麦凯布-蒂勒方法
麦凯布-蒂勒方法(英语:McCabe–Thiele method)被视为分析双成份蒸馏最简易且最具启发性的方法。[1][2][3]本方法利用于每个理论塔板(气液平衡板)上的组成皆可由其中一成分之摩尔分数决定,且建立在等摩尔流率的假设之上。欲达成等摩尔流率之假设,则需满足下列条件:
本方法由沃伦·李·麦凯布及欧内斯特·蒂勒两人率先于1925年发表。[4]当时,麦凯布与蒂勒两人都在麻省理工学院任教。蒂勒于该年完成科学博士学位,并从该校毕业。[5]至于拥有密西根大学硕士的麦凯布则在麻省理工学院担任预约教员,随后返回密西根大学,并于1928年取得其博士学位。[6]
相关条目
参考资料
- ^ McCabe, W. L. & Smith, J. C. Unit Operations of Chemical Engineering 3rd. McGraw-Hill. 1976. ISBN 0-07-044825-6.
- ^ Perry, Robert H. & Green, Don W. Perry's Chemical Engineers' Handbook 6th. McGraw-Hill. 1984. ISBN 0-07-049479-7.
- ^ Beychok, Milton. Algebraic Solution of McCabe-Thiele Diagram. Chemical Engineering Progress. May 1951.
- ^ W.L. McCabe & E.W. Thiele. Graphical Design Of Fractionating Columns (PDF). Industrial and Engineering Chemistry. June 1925, 17: 605–611 [2016-09-10]. doi:10.1021/ie50186a023. (原始内容 (PDF)存档于2016-03-04).
- ^ Jonathan H. Worstell (March 2009), Ernest W. Thiele: His Impact on Chemical Engineering (页面存档备份,存于互联网档案馆)
- ^ Ralph E. Fadum (1984), Warren Lee McCabe (页面存档备份,存于互联网档案馆) in Memorial Tributes: National Academy of Engineering, Volume 2.
外部链接
- More detailed information on how to draw a McCabe-Thiele Diagram
- Detailed discussion of McCabe-Thiele method by Tore Haug-Warberg, Norwegian University of Science and Technology, Norway
- McCabe-Thiele Diagram generator
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