[{"data":1,"prerenderedAt":1042},["ShallowReactive",2],{"\u002Fblog\u002Fgtnh\u002Fiv":3,"article-navigation:\u002Fblog\u002Fgtnh\u002Fiv":1040},{"id":4,"title":5,"album":6,"albumIndex":7,"body":8,"category":1025,"cover":1026,"coverAlt":1026,"coverCaption":1026,"date":1027,"description":1028,"draft":7,"extension":1029,"home":7,"homeFacts":1030,"homeImage":1026,"homeNote":1026,"meta":1031,"navigation":1032,"path":1033,"seo":1034,"stem":1035,"tags":1036,"updated":1026,"__hash__":1039},"blog\u002Fblog\u002Fgtnh\u002Fiv.md","主线 07｜IV 阶段","gtnh",false,{"type":9,"value":10,"toc":997},"minimark",[11,27,32,36,42,48,60,63,69,211,234,240,243,293,296,301,307,320,335,346,352,356,384,401,408,480,493,496,502,504,508,511,521,533,537,552,567,570,574,580,582,586,589,664,670,677,681,696,699,710,714,717,724,726,730,733,787,792,808,814,821,825,841,852,856,866,870,881,896,900,910,913,916,932,935,967,984,987],[12,13,14,18,19,22,23,26],"p",{},[15,16,17],"strong",{},"阶段入口："," 钨钢能够持续生产，铂与钛已有稳定来源，EV 电路组装机和超净间可以使用。IV 标准电压为 ",[15,20,21],{},"8192 V","，常用配方功率为 ",[15,24,25],{},"7680 EU\u002Ft","。AE 加工样板适合承担接下来大量重复的电路和细线订单。",[12,28,29],{},[15,30,31],{},"先推进铂系、量子电路与 LuV 部件材料。加工多方块按积压选择，ECE 与第二轮扩产机器属于升级。",[33,34,35],"h2",{"id":35},"推荐建造顺序",[12,37,38,41],{},[15,39,40],{},"第一台单方块机器首推 IV 电路组装机。"," 量子系列前三层的配方功率为 2400 EU\u002Ft，已经超过 EV 单方块上限；最末层量子主机需要 7680 EU\u002Ft。它直接连接本阶段的电路升级和装配线建设。",[12,43,44,47],{},[15,45,46],{},"建造顺序："," EV 纳米系列启动电路 → IV 电路组装机 → 铂线与工业线缆机 → 合金冶炼炉 → 量子主机 → 装配线、LuV 马达。",[12,49,50,53,54,59],{},[15,51,52],{},"铂线先产铂，再接铱；锇、钌、铑随合金订单扩建。"," 每做完一支就取首批材料升级机器。",[55,56,58],"a",{"href":57},"\u002Fblog\u002Fgtnh\u002Fplatinum","配方与回流","。",[33,61,62],{"id":62},"多方块重点推荐",[12,64,65,68],{},[15,66,67],{},"加工多方块先做工业线缆机，专供铂细线。"," 合金冶炼炉解锁新材料，装配线制作 LuV 部件。",[70,71,72,88],"table",{},[73,74,75],"thead",{},[76,77,78,82,85],"tr",{},[79,80,81],"th",{},"推荐程度／时机",[79,83,84],{},"机器",[79,86,87],{},"具体用途与建设理由",[89,90,91,107,122,137,151,166,181,196],"tbody",{},[76,92,93,99,104],{},[94,95,96],"td",{},[15,97,98],{},"加工首推 · 早期",[94,100,101],{},[15,102,103],{},"工业线缆机／Industrial Wire Factory",[94,105,106],{},"接铂细线、退火铜导线等重复订单；先承接量子电路的细线库存，再扩其他线材",[76,108,109,114,119],{},[94,110,111],{},[15,112,113],{},"材料必备 · 早中期",[94,115,116],{},[15,117,118],{},"合金冶炼炉 ABS",[94,120,121],{},"直接输出新合金熔体，供后续 GT++ 机器与 LuV 材料；需要 IV 配方时装 IV 能源仓",[76,123,124,129,134],{},[94,125,126],{},[15,127,128],{},"强烈推荐 · 中期",[94,130,131],{},[15,132,133],{},"工业挤压机／Industrial