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en:grundlagenhandbuch:materialkenngroessen:polymerblends [2026/01/27 13:05] – neelesten:grundlagenhandbuch:materialkenngroessen:polymerblends [2026/02/05 08:49] (aktuell) – pka
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 +**Figure:** Scematic of a capillary wave with its characterizing values
  
 The interfacial tension $\gamma_{12}$  is a function of the amplitude growth rate $q$, the dimensionless growth rate $Ω$, the matrix viscosity $\eta_c$ and the outer thread diameter $D_0$ . This is written as follows: The interfacial tension $\gamma_{12}$  is a function of the amplitude growth rate $q$, the dimensionless growth rate $Ω$, the matrix viscosity $\eta_c$ and the outer thread diameter $D_0$ . This is written as follows:
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 +**Figure:** Shape of a hanging droplet
  
 Within equation (7) g is the gravitational acceleration, Δρ is the density difference of the polymer phases and 1/H is a correction factor whose value is dependent on the shape factor. This shape factor is determined using: Within equation (7) g is the gravitational acceleration, Δρ is the density difference of the polymer phases and 1/H is a correction factor whose value is dependent on the shape factor. This shape factor is determined using: