Harvesting energy from spontaneous water flow within artificial nanochannels is a promising
route to meet sustainable power requirements of the fast-growing human society. However …

Conspectus The urgent problems of water scarcity and the energy crisis have given rise to
the development of a range of sustainable technologies with the great advancement of …

With the abundance of traditional energy conversion devices such as solar cells, fuel cells,
lithium batteries and supercapacitors, the integration of graphene with water is an …

Converting ubiquitous environmental energy into electric power holds tremendous social
and financial interests. Traditional energy harvesters and converters are limited by the …

Electrically splitting water to H2 and O2 is a preferred method for energy storage as long as
no CO2 is emitted during the supplied electrical input. Here we report a laser-induced …

Recently, liquid flow over monolayer graphene has been experimentally demonstrated to
generate an induced voltage in the flow direction, and various physical mechanisms have …

Water-evaporation-induced electricity generation provides an ideal strategy to solve growing
energy demand and supply power for self-powered systems because of its advantages of a …

A high-performance power generator has been successfully fabricated based on a
superhydrophilic three-dimensional assembly of graphene oxide. The open framework of …

This work reports the synthesis and investigation of reduced graphene oxide (rGO)-wrapped
ITO@ Fe 2 O 3 (rGO-ITO@ Fe 2 O 3) core-shell nanowire arrays for water splitting, in which …

Harvesting energy from natural water evaporation has attracted tremendous interest recently
due to the advantages of independent operation in a wide range of environments and …