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Optimal Materials for Xe/Kr Separation by Anthony Lapp is a document available to read on EtoBox.
This article discusses the use of advanced nanoporous materials for the separation of xenon and krypton gases, which are important for various industrial applications. The authors employ a hybrid approach combining machine learning and molecular simulations to screen over 670,000 porous material structures, identifying the most promising candidates for effective separation. Their findings highlight the significance of pore size and binding site anatomy in optimizing material performance for this specific ap
- Author
- Anthony Lapp
- Language
- EN