],{},"集成逻辑电路（Integrated Logic Circuit）→优质集成电路（Good Integrated Circuit）→进阶电路（Advanced Circuit，HV 等效）","，配齐 RAM、晶体管等元件，取得 HV 机器所需电路。先做目标机器数量，暂不用把每种电路都囤满箱。",[128,734,737],{"href":735,"rel":736},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FCircuitAssemblerRecipes.java",[219],"固定版本电路配方",[316,739,740],{"id":740},"第一根单晶硅怎样分批使用",[12,742,743,744,132],{},"一根切出 16 普通晶圆，首批取 4 张刻成 8 ULPIC 晶圆，再切成 48 芯片；其余 12 张留其他芯片，返还 4 多晶硅回原料箱。",[128,745,746],{"href":676},"透镜与切割配方",[134,748,750],{"id":749},"选做资源增产与效率升级","选做：资源增产与效率升级",[316,752,754],{"id":753},"工业农场好种子能省采矿时再建","工业农场：好种子能省采矿时再建",[12,756,757,758,132],{},"铜、铁、红石等作物能替你持续补料时再建；当前靠采矿供得上，就跳过。建造后先用普通种子测试模式，再换好种子。",[128,759,761],{"href":760},"\u002Fblog\u002Fgtnh\u002Fcropsnh#mv-%E5%B7%A5%E4%B8%9A%E5%86%9C%E5%9C%BA%E6%80%8E%E4%B9%88%E5%90%AF%E5%8A%A8","结构与模式",[316,763,765],{"id":764},"热解提速氮源够了再换电路-10","热解提速：氮源够了再换电路 10",[12,767,768,769,132],{},"无氮够用就保留电路 9；要提速，再按热解实际每批时间算氮需求，补足后换电路 10。",[128,770,772],{"href":771},"\u002Fblog\u002Fgtnh\u002Fbenzene#%E7%83%AD%E8%A7%A3%E6%8F%90%E9%80%9F%E6%B0%AE%E6%BA%90%E5%A4%9F%E4%BA%86%E5%86%8D%E6%8D%A2%E7%94%B5%E8%B7%AF-10","耗氮与扩机判断",[316,774,776],{"id":775},"柴油升级轻重油齐备后选做","柴油升级：轻重油齐备后选做",[12,778,779,780,132],{},"已有轻、重两种脱硫燃料时，按 5000 L 轻燃油配 1000 L 重燃油混柴油，多余重油另存；只有轻燃油就继续烧它。",[128,781,783],{"href":782},"\u002Fblog\u002Fgtnh\u002Foil-and-diesel#%E6%9F%B4%E6%B2%B9%E8%BD%BB%E9%87%8D%E7%87%83%E6%B2%B9%E6%8C%89-51-%E6%B7%B7","柴油配方与物料账",[16,785,787],{"id":786},"后期准备-hv-合金","后期：准备 HV 合金",[134,789,791],{"id":790},"不锈钢和坎塔尔材料配方与炉温分开核对","不锈钢和坎塔尔：材料配方与炉温分开核对",[12,793,794,795,132],{},"备好铬、镍、锰，分别混不锈钢和坎塔尔粉；高炉升级供电，热锭还要完成冷却。 ",[128,796,656],{"href":797},"\u002Fblog\u002Fgtnh\u002Fblast-furnace#%E4%B8%8D%E9%94%88%E9%92%A2%E5%92%8C%E5%9D%8E%E5%A1%94%E5%B0%94%E6%9D%90%E6%96%99%E9%85%8D%E6%96%B9%E4%B8%8E%E7%82%89%E6%B8%A9%E5%88%86%E5%BC%80%E6%A0%B8%E5%AF%B9",[134,799,801],{"id":800},"从混粉到-hv-的检查","从混粉到 HV 的检查",[12,803,804,805,132],{},"从混粉、供电、炉温到热锭冷却逐项检查，重复获得 HV 建设需要的合金。 ",[128,806,656],{"href":807},"\u002Fblog\u002Fgtnh\u002Fblast-furnace#%E4%BB%8E%E6%B7%B7%E7%B2%89%E5%88%B0-hv-%E7%9A%84%E6%A3%80%E6%9F%A5",[16,809,810],{"id":810},"进入下一阶段前",[12,812,813],{},"完成 PE、硅片／ULPIC、逻辑系列电路与合金任务，备好 HV 机器所需材料和供电。