Reduced Order Model Clarifies Charge Mechanics in Manually Tapped Energy Harvesters
Researchers have developed a reduced-order model that captures how peak tapping forces, residual gaps, and humidity govern electrical output in ...
Researchers have developed a reduced-order model that captures how peak tapping forces, residual gaps, and humidity govern electrical output in ...
A comprehensive bibliometric analysis of literature from 2000 to 2025 charts the accelerated global emergence, core collaborative networks, and technical ...
A new review maps how conductive hydrogels, self-powered dressings, and smart multifunctional materials can harness the skin's own bioelectric fields ...
A new review argues that biodegradable nanogenerators that harvest the body's own mechanical energy could match autologous nerve grafting for ...
A new review in Wearable Electronics surveys how self-powered triboelectric nanogenerator fibers woven into clothing could transform virtual and augmented ...
A new review in the Journal of Materials Science maps how magnetic fibers are fabricated, how their properties are tuned, ...
A new review details how triboelectric nanogenerators convert wasted mechanical motion into electricity to power smart industrial sensors.
A new review details how triboelectric nanogenerators that harvest the body's own mechanical energy could power cancer detection, drug delivery ...
A new nanocomposite design could help turn everyday motion into usable electrical power, offering a promising route toward self-powered wearable ...
As modern warfare embraces distributed intelligence and stealth tactics, the energy supply and sensing needs of military platforms are undergoing ...
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© 2026 Scienmag - Science Magazine