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精馏"XiTong",蒸馏"XiTong",蒸馏装置
1、distillation───n.(各种释义的)蒸馏(过程); 蒸馏物; 蒸流; 升华;n.精馏,蒸馏,净化;蒸馏法;精华,蒸馏物
2、distillation definition───蒸馏定义
3、distillation apparatus───蒸馏器;蒸馏装置
4、distillation kids───升华儿童
5、distillation process───蒸馏过程;蒸馏法
6、distillation column───FenLie蒸馏塔;[化工]蒸馏柱
7、distillation meaning───蒸馏意义
8、fractional distillation───[化工]分馏
9、distillation define───蒸馏定义
1、Based on the high matching of the simulation result and design condition data, simulate and analyze the existing distillation system.───在模拟结果与设计工况的数据吻合度较高的基础上,对现有的精馏XiTong进行模拟分析。
2、Without any superstructures of distillation system, the feasible region could be looked for automatically.───在不必给定精馏XiTong超结构的情况下,能够完成可行域的自动搜寻。
3、The transformation and production rearrangement of the crude benzol distillation system are described.───蒸馏XiTong的改造和生产调整情况。
4、Heat integration distillation system is an effective method of saving energy in the process of distillation, with 50% energy saved.───热集成精馏XiTong是精馏过程中有效的节能Cao作方式,节能效果可达50%。
5、By means of new type of tray technology the tar distillation system at Panzhihua Iron &Steel Group has been improved.───采用新型塔板技术对攀钢的焦油蒸馏装置进行了改造。
6、The distillation system design of isomeric dichlorotoluene and its production process are given in detail in this paper.───详细讨论了二氯甲苯异构体精馏塔XiTong的工程设计与生产过程。
7、Mathematical analysis on the refrigeratory system and fractional distillation system of the plant provides a basis for plant design.───对产冷、精馏XiTong进行了数学分析,为机组设计提供了理论依据。
8、With utilizing of ASPEN PLUS, this paper strictly simulates and analyzes the methanol 4-column distillation system design condition.───本文应用ASPENPLUS软件对甲醇四塔精馏XiTong的设计工况进行了严格的模拟分析。
9、The transformation and production rearrangement of the crude benzol distillation system are described.───介绍了粗苯蒸馏XiTong的改造和生产调整情况。
1、By means of analog calculation on wash oil distillation system, the main process design parameters of primary distillation column and rectification column are defined.
2、Mathematical analysis on the refrigeratory system and fractional distillation system of the plant provides a basis for plant design.
3、The distillation system design of isomeric dichlorotoluene and its production process are given in detail in this paper.
4、The transformation and production rearrangement of the crude benzol distillation system are described.
5、The calculation results demonstrated that IGP could solve the problems of optimization synthesis for large-scale complex distillation system rapidly.
6、Without any superstructures of distillation system, the feasible region could be looked for automatically.