Extrusion Machine",[94,135,136],{},"用固定模具加工杆、管、齿轮等配方，承接部件批量订单；模具留机内，AE 样板只写耗材",[76,138,139,143,148],{},[94,140,141],{},[15,142,128],{},[94,144,145],{},[15,146,147],{},"工业搅拌机",[94,149,150],{},"常用合金粉与多原料混合批量生产；先做钨钢等常用粉料库存，减少普通搅拌机排队",[76,152,153,158,163],{},[94,154,155],{},[15,156,157],{},"按吞吐建设 · 中期",[94,159,160],{},[15,161,162],{},"工业电解机",[94,164,165],{},"基础气体、盐类回收与矿处电解积压后再建；按实际配方验收功耗与各副产出口",[76,167,168,173,178],{},[94,169,170],{},[15,171,172],{},"阶段目标 · 后期",[94,174,175],{},[15,176,177],{},"装配线",[94,179,180],{},"制作首批 LuV 马达、泵等部件；先建五片，用一个马达订单验证扫描、顺序输入和回网",[76,182,183,188,193],{},[94,184,185],{},[15,186,187],{},"第二轮扩产 · 按积压选",[94,189,190],{},[15,191,192],{},"炽焱高炉、HILE",[94,194,195],{},"分别缓解热锭和芯片加工队列；先备连续加热流体或激光源仓，再迁移现有配方",[76,197,198,203,208],{},[94,199,200],{},[15,201,202],{},"储能扩建 · 全阶段",[94,204,205],{},[15,206,207],{},"兰波顿超级电容库 LSC",[94,209,210],{},"沿用 EV 电容库，按新增负载补输入／输出仓室与容量；优先看实际放电功率和充电余量",[12,212,213,214,217,218,221,222,228,229,59],{},"工业线缆机控制器需要 ",[15,215,216],{},"4 蓝钢板、2 IV 机械方块、2 IV 等效电路和 1 台 IV 线材轧机","；工业搅拌机控制器需要 ",[15,219,220],{},"4 马氏体时效钢-300 板、2 马氏体时效钢-250 板、2 IV 等效电路和 1 台 IV 搅拌机","。先把对应单方块机器与结构材料列入 NEI 清单，再扩为多方块。",[55,223,227],{"href":224,"rel":225},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fload\u002FMTERecipeLoader.java",[226],"nofollow","本版工业机器控制器配方","、",[55,230,233],{"href":231,"rel":232},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002FgtPlusPlus\u002Fcore\u002Frecipe\u002FRecipesMachinesMulti.java",[226],"挤压机与外壳配方",[12,235,236,239],{},[15,237,238],{},"推荐建设顺序：工业线缆机 → 合金冶炼炉 → 挤压／搅拌扩产 → 装配线。"," 铂线所需 LCR、高炉和蒸馏塔并行补齐；极限内燃引擎排在高辛烷值汽油供应成熟之后。",[33,241,242],{"id":242},"本阶段发电方案",[70,244,245,258],{},[73,246,247],{},[76,248,249,252,255],{},[79,250,251],{},"时期",[79,253,254],{},"最推荐",[79,256,257],{},"建设目标",[89,259,260,271,282],{},[76,261,262,265,268],{},[94,263,264],{},"早期",[94,266,267],{},"复用 CBD，运行两台氧气增压 LCE",[94,269,270],{},"稳定输出合计 12288 EU\u002Ft，先保证一台 IV 设备和基础设施",[76,272,273,276,279],{},[94,274,275],{},"中期",[94,277,278],{},"按新增负载复制 LCE，并扩燃料、氧与润滑油",[94,280,281],{},"四台增压 LCE 合计 24576 EU\u002Ft；给铂线、电路区分别留供电支路",[76,283,284,287,290],{},[94,285,286],{},"后期",[94,288,289],{},"已有成熟炼油厂时，考虑高辛烷值汽油＋极限内燃引擎",[94,291,292],{},"先接好汽油、液氧、动力仓与干线，再点火",[12,294,295],{},"早期先供一台 IV 设备；多台并开时，把界面实际 EU\u002Ft 相加，再加燃料厂、ME 和线损。",[297,298,300],"h3",{"id":299},"两台-lce-怎样供给第一条-iv-支路","两台 LCE 怎样供给第一条 IV 支路",[12,302,303,306],{},[15,304,305],{},"两台增压 LCE 共 12288 EU\u002Ft。"