MTI Corporation / G. S. P. / Dow Corning / Sigma Aldrich / Holmes A. S. / A. Ad Hoc Networks / Beeby S. P. / Arico A. S. / Novolyte Technologies / ASSOCIATED CONTENT / /
Country
United Kingdom / China / / /
Facility
Pyramid Patterns / United States Beijing Institute of Nanoenergy / Georgia Institute of Technology / /
IndustryTerm
gas phase silanization / wireless sensor network system / self-powered wireless sensor network system / chemical sensor25 / energy conversion efficiency / mechanical energy existing / a lot of applications / energy volume density / personal mobile electronics / Wireless wind / energy loss / wireless sensor network / electronic devices/systems / chemical vapor deposition / portable electronics / wireless sensor system / regular electronic devices / metal thin foil / efficiently convert tinyscale mechanical energy / electricity generation process / energy / stainless-steel coin cells / metal / mechanical energy / energy conversion devices / electricity / power personal electronics / sensor networks / electricity generation / wireless sensor network systems / polar devices / stored elastic energy / power source systems / electronic devices / implanted electronics / Mechanical energy scavenging / energy storage device / /
Organization
Chinese Academy of Sciences / U.S. Department of Energy / National Science Foundation / United States Beijing Institute of Nanoenergy and Nanosystems / Assembly of the Lithium Ion Battery / Georgia Institute of Technology / Atlanta / School of Materials Science and Engineering / /
Person
Lin Wang / Diaz / Van Schalkwijk / /
Position
AUTHOR INFORMATION Corresponding Author *E-mail / R. N. / Author / conductor / /
Letter pubs.acs.org/NanoLett Nanoscale Triboelectric-Effect-Enabled Energy Conversion for Sustainably Powering Portable Electronics Sihong Wang,†,§ Long Lin,†,§ and Zhong Lin Wang†,‡,*