An analytical and experimental investigation of the thin-film evaporation process in inert gases by Ryan Poole

“…By relaxing these assumptions, it is shown that as the Knudsen number (or Peclet number for inert gases) exceeds O(1) (which occurs as the film thickness decreases), the interfacial resistance is comparable to the resistance through the liquid phase. …”
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Reply to “Marine abundance and its prehistoric past in the Baltic” by Jonathan Lewis, David Ryves, P Rasmussen, J Olsen, LG van der Sluis, PJ Reimer, K-L Knudsen, S McGowan, Nicholas John Anderson, S Juggins

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Flow properties of an intact MPL from nano-tomography and pore network modelling by Jingsheng Ma, Xiaoxian Zhang, Zeyung Jiang, Hossein Ostadi, Kyle Jiang, Rui Chen

“…We firstly tested the validity of the constructed pore network, and then calculated the properties: permeability for both water and selected gases, water entry pressure, and relative permeability. Knudsen diffusion was taken into consideration in calculations when appropriate. …”
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