," 跑一张 7680 EU\u002Ft 配方后，发电端还余 4608 EU\u002Ft。",[12,308,309,310,314,315,319],{},"已经建好 ",[55,311,313],{"href":312},"\u002Fblog\u002Fgtnh\u002Fev#%E5%85%B0%E6%B3%A2%E9%A1%BF%E8%B6%85%E7%BA%A7%E7%94%B5%E5%AE%B9%E5%BA%93%E9%9B%86%E4%B8%AD%E5%82%A8%E8%83%BD%E4%B8%8E%E4%BE%9B%E7%94%B5","EV 后期的兰波顿超级电容库","时，发电接 LSC 能源仓，由 IV 动力仓提供 IV 支路；电容等级决定容量，动力仓决定输出电压与电流。把单个 ",[316,317,318],"code",{},"1A IV"," 输出当作 8192 EU\u002Ft 规划，再按同时运行的设备增设输出能力。",[12,321,322,323,326,327,330,331,59],{},"尚未集中储能时，可先在 EV 电网汇集发电，使用",[15,324,325],{},"反向工作的 EV 变压器","把 ",[316,328,329],{},"4A EV → 1A IV","，再接 IV 缓冲与 IV 线缆。升压侧须能取得完整的四个 EV 电包；只把多个发电机接到一根线上不会自动生成 IV 电包。变压器、缓冲器的方向与电池放电能力一起检查。",[55,332,334],{"href":333},"\u002Fblog\u002Fgtnh\u002Fpower-and-logistics#%E7%94%B5%E5%8E%8B%E7%94%B5%E6%B5%81%E4%B8%8E%E5%8A%9F%E7%8E%87","电压与电流",[12,336,337,338,341,342,59],{},"两台同时增压需要 ",[15,339,340],{},"80 L\u002Fs 氧、约 4000 L\u002Fh 润滑油、160 L\u002Fs CBD","。按已有机组实测罐量变化扩建燃料厂，先确保旧电源能独立带动抽油、混油与供氧，再把 IV 订单接上。",[55,343,345],{"href":344},"\u002Fblog\u002Fgtnh\u002Fev#%E5%A4%A7%E5%9E%8B%E5%86%85%E7%87%83%E5%BC%95%E6%93%8E%E6%80%8E%E6%A0%B7%E5%BC%80%E6%9C%BA","LCE 开机、扣料和启动库存",[12,347,348,351],{},[15,349,350],{},"氧气暂时不足的替代："," 四台无氧 LCE 合计 8192 EU\u002Ft，运行一张 7680 EU\u002Ft 配方后只余 512 EU\u002Ft，适合专供一台关键设备；燃料厂、ME 和常用加工继续由原电网承担。已有苯厂则继续让它承担低压常驻负载，把新建燃油机组留给 IV 大订单。",[297,353,355],{"id":354},"极限内燃引擎先升级燃料再升级引擎","极限内燃引擎：先升级燃料，再升级引擎",[12,357,358,359,362,363,366,367,370,371,374,375,378,379,59],{},"固定版本 ECE 的常规稳定输出为 ",[15,360,361],{},"10900 EU\u002Ft","，液氧增压为 ",[15,364,365],{},"32700 EU\u002Ft","；增压消耗 ",[15,368,369],{},"40 L\u002Fs 液氧","。普通氧与液氧要分开生产、储存、供给。结构为 ",[316,372,373],{},"10×5×5","，进气结构上方的 ",[316,376,377],{},"3×4"," 区域留空气。",[55,380,383],{"href":381,"rel":382},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fmachines\u002Fmulti\u002FMTEExtremeCombustionEngine.java",[226],"固定版本引擎",[12,385,386,389,390,395,396],{},[15,387,388],{},"ECE 接高辛烷值汽油，CBD 留给 LCE。"," ECE 只收基础燃值至少 1500 EU\u002FL 的内燃燃料；CBD 为 1000，高辛烷值汽油为 2500 EU\u002FL。 ",[55,391,394],{"href":392,"rel":393},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Fapi\u002Frecipe\u002FRecipeMaps.java",[226],"燃料表筛选"," · ",[55,397,400],{"href":398,"rel":399},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fmaterials\u002FMaterialsInit.java",[226],"燃值定义",[12,402,403,404,59],{},"高辛烷值汽油沿以下 LCR 配方排产；表中均为电路 24、原始功率与时间。