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- Space_time_(chemical_engineering) abstract "Space time (or space-time) is the time necessary to process one reactor volume of fluid, given a particular set of entrance conditions. Commonly represented by the Greek letter τ, it is obtained by dividing the reactor volume by the volumetric flow rate entering the reactor. It is the equivalent to the hydraulic retention time (HRT=V/Q). The space time is frequently used in calculation involving chemical reactors and is often a more useful quantity to work with than the average residence time. The average residence time and the space are equal if all of the following conditions are met: Temperature and pressure are constant The reaction proceeds with constant density The volumetric flow rate is evaluated at reactor inlet conditions↑ ↑".
- Space_time_(chemical_engineering) wikiPageID "25014014".
- Space_time_(chemical_engineering) wikiPageLength "4241".
- Space_time_(chemical_engineering) wikiPageOutDegree "5".
- Space_time_(chemical_engineering) wikiPageRevisionID "683573955".
- Space_time_(chemical_engineering) wikiPageWikiLink Category:Chemical_reaction_engineering.
- Space_time_(chemical_engineering) wikiPageWikiLink Chemical_reactor.
- Space_time_(chemical_engineering) wikiPageWikiLink Hydraulic_retention_time.
- Space_time_(chemical_engineering) wikiPageWikiLink Tau.
- Space_time_(chemical_engineering) wikiPageWikiLink Volumetric_flow_rate.
- Space_time_(chemical_engineering) wikiPageWikiLinkText "Space time (chemical engineering)".
- Space_time_(chemical_engineering) wikiPageWikiLinkText "space time".
- Space_time_(chemical_engineering) wikiPageUsesTemplate Template:Reflist.
- Space_time_(chemical_engineering) subject Category:Chemical_reaction_engineering.
- Space_time_(chemical_engineering) hypernym Time.
- Space_time_(chemical_engineering) type SportsEvent.
- Space_time_(chemical_engineering) type Discipline.
- Space_time_(chemical_engineering) type Reaction.
- Space_time_(chemical_engineering) comment "Space time (or space-time) is the time necessary to process one reactor volume of fluid, given a particular set of entrance conditions. Commonly represented by the Greek letter τ, it is obtained by dividing the reactor volume by the volumetric flow rate entering the reactor. It is the equivalent to the hydraulic retention time (HRT=V/Q). The space time is frequently used in calculation involving chemical reactors and is often a more useful quantity to work with than the average residence time.".
- Space_time_(chemical_engineering) label "Space time (chemical engineering)".
- Space_time_(chemical_engineering) sameAs Q7572636.
- Space_time_(chemical_engineering) sameAs m.09gpv59.
- Space_time_(chemical_engineering) sameAs Q7572636.
- Space_time_(chemical_engineering) wasDerivedFrom Space_time_(chemical_engineering)?oldid=683573955.
- Space_time_(chemical_engineering) isPrimaryTopicOf Space_time_(chemical_engineering).