Transparent conducting electrodes (TCEs) are treated as a fundamental structural
component of thin-film-based optoelectronics, energy storage and wearable sensing …

The demand for eco-friendly wearable sensors is driving the exploration of stretchable,
biocompatible, conductive, and recyclable materials for detecting electromechanical signals …

The integration of microsupercapacitors (mSCs) with flexible/wearable electronic devices
can greatly advance the capabilities of these devices. In this work, a robust flexible …

This work proposes an innovative design approach for a stretchable electronics substrate.
The primary purpose of the substrate is to establish equilibrium among various elements that …

Carbon nanomaterials, particularly carbon nanotubes (CNTs), are widely used as
reinforcing fillers in rubber composites for advanced mechanical and electrical applications …

Silver nanowire networks show great promise as transparent conductors, but many
nanowires in these materials participate only meagerly in conduction. Using graph theoretic …

Silver nanowires (AgNWs) are leading materials for transparent conductive electrodes in
optoelectronic devices. The solution processability of AgNWs combined with the optical …

The conductivity of silver plated on the aluminum oxide, a Nind of composite material, was
modified by ball milling. The best process was as follows: the weight ratio of Al2O3 to agate …

Transparent conducting electrodes (TCEs) are vital to many optoelectronic devices including
solar panels and touch-screens. Indium Tin Oxide, the dominant TCE, comes with myriad …

La demande en dispositifs portables et bioélectroniques suscite un besoin en matériaux
étirables, flexibles et conducteurs. Les matériaux souples, adhésifs et auto-cicatrisants ayant …