C 2013 AIP Publishing LLC / Ge / National Renewable Energy Laboratory / Atwater1 1 Thomas J. Watson Laboratories / rðVÞ LC / AIP Publishing LLC / Synopsys / GaP / kT LC / John Wiley & Sons / /
Country
United States / /
Currency
pence / USD / / /
Event
Product Issues / /
Facility
Ioffe Institute / The Ioffe Institute / California Institute of Technology / /
IndustryTerm
minority carrier lifetime / tandem wire array device / wire array devices / vs. energy values / carrier pathlength / solar electricity generation / modified hemispherical device / constant energy / efficiency device / chemical vapor / carrier transport / lm thick device / material systems / intrinsic carrier concentration / minority carrier concentration / /
OperatingSystem
Fermi / /
Organization
California Institute of Technology / National Science Foundation / United States Department of Energy / U.S. Securities and Exchange Commission / L’Hospital / Ioffe Institute / /
Person
J. R. Maiolo / E. L. Warren / K. E. Plass / N. S. Lewis / K. Yu / M. Wu / W. Shockley / L. A. Reichertz / D. B. Turner-Evans / M. C. Putnam / M. T. Sheldon / R. N. Noyce / Harry A. Atwater / K. Takei / R. Kapadia / J. M. Spurgeon / A. C. Ford / Mike Kelzenberg / A. A. Rathore / S. W. Boettcher / Nick Strandwitz / L. A. Sweatlock / M. D. Kelzenberg / H. Razavi / Daniel B. Turner-Evans / D. J. Ruebusch / Y. Sah / Emily Warmann / R. M. Briggs / A. C. Tamboli / C. N. Eisler / H. A. Atwater / J. W. Ager / C. T. Chen / B. S. Brunschwig / Hal Emmer / William E. McMahon / A. Jamshidi / J. H. Moon / N. C. Strandwitz / Christopher T. Chen / O. Ergen / B. M. Kayes / A. Javey / J. Y. Baek / D. Pacifici / Mike Deceglie / S. Neale / S. Maldonado / /
Position
Author / model of Kayes / model of Sah / representative / wire model of Kayes / /
Product
GaAs0.9P0.1 region / region / layer / GaAs0.9P0.1 / volume leads / regions / /
Optoelectronic analysis of multijunction wire array solar cells Daniel B. Turner-Evans, Christopher T. Chen, Hal Emmer, William E. McMahon, and Harry A. Atwater Citation: J. Appl. Phys. 114, [removed]); doi: [removed]