R3c / A. Ab / Diodes / Self-Powered Sensor Networks / HITACHI / /
Country
Taiwan / United States / China / / /
Facility
Beijing Institute of Nanoenergy / National Taiwan University / Georgia Institute of Technology / Feng Chia University / Institute of Photonics / /
IndustryTerm
strain sensor device / metal / underwater applications / metal wire / microwire-based devices / medical imaging / nanowire/microwire devices / energy band diagram / metal semiconductor metal / free carrier effect / space / /
Movie
Conflict of Interest / /
MusicGroup
Energy / /
Organization
American Chemical Society / National Taiwan University / Taipei / Institute of Photonics and Optoelectronics / Feng Chia University / Taichung / Chinese Academy of Sciences / Institute of Nanoenergy and Nanosystems / National Science Foundation / Department of Materials Science and Engineering / National Science Council / Georgia Institute of Technology / Atlanta / Department of Electrical Engineering / School of Materials Science and Engineering / /
Person
Ya Yang / Cheng-Ying Chen / Lin Wang / Nat / Ming Wu / Yan Zhang / /
Jyh Ming Wu,†,‡ Cheng-Ying Chen,†,^ Yan Zhang,† Kuan-Hsueh Chen,‡ Ya Yang,† Youfan Hu,† Jr-Hau He,^ and Zhong Lin Wang†,§,* ARTICLE Ultrahigh Sensitive Piezotronic Strain