Derive the Gibbs-Thomson relation (Equation 1) between vapor pressure and the size of a spherical nanodroplet (pictorially, assume the nanodroplet is adhered to a solid surface). Equation 1: In (P) = 2yvm RTr The following will be helpful: AP = Pin - Pext = 2 and dGin = Vin dPin; dGext = Vext dPext
Derive the Gibbs-Thomson relation (Equation 1) between vapor pressure and the size of a spherical nanodroplet (pictorially, assume the nanodroplet is adhered to a solid surface). Equation 1: In (P) = 2yvm RTr The following will be helpful: AP = Pin - Pext = 2 and dGin = Vin dPin; dGext = Vext dPext
Chapter10: Reconstitution Of Powdered Drugs
Section: Chapter Questions
Problem 7.5P
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Transcribed Image Text:Derive the Gibbs-Thomson relation (Equation 1) between vapor pressure and the size of a
spherical nanodroplet (pictorially, assume the nanodroplet is adhered to a solid surface).
Equation 1: In (P)
=
2yvm
RTr
The following will be helpful: AP = Pin - Pext = 2 and dGin = Vin dPin; dGext =
Vext dPext
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