Application of a novel auxiliary collector for molybdenite fines recovery in sustainable froth flotation production: Combining DFT calculations and experimentsWenfeng Pan, Shijie Du, Shulei Li et al.|Colloids and Surfaces A Physicochemical and Engineering Aspects|2024Cited by 23
Hydration mechanism of molybdenite affected by surface oxidation: New insights from DFT and MD simulationsWenfeng Pan, Shijie Du, Shulei Li et al.|Colloids and Surfaces A Physicochemical and Engineering Aspects|2024Cited by 14
Application of a Novel Auxiliary Collector for Molybdenite Fines Recovery in Sustainable Froth Flotation Production: Combining Dft Calculations and ExperimentsWenfeng Pan, Shijie Du, Shulei Li et al.|SSRN Electronic Journal|2024Cited by 4
Hydration Mechanism of Molybdenite Affected by Surface Oxidation: New Insights from Dft and Md SimulationsWenfeng Pan, Shijie Du, Shulei Li et al.|SSRN Electronic Journal|2024Cited by 1
Revealing Co-Promotion Mechanism of 1-Dodecanethiol on the Flotation of Molybdenite Fines Using Kerosene as CollectorWenfeng Pan, Shijie Du, Shulei Li et al.|SSRN Electronic Journal|2023Cited by 0