石油塔产出的含硫石脑油和含硫炼油气须先脱硫，才能用于粗汽油配方。",[55,405,407],{"href":406},"\u002Fblog\u002Fgtnh\u002Foil-and-diesel#%E7%9F%B3%E6%B2%B9%E8%92%B8%E9%A6%8F%E5%A1%94%E6%8A%8A%E6%AF%8F%E4%B8%AA%E9%A6%8F%E5%88%86%E9%83%BD%E6%8E%A5%E5%87%BA%E6%9D%A5","石油馏分与脱硫",[70,409,410,423],{},[73,411,412],{},[76,413,414,417,420],{},[79,415,416],{},"工序",[79,418,419],{},"输入 → 输出",[79,421,422],{},"功率／时间",[89,424,425,436,447,458,469],{},[76,426,427,430,433],{},[94,428,429],{},"粗汽油",[94,431,432],{},"16000 L 石脑油＋2000 L 炼油气＋1000 L 甲醇＋1000 L 丙酮 → 20000 L 粗汽油",[94,434,435],{},"480 EU\u002Ft、5 秒",[76,437,438,441,444],{},[94,439,440],{},"汽油",[94,442,443],{},"10000 L 粗汽油＋1000 L 甲苯 → 11000 L 汽油",[94,445,446],{},"480 EU\u002Ft、0.5 秒",[76,448,449,452,455],{},[94,450,451],{},"抗爆剂",[94,453,454],{},"1000 L 乙醇＋1000 L 丁烯 → 1000 L 抗爆剂",[94,456,457],{},"480 EU\u002Ft、20 秒",[76,459,460,463,466],{},[94,461,462],{},"一氧化二氮",[94,464,465],{},"20000 L 氮＋10000 L 氧 → 10000 L 一氧化二氮",[94,467,468],{},"480 EU\u002Ft、2.5 秒",[76,470,471,474,477],{},[94,472,473],{},"高辛烷值汽油",[94,475,476],{},"20000 L 汽油＋2000 L 辛烷＋6000 L 一氧化二氮＋1000 L 甲苯＋3000 L 抗爆剂 → 32000 L 高辛烷值汽油",[94,478,479],{},"1920 EU\u002Ft、2.5 秒",[12,481,482,483,228,488,59],{},"辛烷可从轻度氢化裂化轻燃油的蒸馏分离取得；该塔配方每 1000 L 原料同时给出 800 L 石脑油、100 L 辛烷及丁烷、丙烷、乙烷、甲烷。初次开工可分批借用 LCR，完成一批成品后再把占用时间最多的工序拆为专机。",[55,484,487],{"href":485,"rel":486},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java",[226],"汽油与添加剂配方",[55,489,492],{"href":490,"rel":491},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FDistilleryRecipes.java",[226],"裂化馏分",[12,494,495],{},"第一轮准备 20000 L 汽油时，做两批上表的“汽油”，得到 22000 L，剩余 2000 L 留罐；最终混油另需 1000 L 甲苯。抗爆剂做三批。每种液体独立输入仓，编程电路保留在机器，成品罐设置好再开最后一步。",[12,497,498,501],{},[15,499,500],{},"先选能承接完整输出的动力仓与线缆，再点 ECE。"," 1A IV 仅承接 8192 EU\u002Ft；先无氧跑稳，再接液氧切增压。",[33,503,264],{"id":264},[297,505,507],{"id":506},"首台-iv-电路组装机怎样跨过启动门槛","首台 IV 电路组装机：怎样跨过启动门槛",[12,509,510],{},"首台机器需要的高一阶电路，可沿现有纳米系列制作。其末层配方为：",[512,513,519],"pre",{"className":514,"code":516,"language":517,"meta":518},[515],"language-text","2 铝框架＋2 精英纳米计算机＋16 SMD 电感＋32 SMD 电容\n＋16 RAM 芯片＋32 退火铜单线＋288 L 焊料\n→ 1 纳米处理器主机\n","text","",[316,520,516],{"__ignoreMap":518},[12,522,523,524,527,528,59],{},"原始 ",[316,525,526],{},"1920 EU\u002Ft、80 秒","，需要超净间；EV 电路组装机即可加工。先把这一批材料和首台 IV 机器部件单独锁定，再铺开新的电路库存。