[{"data":1,"prerenderedAt":407},["ShallowReactive",2],{"\u002Fblog\u002Fgtnh\u002Fbasic-chemistry":3,"article-navigation:\u002Fblog\u002Fgtnh\u002Fbasic-chemistry":405},{"id":4,"title":5,"album":6,"albumIndex":7,"body":8,"category":390,"cover":391,"coverAlt":391,"coverCaption":391,"date":392,"description":393,"draft":7,"extension":394,"home":7,"homeFacts":395,"homeImage":391,"homeNote":391,"meta":396,"navigation":397,"path":398,"seo":399,"stem":400,"tags":401,"updated":391,"__hash__":404},"blog\u002Fblog\u002Fgtnh\u002Fbasic-chemistry.md","氧氢氮、天然橡胶与基础酸","gtnh",false,{"type":9,"value":10,"toc":374},"minimark",[11,15,20,25,32,85,95,103,107,112,151,169,172,180,184,208,211,215,218,289,296,299,302,309,322,333,336,347,350,353],[12,13,14],"p",{},"LV 中期用水电解供应氢氧、空气分离供应氮，酸按当前配方分批做；MV 再扩充持续供应。",[16,17,19],"h2",{"id":18},"lv先建立原料来源","LV：先建立原料来源",[21,22,24],"h3",{"id":23},"先打通氧与氢一台水电解机的正确用法","先打通氧与氢：一台水电解机的正确用法",[12,26,27,31],{},[28,29,30],"strong",{},"先建 1 台 LV 电解机。"," 聚合要氧单元就设电路 1；要裸氧气就设电路 3。",[33,34,35,54],"table",{},[36,37,38],"thead",{},[39,40,41,45,48,51],"tr",{},[42,43,44],"th",{},"机器\u002F配置",[42,46,47],{},"输入",[42,49,50],{},"输出",[42,52,53],{},"原始耗电\u002F时间",[55,56,57,72],"tbody",{},[39,58,59,63,66,69],{},[60,61,62],"td",{},"LV 电解机，电路 1",[60,64,65],{},"1000 L 水 + 1 空单元",[60,67,68],{},"1 氧单元 + 2000 L 氢",[60,70,71],{},"30 EU\u002Ft，100 秒",[39,73,74,77,80,83],{},[60,75,76],{},"LV 电解机，电路 3",[60,78,79],{},"1000 L 水 + 2 空单元",[60,81,82],{},"1000 L 氧 + 2 氢单元",[60,84,71],{},[12,86,87,88],{},"做 PE 时用电路 1，直接把氧单元送聚合化反；给增压引擎供氧时用电路 3，把氧气接入储罐。两种接法都要接水、单元输出箱和气体罐，并把用完的空单元送回电解机。氢也要接储罐和下游，满罐后会挡住氧气生产。 ",[89,90,94],"a",{"href":91,"rel":92},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FElectrolyzerRecipes.java",[93],"nofollow","RC-2 水电解配方",[12,96,97,102],{},[89,98,101],{"href":99,"rel":100},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E6%B0%A7%E4%BA%A7%E7%BA%BF",[93],"更多氧源","。",[21,104,106],{"id":105},"空气分离制氮给后面的热解炉留一条气源","空气分离制氮：给后面的热解炉留一条气源",[12,108,109],{},[28,110,111],{},"1 台压缩机＋1 台离心机做氮，空单元循环。",[33,113,114,127],{},[36,115,116],{},[39,117,118,121,124],{},[42,119,120],{},"步骤",[42,122,123],{},"输入 → 输出",[42,125,126],{},"原始参数",[55,128,129,140],{},[39,130,131,134,137],{},[60,132,133],{},"压缩机",[60,135,136],{},"1 空单元 → 1 压缩空气单元",[60,138,139],{},"2 EU\u002Ft，15 秒",[39,141,142,145,148],{},[60,143,144],{},"离心机",[60,146,147],{},"5 压缩空气单元 → 1 氧单元 + 4 空单元 + 3900 L 氮",[60,149,150],{},"7 EU\u002Ft，80 秒",[12,152,153,154,157,158,163,164],{},"先放 ",[28,155,156],{},"5 个空单元","：压缩五次，再送离心。四个空单元直接回压缩机，氧单元卸气后返回；连续运行再补一组周转单元。氮接独立罐。 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",[188,197,198],{},"1 生橡胶粉 + 1 小撮硫粉 → 144 L 熔融橡胶",[188,200,201],{},"15 EU\u002Ft、5 秒","。大配方与小配方在时间效率上不同，库存允许时按大批次做更省等待。",[89,204,207],{"href":205,"rel":206},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java",[93],"RC-2 橡胶配方",[12,209,210],{},"把熔融橡胶分两路：一路供组装机，另一路接固化机做板等部件。