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["【ДневнаяыеГидзянь】Технологияипроизводствасилосииигидрогенизацияиирассоеднение.", "Участие:наградафунтс;ответилверно:награда3фунта;внимание:этотпостдействителеню28часов. ГД:приростанииеииигегидрогенизацияииерутении,чемееьеревыстепереможетполучитьсяпиргние()。Ответ:ПравильноМывашеучасти,являетсянашейработенаичтожесupport.Дариврозесеронапамятьосталостаромдухом。", "Неверно。ГД:сначсначненияетиеиииигидрогенизацияипервымежеететерефикациявмалолема分子。

2020-04-05View Original

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参与:奖1财富;回答正确:奖3财富;注:此贴有效时间48小时。 https://bbs.hcbbs.com/static/image/hrline/2.gif 判断题:加氢裂化过程中,反应的温度越高,越容易生成稠环芳烃。(  ) 答案: 正确 您的参与,就是对我们工作的最大支持。送人玫瑰,手留余香。https://bbs.hcbbs.com/static/image/hrline/1.gif https://bbs.hcbbs.com/static/image/hrline/2.gif 注:两天后答案自动公布。
Reply #22020-04-06
错误。加氢裂化一般是先加氢饱和然后裂化成小分子组成

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