首台 IV 电路组装机继续放在超净间，用现有纳米线路供料。",[55,529,532],{"href":530,"rel":531},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FCircuitAssemblerRecipes.java",[226],"固定版本电路配方",[297,534,536],{"id":535},"氡与量子-cpu先做两个晶圆的启动量","氡与量子 CPU：先做两个晶圆的启动量",[12,538,539,540,543,544,547,548,59],{},"普通化反配方：",[316,541,542],{},"8 钚锭＋1 小撮铀粉＋1000 L 空气 → 8 钚粉＋100 L 氡","，原始 ",[316,545,546],{},"7 EU\u002Ft、600 秒","。钚以粉的形式返回，重新加工为锭后回用；按一次回路保留 8 锭当量。",[55,549,551],{"href":485,"rel":550},[226],"制氡配方",[12,553,554,555,543,558,561,562,59],{},"量子 CPU 晶圆配方：",[316,556,557],{},"1 纳米 CPU 晶圆＋1 磷化铟镓粉＋50 L 氡 → 1 量子 CPU 晶圆",[316,559,560],{},"1920 EU\u002Ft、60 秒","，小化反需要超净间。100 L 氡够处理两张晶圆，随后按 NEI 切割配方得到芯片；样板中将“晶圆”和“芯片”分别命名。",[55,563,566],{"href":564,"rel":565},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FChemicalReactorRecipes.java",[226],"量子晶圆配方",[12,568,569],{},"氡送入专罐，每张量子晶圆取 50 L。",[297,571,573],{"id":572},"铂先供细线铱先供关键仓室","铂先供细线，铱先供关键仓室",[12,575,576,577,59],{},"铂的第一需求是高阶电路的细线。把铂金属粉、粗制铂粉、纯铂粉分别存放：前者要继续提纯，只有纯铂进入最终金属加工。铂渣另存，准备接铱、锇分支；制作能源仓需要的首批铱先按小批量手动加工，之后再做被动库存。",[55,578,579],{"href":57},"首批铂与铱分支",[33,581,275],{"id":275},[297,583,585],{"id":584},"量子电路四层做哪一层耗什么","量子电路四层：做哪一层、耗什么",[12,587,588],{},"下表采用普通 SMD 路线，均在超净间电路组装机中加工。焊料数量按默认焊料列出；NEI 选择其他焊接流体时使用对应数量。",[70,590,591,608],{},[73,592,593],{},[76,594,595,598,601,605],{},[79,596,597],{},"产物",[79,599,600],{},"主要物料",[79,602,604],{"align":603},"right","焊料",[79,606,607],{},"原始功率／时间",[89,609,610,624,638,650],{},[76,611,612,615,618,621],{},[94,613,614],{},"量子处理器",[94,616,617],{},"1 高级玻璃纤维电路基板、1 量子 CPU 芯片、1 纳米 CPU 芯片、12 SMD 电容、12 SMD 晶体管、16 铂细线",[94,619,620],{"align":603},"72 L",[94,622,623],{},"2400 EU\u002Ft、10 秒",[76,625,626,629,632,635],{},[94,627,628],{},"量子计算机",[94,630,631],{},"1 高级玻璃纤维电路基板、2 量子处理器、12 SMD 电感、16 SMD 电容、4 RAM、24 铂细线",[94,633,634],{"align":603},"144 L",[94,636,637],{},"2400 EU\u002Ft、20 秒",[76,639,640,643,646,648],{},[94,641,642],{},"量子超级计算机",[94,644,645],{},"1 高级玻璃纤维电路基板、2 量子计算机、8 SMD 二极管、4 NOR、16 RAM、48 铂细线",[94,647,634],{"align":603},[94,649,637],{},[76,651,652,655,658,661],{},[94,653,654],{},"量子主机",[94,656,657],{},"2 铝框架、2 量子超级计算机、24 SMD 电感、48 SMD 电容、24 RAM、48 退火铜单线",[94,659,660],{"align":603},"288 L",[94,662,663],{},"7680 EU\u002Ft、80 秒",[12,665,666,669],{},[15,667,668],{},"一台量子主机需 320 根铂细线。"," 向下展开为 8 量子处理器、4 量子计算机、2 量子超级计算机。先编码末层样板，展开缺料后备铂细线、RAM 与焊料；电路成品按订单做。",[12,671,672,673],{},"量子主机可作 ZPM 等效电路。高级 SMD 线建好后，再把样板换为对应省料配方。 ",[55,674,676],{"href":530,"rel":675},[226],"完整电路注册",[297,678,680],{"id":679},"合金冶炼炉先做一单合金再接自动供料","合金冶炼炉：先做一单合金，再接自动供料",[12,682,683,684,543,687,690,691,59],{},"控制器的一条组装路线为：",[316,685,686],{},"1 IV 合金炉＋2 碳化锆板＋2 四倍钨线缆＋2 IV 等效电路 → 1 合金冶炼炉",[316,688,689],{},"1920 EU\u002Ft、1 秒","。