This is the result of some quick research of mine, initially stimulated by the model of evaporation from soil by Lehman and Or. I did not read them and I am annotating them here in order not get them lost. Among those I found, I would start from:
- Ramon, Guy, and Alexander Oron. 2008. “Capillary Rise of a Meniscus with Phase Change.” Journal of Colloid and Interface Science 327 (1): 145–51.
- Zhang, Xiang. 2018. “Dynamics of a Nonlinear Equation Modelling the Capillary Rise.” Physica D. Nonlinear Phenomena 384-385 (December): 34–38.
The next two, written the same Authors, have a theoretical part and experimental part. They looks like rigorous but a little intimidating at first. So I would let them for a second reading.
- Polansky, John. 2016. “An Experimental and Theoretical Investigation of Evaporating Meniscus Dynamics and Instabilities.” Carleton University. https://curve.carleton.ca/b5d63fef-d97d-4df1-88ae-6548ea935426.
- Polansky, John, and Tarik Kaya. 2016. “Stability of an Evaporating Meniscus: Part II--Experimental Investigation.” International Journal of Thermal Sciences 105: 75–82.
Finally, the third group of papers contains some experiments and, I think they are worth a reading"
- Luzar, Alenka, and Kevin Leung. 2000. “Dynamics of Capillary Evaporation. I. Effect of Morphology of Hydrophobic Surfaces.” The Journal of Chemical Physics 113 (14): 5836–44.
- Leung, Kevin, and Alenka Luzar. 2000. “Dynamics of Capillary Evaporation. II. Free Energy Barriers.” The Journal of Chemical Physics 113 (14): 5845–52.
- Leung, Kevin, Alenka Luzar, and Dusan Bratko. 2003. “Dynamics of Capillary Drying in Water.” Physical Review Letters 90 (6): 065502.
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