Mathematical and computational modeling of membrane distillation technology: A data-driven review
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Elsevier BV
Reference148 articles.
1. Visual conceptualizations and models of science;Börner;J. Informetr.,2009
2. Universality of mathematical models in understanding nature, society, and man-made world;Melnik,2015
3. Experimental of membrane distillation unit coupled with a DCMD using solar energy;Boukhriss;Solar Comp.,2023
4. Parametric investigation of modular configuration of multi-stage direct contact membrane distillation powered by waste heat of wind turbine;Memon;Desalination,2022
5. Novel hexa-fluorinated intrinsically porous polyimide membranes for the desalination of high saline water by air-gap membrane distillation;Obidara;Desalination,2023
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