控制器能做出来后，再准备耐热外壳、线圈、维护仓、消声仓与流体输出。",[55,692,695],{"href":693,"rel":694},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FAssemblerRecipes.java",[226],"控制器配方",[12,697,698],{},"合金冶炼炉直接输出熔融合金，接独立输出罐，再用流体固化机与相应模具制成锭、板或其他形状。首单选择下一台目标机器实际需要的合金，例如镍钛诺 60；在 NEI 收藏它的粉料、电路和液体输入，按目标锭数倒推熔融量。",[12,700,701,704,705],{},[15,702,703],{},"IV 配方装 IV 能源仓。"," 首批铱优先供这个仓室；合金冶炼炉不支持靠多个 EV 仓跨级。 ",[55,706,709],{"href":707,"rel":708},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002FgtPlusPlus\u002Fxmod\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fmachines\u002Fmulti\u002Fproduction\u002FMTEAlloyBlastSmelter.java",[226],"固定版本电压校验",[297,711,713],{"id":712},"加工扩建先改最常等待的工序","加工扩建：先改最常等待的工序",[12,715,716],{},"这一轮优先检查三个队列：铂细线、合金部件、铂线循环物。细线长期等待就升级线缆加工；框架、齿轮、板材等待就升级压模与部件加工；多种粉料配比长时间排队再扩搅拌。先用现有机器接通订单，再按控制器配方收集新合金和部件。",[12,718,719,720,59],{},"换新多方块后，先用低并行跑一批并收回成品，再加并行。铜镍洗净矿与铂金属粉留铂线，其他矿按副产物分流。",[55,721,723],{"href":722},"\u002Fblog\u002Fgtnh\u002Fore-processing","矿处路线",[33,725,286],{"id":286},[297,727,729],{"id":728},"第二轮大机器升级高炉蚀刻蒸馏怎样排","第二轮大机器升级：高炉、蚀刻、蒸馏怎样排",[12,731,732],{},"第一轮机器齐备后，按下表升级积压最长的工序：",[70,734,735,748],{},[73,736,737],{},[76,738,739,742,745],{},[79,740,741],{},"观察到的积压",[79,743,744],{},"推荐升级",[79,746,747],{},"先准备的配套",[89,749,750,763,776],{},[76,751,752,755,760],{},[94,753,754],{},"热锭烧炼长期排队，冷冻区反而闲置",[94,756,757],{},[15,758,759],{},"炽焱高炉 Volcanus",[94,761,762],{},"哈斯特洛伊系合金、IV 机械臂、持续烈焰之炽焱供应；冷冻吞吐随后跟上",[76,764,765,768,773],{},[94,766,767],{},"晶圆、芯片等激光配方持续排队",[94,769,770],{},[15,771,772],{},"高强度激光蚀刻机 HILE",[94,774,775],{},"镍钛诺 60 框架与司太立板外壳、激光源仓、玻璃和普通能源仓",[76,777,778,781,784],{},[94,779,780],{},"多种馏分已有去向，蒸馏塔始终满负荷",[94,782,783],{},"先复制现有蒸馏塔，之后再做丹格特蒸馏厂",[94,785,786],{},"新蒸馏厂控制器需要 5 级化工厂与 LuV 配方供电，按材料和电力条件排期",[788,789,791],"h4",{"id":790},"炽焱高炉推荐给长期满负荷的烧锭区","炽焱高炉：推荐给长期满负荷的烧锭区",[12,793,794,795,798,799,802,803,59],{},"本版炽焱高炉为 ",[15,796,797],{},"最多 8 并行、2.2 倍基础速度、0.9 倍基础 EU 消耗","，运行时消耗 ",[15,800,801],{},"10 L\u002Fs 烈焰之炽焱","。先准备五分钟用量 3000 L，再接连续供给；高炉处理加快后，热锭输出和冷冻机也要有相应余量。",[55,804,807],{"href":805,"rel":806},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002FgtPlusPlus\u002Fxmod\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fmachines\u002Fmulti\u002Fprocessing\u002Fadvanced\u002FMTEAdvEBF.java",[226],"固定版本炽焱高炉",[12,809,810,813],{},[15,811,812],{},"炽焱只按线圈基础温度开配方，没有 EBF 的电压加温。"