Thermophysical characterization and melting heat transfer analysis of an organic phase change material dispersed with GNP- Ag hybrid nanoparticles

Flexible piezo-resistive strain sensors using all-polydimethylsiloxane based hybrid nanocomposites for wearable electronics

“…This leads to better electron transport compared to the other nanocomposite-based sensors and therefore the Ag NPs/GNP/PDMS-based sensors exhibit superior performance. 61…”

“…This leads to better electron transport compared to the other nanocomposite-based sensors and therefore the Ag NPs/ GNP/PDMS-based sensors exhibit superior performance. 61 The strain sensors were mounted to the outer surface of the mask of a volunteer for the breathing tests. Stable and reliable variations in the resistance of the sensor are clearly observed during periodical breathing of the volunteer, as shown in Fig.…”

Preparation and properties of phase-change materials with enhanced radial thermal conductivities based on anisotropic graphene aerogels

“…13,14 These Ag-GNS/PEG composites also have high energy storage capacities (166.1-177.2 J g −1 ), thermal conductivities (49.5-95.3%), thermal energy storage/release rates, and shape stabilities. Radhakrishnan et al 15 prepared hybrid graphene nanoparticle (GNP)-Ag nanoparticles using an in situ reduction method. When 1 wt% of hybrid GNP-Ag nanoparticles was added to the basic PCM, the effective thermal conductivity increased by 52%.…”