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Heat and osmosis cooperatively driven power generation in robust two-dimensional hybrid nanofluidic channels

Tianliang Xiao, Xuejiang Li, Zhaoyue Liu, Bingxin Lu, Jin Zhai, Xungang Diao

2023Journal of Materials Chemistry A22 citationsDOI

Abstract

Heat and osmosis cooperatively driven power generation in robust two-dimensional hybrid nanofluidic channels is shown.

Topics & Concepts

Forward osmosisOsmotic powerOsmosisElectricity generationPower (physics)Pressure-retarded osmosisHeat generationMaterials scienceEngineeringMembraneReverse osmosisPhysicsChemistryThermodynamicsBiochemistryNanopore and Nanochannel Transport StudiesSolar-Powered Water Purification MethodsThermal properties of materials
Heat and osmosis cooperatively driven power generation in robust two-dimensional hybrid nanofluidic channels | Litcius