," 换机前先核对炉温；过剩热量仍提供节能与完美超频。原 EBF 留作专机。",[12,815,816,817,59],{},"控制器需要哈斯特洛伊-W 齿轮、IV 机械臂、哈斯特洛伊-N 双层板、专用外壳、计算机方块与 LuV 等效电路。先做合金冶炼能力，再把机器和供液仓列成一个完整 NEI 订单。",[55,818,820],{"href":231,"rel":819},[226],"控制器与加热仓配方",[788,822,824],{"id":823},"高强度激光蚀刻机先准备激光源仓","高强度激光蚀刻机：先准备激光源仓",[12,826,827,828,831,832,835,836,59],{},"HILE 的固定版本基础速度为 ",[15,829,830],{},"3.5 倍","、基础 EU 消耗为 ",[15,833,834],{},"0.8 倍","。加工等级和并行由激光源仓决定：配方等级及超频上限为激光源等级高一阶，并行上限取激光源安培数的立方根、向下取整；玻璃等级再约束激光源等级。普通能源仓负责加工供电，激光源仓负责对应的等级与并行条件。",[55,837,840],{"href":838,"rel":839},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Fcommon\u002Ftileentities\u002Fmachines\u002Fmulti\u002FMTEIndustrialLaserEngraver.java",[226],"本版机器结构与计算",[12,842,843,844,847,848,59],{},"一份激光约束机械方块的材料为 ",[316,845,846],{},"6 司太立板＋1 镍钛诺 60 框架","。先把激光源仓、玻璃、外壳与控制器放进同一份备料清单；机器建好后先迁移一张当前最常用的芯片配方，透镜留在输入总线，样板只发消耗材料。确认芯片回网后，再迁移同透镜的其他配方。",[55,849,851],{"href":693,"rel":850},[226],"外壳配方",[788,853,855],{"id":854},"丹格特蒸馏厂先看控制器的实际前置","丹格特蒸馏厂：先看控制器的实际前置",[12,857,858,861,862],{},[15,859,860],{},"丹格特控制器先备 5 级化工厂、30720 EU\u002Ft 供电。"," 输入 2 蒸馏塔、16 IV 级 GT++ 机械方块、8 LuV 等效电路，以及 4608 L Aquatic Steel、2304 L 巴氏合金、9216 L 青铜、2304 L 坎塔尔，加工 10 分钟。条件未齐就先复制普通蒸馏塔。 ",[55,863,865],{"href":231,"rel":864},[226],"固定版本蒸馏厂控制器配方",[297,867,869],{"id":868},"装配线先算外壳再制作控制器","装配线：先算外壳，再制作控制器",[12,871,872,873,876,877,880],{},"一个装配机机械方块需要 ",[15,874,875],{},"6 个 ZPM 等效电路＋1 个 LuV 等效电路","，以及 IV 电动马达和钨钢框架。控制器消耗四个，最短五片结构还要五个，首台至少按 ",[15,878,879],{},"9 个机械方块","备料。",[12,882,883,884,887,888,891,892,59],{},"只按量子主机满足其中的 ZPM 电路计算，就是 ",[15,885,886],{},"54 台量子主机","；对应 ",[15,889,890],{},"17280 根铂细线","。先完成电路自动下单与铂细线库存，再做这项工程。装配线方块与装配机机械方块是两种结构材料，分别加入 NEI 清单。",[55,893,895],{"href":894},"\u002Fblog\u002Fgtnh\u002Fassembly-line","装配线结构、预算与首单",[297,897,899],{"id":898},"首个-luv-部件从电动马达开始","首个 LuV 部件：从电动马达开始",[12,901,902,903,905,906,59],{},"先准备 IV 电动马达的扫描数据，再按顺序摆放磁化钐杆、HSS-S 长杆、两组钌铱合金细线和钇钡铜氧线缆，输入 Indalloy 140 与润滑油。LuV 电动马达配方本身只需 ",[316,904,25],{},"，由已建设的 IV 电网运行。",[55,907,909],{"href":908},"\u002Fblog\u002Fgtnh\u002Fassembly-line#%E9%A6%96%E5%8D%95%E9%80%89%E6%8B%A9-luv-%E7%94%B5%E5%8A%A8%E9%A9%AC%E8%BE%BE","首台 LuV 马达完整输入",[12,911,912],{},"装配线施工同时备磁化钐、钌铱细线、Indalloy 140 和 HSS-S，建好就做第一台马达，再按泵、活塞、机械臂订单扩。",[33,914,915],{"id":915},"进入下一阶段前",[917,918,919,923,926,929],"ul",{},[920,921,922],"li",{},"铂线持续产铂，铱、锇、钌、铑按需求有可重复运行的加工路线，酸与循环粉有回流库存。",[920,924,925],{},"能稳定制作量子主机，RAM、铂细线、SMD 和焊料供应跟得上；使用 AE 