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- Q3030793 subject Q16807621.
- Q3030793 abstract "The residence time distribution (RTD) of a chemical reactor is a probability distribution function that describes the amount of time a fluid element could spend inside the reactor. Chemical engineers use the RTD to characterize the mixing and flow within reactors and to compare the behavior of real reactors to their ideal models. This is useful, not only for troubleshooting existing reactors, but in estimating the yield of a given reaction and designing future reactors.The concept was first proposed by MacMullin and Weber in 1935, but was not used extensively until P.V. Danckwerts analyzed a number of important RTDs in 1953.".
- Q3030793 thumbnail Typical_CSTR_RTD_curve.svg?width=300.
- Q3030793 wikiPageWikiLink Q102205.
- Q3030793 wikiPageWikiLink Q1088747.
- Q3030793 wikiPageWikiLink Q1183700.
- Q3030793 wikiPageWikiLink Q16807621.
- Q3030793 wikiPageWikiLink Q177453.
- Q3030793 wikiPageWikiLink Q209675.
- Q3030793 wikiPageWikiLink Q287251.
- Q3030793 wikiPageWikiLink Q330828.
- Q3030793 wikiPageWikiLink Q379788.
- Q3030793 wikiPageWikiLink Q457904.
- Q3030793 wikiPageWikiLink Q557567.
- Q3030793 wikiPageWikiLink Q557573.
- Q3030793 wikiPageWikiLink Q638982.
- Q3030793 wikiPageWikiLink Q7173535.
- Q3030793 wikiPageWikiLink Q83588.
- Q3030793 comment "The residence time distribution (RTD) of a chemical reactor is a probability distribution function that describes the amount of time a fluid element could spend inside the reactor. Chemical engineers use the RTD to characterize the mixing and flow within reactors and to compare the behavior of real reactors to their ideal models.".
- Q3030793 label "Residence time distribution".
- Q3030793 depiction Typical_CSTR_RTD_curve.svg.