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Improving Blue Energy Efficiency with a MXene/GO Membrane

MXene was coupled with graphene oxide to manufacture a composite membrane as a high-performance nanofluid permeability generator for the generation of efficient osmotic power.

14 Jan 2022

Advancing Nanogenerators Powered by Water Evaporation

For the evolution of self-powered adaptable wearable electronic equipment, a power source with long-term stability and flexibility is critical.

14 Jan 2022

The Role of Nanomaterials in a Bioenergy Fueled Future

Nanomaterials have the potential to improve the efficiency of biomass-based biofuel production, creating alternative energy sources.

14 Jan 2022

MXene Membrane Has Promising Application for Osmotic Energy Extraction

Researchers construct nanostructured MXene screens and prove its usage in high-performance osmotic power generation.

13 Jan 2022

Sea Urchin-like Nanocrystals Enhance Zinc-Air Batteries

The creation of unique sea urchin-like nanocrystals for effective catalysis of the oxygen reduction reaction in zinc-air batteries is the subject of a recent study.

13 Jan 2022

Investigating Nanotexture Surface to Enhance Solar Cells

A GaAs singular-junction photovoltaic cell's nanotextured InA1P window sheet was used to reduce reflection across a wide range of wavelengths in solar cells.

11 Jan 2022

Nanothermite Properties Give Insight into Functional Material Design

A new nitride sprayed aluminum/copper ferrite (Al/CuFe2O4@NC) high explosive composite with intermediate energy release has been developed through electrodeposition.

11 Jan 2022

Future Outlooks on the Nanomaterials Powering Electric Vehicles

All-solid-state batteries and silicon-based fuel cells are likely to be the future generation of EV internal battery packs with improved efficiency.

10 Jan 2022

Flower-Like Transition Metal Silicate Could Improve Lithium Storage

A new study shows the great promise of hierarchic transition metal silicates as a realistic improved electrode for lithium storage.

10 Jan 2022

Nanobubbles Help to Effectively Separate High Ash Fine Coal

A group of researchers developed an efficient approach for handling high-ash fine coal utilizing water comprising positively charged nanobubbles and polyaluminum chloride.

7 Jan 2022