Litcius/Paper detail

High-aligned oppositely-charged nanocellulose/MXene aerogel membranes through synergy of directional freeze-casting and structural densification for osmotic-energy harvesting

Zhanhong Yuan, Binglin Zhou, Kaiyu Yuan, Zhijiang Xie, Ke Zheng, Huiqing Wang, Chenlu Jiao, Dongdong Ye

2024Nano Energy48 citationsDOI

Topics & Concepts

Materials scienceAerogelMembraneChemical engineeringOsmotic powerPower densityNanocelluloseNanostructureNanotechnologyNanorodConductivityCellulosePower (physics)Forward osmosisBiologyReverse osmosisPhysicsPhysical chemistryGeneticsEngineeringChemistryQuantum mechanicsSolar-Powered Water Purification MethodsEnergy Harvesting in Wireless NetworksMembrane Separation Technologies
High-aligned oppositely-charged nanocellulose/MXene aerogel membranes through synergy of directional freeze-casting and structural densification for osmotic-energy harvesting | Litcius