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v =

1 18. g η. (ρ Korn – ρ Medium ) 1000. Stoke´sches Gesetz Fallgeschwindigkeit von kugelförmigen Körpern. v =. *. d 2. *. *. v = Fall-Geschwindigkeit (m/s). d = Äquivalentdurchmesser d. Korn (m). g = Schwerebeschleunigung (9,81 m/s 2 ). η = Viskosität des Mediums (kg/ms).

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  1. 1 18 g η (ρKorn – ρMedium) 1000 Stoke´sches Gesetz Fallgeschwindigkeit von kugelförmigen Körpern v = * d2 * * v = Fall-Geschwindigkeit (m/s) d = Äquivalentdurchmesser d. Korn (m) g = Schwerebeschleunigung (9,81 m/s2) η = Viskosität des Mediums (kg/ms) ρKorn = kg/m3 ρMedium = kg/m3

  2. 1 18 g η (ρKorn – ρMedium) 1000 Stoke´sches Gesetz Fallgeschwindigkeit von kugelförmigen Körpern Komp1 Komp4 v = * d2 * * Komp2 Komp3 v = Fall-Geschwindigkeit (m/s) d = Äquivalentdurchmesser d. Korn (m) g = Schwerebeschleunigung (9,81 m/s2) η = Viskosität des Mediums (kg/ms) ρKorn = kg/m3 ρMedium = kg/m3

  3. 1 18 g η (ρKorn – ρMedium) 1000 v = * d2 * * v = Fall-Geschwindigkeit (m/s) d = Äquivalentdurchmesser d. Korn (m) g = Schwerebeschleunigung (9,81 m/s2) η = Viskosität des Mediums (kg/ms) ρKorn = kg/m3 ρMedium = kg/m3

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