Litcius/Paper detail

Oppositely charged MXene fibers as a highly efficient osmotic power generator from sea and river water

Fatemeh Hashemifar, Ali Esfandiar

2022Journal of Materials Chemistry A22 citationsDOI

Abstract

Highly packed positively and negatively charged MXene fibers with sub-nanometer height nanochannels and high surface charge density provide aligned and charged nanochannels in fibrous geometry with outstanding efficiency in osmotic power harvesting.

Topics & Concepts

NanometreOsmotic powerMaterials scienceChemical physicsPower densitySurface chargeNanotechnologyCharge (physics)Generator (circuit theory)Chemical engineeringPower (physics)Composite materialChemistryMembranePhysicsThermodynamicsPhysical chemistryEngineeringReverse osmosisForward osmosisBiochemistryQuantum mechanicsEnergy Harvesting in Wireless NetworksMembrane Separation TechnologiesSolar-Powered Water Purification Methods
Oppositely charged MXene fibers as a highly efficient osmotic power generator from sea and river water | Litcius