Jan 13, 2023 , The layered structure of 2-D graphite submicron platelets helps to achieve PVDF composite with high piezoelectricity without compromising the ...
This work reports fabrication of sub-micron graphite platelet/PVDF composite film-based flexible piezoelectric energy harvester (PGEH) for scavenging the wasted ...
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This work reports fabrication of sub-micron graphite platelet/PVDF composite film-based flexible piezoelectric energy harvester (PGEH) for scavenging the wasted ...
Submicron graphite platelet-incorporated PVDF composite: an efficient body motion-based energy harvester for flexible electronics. Carbon Letters.
Oct 22, 2024 , Submicron graphite platelet-incorporated PVDF composite: an efficient body motion-based energy harvester for flexible electronics. Article.
Jun 7, 2016 , Submicron graphite platelet-incorporated PVDF composite: an efficient body motion-based energy harvester for flexible electronics. Carbon ...
Submicron graphite platelet-incorporated PVDF composite: an efficient body motion-based energy harvester for flexible electronics , Epsita KarN. BoseSukhendu ...
Oct 15, 2023 , The present work reports on a high-performance wearable power source assisted with piezoelectricity coupled triboelectricity based hybrid energy harvesting ( ...
Mar 15, 2019 , This work reports an analysis of remarkable output power enhancement of a human-body motion based piezoelectric nanogenerator comprising of self ...
Submicron graphite platelet-incorporated PVDF composite: an efficient body motion-based energy harvester for flexible electronics. Carbon Letters. Edit.