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High-conductivity graphene/carbon black inks <i>via</i> interpenetrating networks for wearable fabric-based heaters and strain sensors

Yujin Zhang, Xiangping Chen, Yuqi Dong, Guowen Zhang, Huizhuo Cai, Yongcai Wu, Yongxiao Bai

2024Journal of Materials Chemistry C23 citationsDOI

Abstract

A highly dispersed and conductive Gr/CB dispersion has been developed through a sand-milling. A Gr/CB composite ink with an interpenetrating conductive network structure has been prepared for wearable fabric-based heaters and strain sensors.

Topics & Concepts

Materials scienceCarbon blackGrapheneElectrical conductorComposite materialComposite numberConductivityDispersion (optics)InkwellWearable computerStrain (injury)NanotechnologyComputer scienceOpticsPhysical chemistryInternal medicineChemistryNatural rubberPhysicsMedicineEmbedded systemAdvanced Sensor and Energy Harvesting MaterialsConducting polymers and applicationsSupercapacitor Materials and Fabrication
High-conductivity graphene/carbon black inks <i>via</i> interpenetrating networks for wearable fabric-based heaters and strain sensors | Litcius