时可将整单接入自动合成。",[920,927,928],{},"合金冶炼炉能运行所需 IV 配方，熔融合金可固化并返回仓库。",[920,930,931],{},"装配线具备扫描数据、顺序输入和足够供电，完成第一台 LuV 电动马达。",[33,933,934],{"id":934},"小技巧与排障",[917,936,937,943,949,955,961],{},[920,938,939,942],{},[15,940,941],{},"2400 EU\u002Ft 配方："," 换 IV 电路组装机。",[920,944,945,948],{},[15,946,947],{},"电路混料："," 上一单输入清空后再发下一单，高频配方拆专机。",[920,950,951,954],{},[15,952,953],{},"量子晶圆缺料："," 输入纳米 CPU 晶圆，量子晶圆做出后再切芯片。",[920,956,957,960],{},[15,958,959],{},"铂线停机："," 清盐酸、钯液、氯化钙和铂渣出口。",[920,962,963,966],{},[15,964,965],{},"装配线不启动："," 查扫描卡、总线顺序、流体顺序、功率和成品空间。",[12,968,969,970,228,975,228,980,59],{},"中文延伸：",[55,971,974],{"href":972,"rel":973},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E5%BC%BA%E5%AF%BC%E5%8E%8B%E6%97%B6%E4%BB%A3",[226],"强导压时代",[55,976,979],{"href":977,"rel":978},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E9%93%82%E5%A4%84%E7%90%86",[226],"铂处理",[55,981,177],{"href":982,"rel":983},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E8%A3%85%E9%85%8D%E7%BA%BF",[226],[33,985,986],{"id":986},"主线导航",[12,988,989,395,993],{},[55,990,992],{"href":991},"\u002Fblog\u002Fgtnh\u002Fev","上一阶段：EV 阶段",[55,994,996],{"href":995},"\u002Fblog\u002Fgtnh","返回专辑目录",{"title":518,"searchDepth":998,"depth":998,"links":999},2,[1000,1001,1002,1007,1012,1017,1022,1023,1024],{"id":35,"depth":998,"text":35},{"id":62,"depth":998,"text":62},{"id":242,"depth":998,"text":242,"children":1003},[1004,1006],{"id":299,"depth":1005,"text":300},3,{"id":354,"depth":1005,"text":355},{"id":264,"depth":998,"text":264,"children":1008},[1009,1010,1011],{"id":506,"depth":1005,"text":507},{"id":535,"depth":1005,"text":536},{"id":572,"depth":1005,"text":573},{"id":275,"depth":998,"text":275,"children":1013},[1014,1015,1016],{"id":584,"depth":1005,"text":585},{"id":679,"depth":1005,"text":680},{"id":712,"depth":1005,"text":713},{"id":286,"depth":998,"text":286,"children":1018},[1019,1020,1021],{"id":728,"depth":1005,"text":729},{"id":868,"depth":1005,"text":869},{"id":898,"depth":1005,"text":899},{"id":915,"depth":998,"text":915},{"id":934,"depth":998,"text":934},{"id":986,"depth":998,"text":986},"games",null,"2026-10-29","从首台 IV 电路组装机推进铂系处理、量子电路与合金冶炼，配置阶段供电，最终用装配线制造首个 LuV 部件。","md",[],{},true,"\u002Fblog\u002Fgtnh\u002Fiv",{"title":5,"description":1028},"blog\u002Fgtnh\u002Fiv",[6,1037,1038],"guide","minecraft","_uluzJQKl26NoE4-pKAwFENkFCTK8HvdPMzhCd4HMs0",{"newer":1026,"older":1026,"related":1041},[],1793292208096]