Flexible electronic devices have recently attracted extensive attention in intelligent
monitoring due to their wide applicability and scalability. However, developing flexible …

Flexible wearable strain sensors are crucial in human–machine interfaces, electronic skins,
and human movement detection. However, simultaneously achieving high sensitivity and a …

Superhydrophobic and conductive textile-based composites exhibit significant potential for
detecting human behavior in amphibious environment. However, the achievement of …

Developing flexible wearable strain sensors that combine high performance and cost-
effectiveness remains a challenge. We proposed the polarity-induced adsorption theory …

In this study, we fabricated strain sensors using a dip‐coating method on spandex fabric
utilizing a mixed solvent of tetrahydrofuran/N, N‐dimethylformamide and carbon black …

For wearable smart textile sensors, stability, accuracy and multi-functionality are key
objectives. Achieving the optimal application requires delicately balancing the crucial …

With the remarkable development of wearable and smart textiles, especially elastomeric
conductive fibers, have recently aroused unprecedented attention from academia and …

Given the great potential of carbonized fabric strain sensors in wearable devices,
carbonized silk fabrics (CSF) with three characteristic woven structures including georgette …

Textile strain sensors capable of monitoring human physiological signals and activities have
great potential in health monitoring and sports. However, fabricating sensors with a wide …