Fluidität/en - Versionsgeschichte

Ischler am 7. Juli 2019 um 13:19 Uhr

2019-07-07T13:19:50Z

Ischler am 7. Juli 2019 um 13:18 Uhr

2019-07-07T13:18:13Z

127.0.0.1: Fixed wikilinks.

2019-05-21T22:24:49Z

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2019-04-16T19:37:39Z

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2019-04-16T19:37:38Z

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Kehrwert der [[Viskosität]]. Die Fluidität charakterisiert die Geschwindigkeit der Formveränderung eines Stoffes oder einer Flüssigkeit. Sie bestimmt beispielsweise die Verformbarkeit der [[Erythrozyt]]en beim Durchströmen der [[Kapillare]]n und trägt somit, wie auch die Zahl der roten Bltkörperchen in der [[Volumen]]<nowiki>einheit</nowiki>, zur Größe des Widerstands des [[Blut]]es im [[Gefäßsystem]] bei.

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	For example, it determines the deformability of the [[Erythrozyt/en\|erythrocyte]] when passing through the [[Kapillare/en\|capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[Volumen/en\|volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[Blut/en\|blood]]es in the [[Gefäßsystem/en\|vascular system]].		For example, it determines the deformability of the [[Erythrozyt/en\|erythrocyte]] when passing through the [[Kapillare/en\|capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[Volumen/en\|volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[Blut/en\|blood]]es in the [[Gefäßsystem/en\|vascular system]].
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		+	https://en.wikipedia.org/wiki/Fluidity <sub>([https://en.wikipedia.org/wiki/Wikipedia:Text_of_Creative_Commons_Attribution-ShareAlike_3.0_Unported_License])</sub>

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−	~~reciprocal~~ of [[Viskosität/en\|viscosity]]. Fluidity characterizes the rate at which the shape of a substance or liquid changes. For example, it determines the deformability of the [[Erythrozyt/en\|erythrocyte]] when passing through the [[Kapillare/en\|capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[Volumen/en\|volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[Blut/en\|blood]]es in the [[Gefäßsystem/en\|vascular system]].	+	Reciprocal of [[Viskosität/en\|viscosity]]. Fluidity characterizes the rate at which the shape of a substance or liquid changes.
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		+	For example, it determines the deformability of the [[Erythrozyt/en\|erythrocyte]] when passing through the [[Kapillare/en\|capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[Volumen/en\|volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[Blut/en\|blood]]es in the [[Gefäßsystem/en\|vascular system]].

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−	reciprocal of [[viscosity]]. Fluidity characterizes the rate at which the shape of a substance or liquid changes. For example, it determines the deformability of the [[erythrocyte]] when passing through the [[capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[blood]]es in the [[vascular system]].	+	reciprocal of [[Viskosität/en\|viscosity]]. Fluidity characterizes the rate at which the shape of a substance or liquid changes. For example, it determines the deformability of the [[Erythrozyt/en\|erythrocyte]] when passing through the [[Kapillare/en\|capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[Volumen/en\|volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[Blut/en\|blood]]es in the [[Gefäßsystem/en\|vascular system]].

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−	~~Kehrwert der~~ [[~~Viskosität~~]]. ~~Die Fluidität charakterisiert die Geschwindigkeit der Formveränderung eines Stoffes oder einer Flüssigkeit~~. ~~Sie bestimmt beispielsweise die Verformbarkeit der~~ [[~~Erythrozyt~~]]~~en beim Durchströmen der~~ [[~~Kapillare~~]]n ~~und trägt somit~~, ~~wie auch die Zahl der roten Bltkörperchen~~ in ~~der~~ [[~~Volumen~~]]<nowiki>~~einheit~~</nowiki>, ~~zur Größe des Widerstands des~~ [[~~Blut~~]]es im [[~~Gefäßsystem~~]] ~~bei~~.	+	reciprocal of [[viscosity]]. Fluidity characterizes the rate at which the shape of a substance or liquid changes. For example, it determines the deformability of the [[erythrocyte]] when passing through the [[capillary]]n and thus contributes, as does the number of red leaf corpuscles in the [[volume]]<nowiki>unit</nowiki>, to the size of the resistance of the [[blood]]es in the [[vascular system]].