首批 PTFE 进入 HV 后制作。",[16,815,816],{"id":816},"任务书依据",[12,818,819,820,823,824],{},"按 RC-2 使用的 ",[252,821,822],{},"2.9.0-nightly-2026-10-04"," 配置的 MV 章节，乙烯、熔融 PE、单晶硅、晶圆、ULPIC、MV 能源仓、逻辑系列电路、不锈钢和坎塔尔相关任务标记为主线；乙醇、黏土电解、柴油未标记主线。",[26,825,826],{},"主线产物先做，制取路线择一。",[12,828,829,221,834],{},[128,830,833],{"href":831,"rel":832},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT-New-Horizons-Modpack\u002Ftree\u002F2.9.0-nightly-2026-10-04\u002Fconfig\u002Fbetterquesting\u002FDefaultQuests\u002FQuests\u002FTier2MV-AAAAAAAAAAAAAAAAAAAABA==",[219],"RC-2 所用的 nightly MV 任务文件",[128,835,838],{"href":836,"rel":837},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT-New-Horizons-Modpack\u002Fblob\u002F2.9.0-nightly-2026-10-04\u002Fconfig\u002Fbetterquesting\u002FDefaultQuests\u002FQuests\u002FTier2MV-AAAAAAAAAAAAAAAAAAAABA==\u002FEthylene-AAAAAAAAAAAAAAAAAAADTw==.json",[219],"乙烯任务列出的替代来源",[16,840,841],{"id":841},"小技巧与排障",[512,843,844,847,850,853],{},[23,845,846],{},"PE 断料先补乙烯与氧源，生物路线再查乙醇和回酸。",[23,848,849],{},"工业农场无产出先检查输入\u002F种植\u002F输出模式，再检查水、苗床与供肥。",[23,851,852],{},"热解木炭积压先加提取机。",[23,854,855],{},"小机器多流体配方通常要把一项装成单元。",[16,857,858],{"id":858},"主线导航",[12,860,861,221,865],{},[128,862,864],{"href":863},"\u002Fblog\u002Fgtnh\u002Flv","上一阶段：LV 阶段",[128,866,868],{"href":867},"\u002Fblog\u002Fgtnh\u002Fhv","下一阶段：HV 阶段",{"title":291,"searchDepth":870,"depth":870,"links":871},2,[872,873,879,885,889,893,894,895,896],{"id":18,"depth":870,"text":18},{"id":56,"depth":870,"text":56,"children":874},[875,877,878],{"id":136,"depth":876,"text":136},3,{"id":229,"depth":876,"text":229},{"id":554,"depth":876,"text":555},{"id":616,"depth":870,"text":617,"children":880},[881,882,883,884],{"id":620,"depth":876,"text":620},{"id":648,"depth":876,"text":649},{"id":659,"depth":876,"text":660},{"id":669,"depth":876,"text":670},{"id":680,"depth":870,"text":681,"children":886},[887,888],{"id":689,"depth":876,"text":690},{"id":749,"depth":876,"text":750},{"id":786,"depth":870,"text":787,"children":890},[891,892],{"id":790,"depth":876,"text":791},{"id":800,"depth":876,"text":801},{"id":810,"depth":870,"text":810},{"id":816,"depth":870,"text":816},{"id":841,"depth":870,"text":841},{"id":858,"depth":870,"text":858},"games",null,"2026-10-29","按任务书区分 MV 主线目标、供能路线与资源选做，先做硅片、PE、电路和不锈钢，发电与乙烯制取各选一路。","md",[],{},true,"\u002Fblog\u002Fgtnh\u002Fmv",{"title":5,"description":900},"blog\u002Fgtnh\u002Fmv",[6,909,910],"guide","minecraft","dyD_nBalSg7Mgi1l8VC6dZS7MuD2H66exaSepgzyzww",{"newer":898,"older":898,"related":913},[],1793292208183]