做线缆时备好金属裸线；固化机中的模具会保留。",[21,212,214],{"id":213},"盐酸硫酸怎样取得第一批","盐酸、硫酸怎样取得第一批",[12,216,217],{},"首批基础酸共用一台 LV 化反，按下表逐步加工；每一步结束后，把产物抽入对应储罐。",[33,219,220,234],{},[36,221,222],{},[39,223,224,227,230,232],{},[42,225,226],{},"产品",[42,228,229],{},"机器与电路",[42,231,123],{},[42,233,126],{},[55,235,236,250,263,276],{},[39,237,238,241,244,247],{},[60,239,240],{},"盐酸",[60,242,243],{},"化反，电路 1",[60,245,246],{},"1 氯单元 + 1000 L 氢 → 1000 L 盐酸 + 空单元",[60,248,249],{},"7 EU\u002Ft，3 秒",[39,251,252,255,258,261],{},[60,253,254],{},"二氧化硫",[60,256,257],{},"化反，电路 3",[60,259,260],{},"1 硫粉 + 2000 L 氧 → 1000 L 二氧化硫",[60,262,249],{},[39,264,265,268,270,273],{},[60,266,267],{},"三氧化硫",[60,269,243],{},[60,271,272],{},"1000 L 二氧化硫 + 1 氧单元 → 1000 L 三氧化硫 + 空单元",[60,274,275],{},"30 EU\u002Ft，10 秒",[39,277,278,281,283,286],{},[60,279,280],{},"硫酸",[60,282,243],{},[60,284,285],{},"1000 L 三氧化硫 + 1 水单元 → 1000 L 硫酸 + 空单元",[60,287,288],{},"7 EU\u002Ft，16 秒",[12,290,291,292],{},"盐电解供氯，水电解供氢氧。小化反按表用“一项裸流体＋另一项单元”；换配方前抽空旧液。 ",[89,293,295],{"href":205,"rel":294},[93],"RC-2 基础酸配方",[16,297,298],{"id":298},"直接按一桶成品备料",[21,300,301],{"id":301},"第一桶硫酸",[12,303,304,305,308],{},"沿前面的三步配方，备 ",[188,306,307],{},"1 硫粉、3000 L 氧、1000 L 水","。氧分为 2000 L 裸流体和 1 个氧单元，水灌成 1 个水单元。共用一台化反时按下列顺序搬运：",[310,311,312,316,319],"ol",{},[313,314,315],"li",{},"电路 3 做二氧化硫，抽入中间罐。",[313,317,318],{},"清空进液槽，二氧化硫回灌，放氧单元，电路 1 做三氧化硫。",[313,320,321],{},"三氧化硫再回灌，放水单元，得到 1000 L 硫酸；空单元送回装罐端。",[12,323,324,325,328,329,102],{},"三段原始加工时间合计 ",[188,326,327],{},"3+10+16=29 秒","。一台机器适合做首批酸；要保持供酸时，把三段分为专机，中间罐分别存两种氧化硫。",[89,330,332],{"href":205,"rel":331},[93],"基础酸配方",[21,334,335],{"id":335},"盐电解同时启动氯和钠库存",[12,337,338,339,342,343,102],{},"LV 电解机用 ",[188,340,341],{},"2 盐粉 → 1 钠粉 + 1000 L 氯","，30 EU\u002Ft、16 秒。氯先用于盐酸和后续氯化反应，钠单独存放，留给钛回收等用途。",[89,344,346],{"href":91,"rel":345},[93],"盐电解配方",[12,348,349],{},"同一台电解机在水、盐配方间切换时，清走旧气体与物品输出；水电解留氧单元和氢出口，盐电解留钠和氯出口。持续用量起来后拆成专机，省去换液与换单元的操作。",[16,351,352],{"id":352},"接下来读什么",[354,355,356,362,368],"ul",{},[313,357,358],{},[89,359,361],{"href":360},"\u002Fblog\u002Fgtnh\u002Fcircuits-and-silicon","电路与半导体",[313,363,364],{},[89,365,367],{"href":366},"\u002Fblog\u002Fgtnh\u002Fbenzene","热解苯与木化",[313,369,370],{},[89,371,373],{"href":372},"\u002Fblog\u002Fgtnh\u002Flv","主线：LV 阶段",{"title":375,"searchDepth":376,"depth":376,"links":377},"",2,[378,385,389],{"id":18,"depth":376,"text":19,"children":379},[380,382,383,384],{"id":23,"depth":381,"text":24},3,{"id":105,"depth":381,"text":106},{"id":182,"depth":381,"text":183},{"id":213,"depth":381,"text":214},{"id":298,"depth":376,"text":298,"children":386},[387,388],{"id":301,"depth":381,"text":301},{"id":335,"depth":381,"text":335},{"id":352,"depth":376,"text":352},"games",null,"2026-10-29","给出水电解、空气分离、橡胶硫化和盐酸硫酸的具体配方，接好单元回收并处理副产气体。","md",[],{},true,"\u002Fblog\u002Fgtnh\u002Fbasic-chemistry",{"title":5,"description":393},"blog\u002Fgtnh\u002Fbasic-chemistry",[6,402,403],"guide","minecraft","ICpvCLPlmMHTz7TNehJwj0Li9sEmZw1TKLJxWSgimfo",{"newer":391,"older":391,"related":406},[],1793292207831]