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Can I read Graphical Design of Gas-liquid Reactors on EtoBox?
Graphical Design of Gas-liquid Reactors by D.W. van Krevelen; P.J. Hoftyzer is a Engineering article available to read on EtoBox.
What is Graphical Design of Gas-liquid Reactors about?
The rate of a Sac-liquid reaction is determined by the contact surf8ce between the phesee BP well 8s by tbe coeillclents of mass transfer in gas end liquid, the ma&ion rste con&ant, the diffusion coeSlcient and the concentrations of the two components. Dhneneion8l8rmlyele provide-s a means for determining number and ch8mcter of the dlmensionlem quantities that govern the process. By me8ne of the abeorption mech8nism 8ccordll to the tlhn concept, the functional nlationehip between them dimeneionlees qunntitiea is determined and expreesed in a graph. A graphical method is developed for design@ absorption apparatus in which 8ho chemical nadione occur. The method ensblee one to determine. the amme of the-driving force in the gate phuse 8s 8 function of the compoeition of g8s and liquid. By plotting the reciproo8l value of the drlv@f force vereue the pertie preaeure in the gae phase and by inteSr8tion the number of " tmnsfer unite " can be found. The applleobillty of the derived rebtionshlp, is subjected to a critical study. The uneertainty of the actual 8ctive area in 8 p8cked cohrmn m8kee the de&n of this apper8tue difbcult. Non-uniformity of wetting in 8 packed column m8y have 8 very
Who reads Graphical Design of Gas-liquid Reactors?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- D.W. van Krevelen; P.J. Hoftyzer
- Publisher
- Elsevier Science; Elsevier ; Elsevier Ltd.; Elsevier BV (ISSN 0009-2509)
- Published
- 1953
- Language
- EN
- Field
- Engineering (Physical Sciences)