Solid-State Electronics / Renewable Energy / X. L. Xu S. P. / CA 2 Lawrence Berkeley National Laboratory / Lawrence Berkeley National Laboratory / H. W. Lee S. P. / Thin Solid Films / Y. G. Wang S. P. / /
Country
United States / /
Currency
USD / / /
Facility
Harbin Institute of Technology / Lim Lawrence Berkeley National Laboratory Y.K. Zhu Lawrence Berkeley National Laboratory Harbin Institute of Technology / Molecular Foundry / LBNL Molecular Foundry / Building Technologies / University of California / /
IndustryTerm
vacuum applications / low carrier concentration / metal oxide / beroptic communications / kinetic and potential energy / high carrier concentration / electrode applications / energy / low-energy constricted-plasma source / large area applications / optoelectronic devices / kinetic energy / important applications / plasma-emission control systems / potential energy / energy efficiency / high kinetic energy / Oxygen gas / /
NaturalFeature
mT. Anodefilter / /
Organization
University of California / U.S. Department of Energy / Harbin Institute of Technology / Harbin / office of Basic Energy Sciences Early Career Research Program / office of Science / United States Government / office of Building Technologies / US Federal Reserve / Urban Systems Department Environmental Energy Technologies Division / office of Basic Energy Sciences / /
Person
J. Brown / Ryuichi Miyano / Tatsuhiko Matsushita / Milliron Lawrence Berkeley / Tomoaki Ikegami / Masahiro Okuda / H. N. Lim / Takanori Aoki / Nobuto Oka / Fumiaki Mitsugi / Yasutaka Nishi / Naoki Tsukamoto / Hirofumi Takikawa / K. M. Yu / Tateki Sakakibara / Yuzo Shigesato / Keisaku Kimura / Yoshihiro Umeda / H. Y. Liu / V / Yasushi Sato / H. von Wenckstern / V / M. McFarland / A. Anders Lawrence Berkeley / Lawrence Berkeley / M. Kuhn / Norihiro Sakai / J. Andersson / Xiang Li / J. Rosen / D.J. Milliron / Hideaki Agura / Isao Yamamoto / Jianguo Lu / Yuan Kun / Akio Suzuki / /
LBNL-5585E Achieving high mobility ZnO:Al at very high growth rates by dc filtered cathodic arc deposition R. Mendelsberg