U. V. Waghmare N. A. / Canada 4 Key Laboratory / Advanced Manufacturing / Thin Solid Films / A. / /
Country
Taiwan / Canada / /
Currency
USD / / /
Event
Product Issues / Product Recall / /
Facility
American Institute of Physics V Downloaded / Tsinghua University / American Institute of Physics / McGill University / Institute of Microelectronics / /
IndustryTerm
energy band / metal / ultra high carrier mobility / carrier concentration / metal-intrinsic semiconductor-metal model / carrier density / electrical applications / carrier mobility / energy / /
MusicGroup
Energy / /
Organization
Center for Nano & Micro Mechanics / American Institute of Physics / Institute of Microelectronics / Laboratory for Information Science and Technology / Tsinghua University / Beijing / Natural Sciences and Engineering Research Council of Canada / McGill University / Montreal / Department of Mechanical Engineering / /
Person
D. Viehland / V / J. W. Ager III / C. Li / K. Wang / X. Li / Y. J. Choi / V / Dan Xie / D. G. Schlom / Nano / Y. Jia / Nat / J. L. Musfeldt / J. Wei / Yongyuan Zang / R. Ramesh / Z. Li / H. Yang / H. Zheng / V / Tianling Ren / D. Wu / / /
APPLIED PHYSICS LETTERS 99, [removed]Enhanced photovoltaic properties in graphene/polycrystalline BiFeO3/Pt heterojunction structure Yongyuan Zang,1,a) Dan Xie,2,b) Xiao Wu,2 Yu Chen,2 Yuxuan Lin,2 Mohan Li,3 He Ti