Publications by authors named "Chengshu Guan"
Article Synopsis
- * The emulsion type can be adjusted by changing the bonding between POMs and polymers, which is influenced by the concentration of both components and the water/oil ratio.
- * This method simplifies the creation of responsive materials for biomedical and engineering uses, eliminating the need for complex particle synthesis by utilizing dynamic electrostatic interactions and redox reactions.
Cellulose nanocrystal (CNC) with renewability, biodegradability, and nanoscale size was used as the rough structure component instead of inorganic nanoparticles to fabricate renewable and degradable superhydrophobic cotton fabric via a dip-coating method with cured epoxidized oil resin (CESO) as the binder. The superhydrophobic cotton fabric could selectively absorb oil from oily water and could separate various oil/water mixture very efficiently with separation efficiency higher than 98%. The superhydrophobic cotton fabric showed excellent stability, making it reusable for several times without lowering separation efficiency.
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