Antimony-based Quaternary Alloys for High-Speed Low-Power Electronic Devices R. Magno* 1, B. R. Bennett1, K. Ikossi1, M. G. Ancona1, E. R. Glaser1, N. Papanicolaou1, J. B. Boos1, B. V. Shanabrook1, and A. Gutierrez2 1 Na - G band - Document - PDFSEARCH.IO

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	Antimony-based Quaternary Alloys for High-Speed Low-Power Electronic Devices R. Magno* 1, B. R. Bennett1, K. Ikossi1, M. G. Ancona1, E. R. Glaser1, N. Papanicolaou1, J. B. Boos1, B. V. Shanabrook1, and A. Gutierrez2 1 Na Add to Reading List Document Date: 2013-11-22 14:33:37 Open Document File Size: 171,96 KB Share Result on Facebook City Washington / D.C. / Antimony / / Company A. Gutierrez2 1 Naval Research Laboratory / R. Magno A. S. / TRW / / Country United States / / / IndustryTerm bandgap energy / speed low-power electronic devices / wet chemical etching / device applications / high-energy side / low energy side / energy / / Organization Defense Advanced Research Projects Agency / office of Naval Research / Univ. of California Santa Barbara / / Person Cedric Monier / Donald Sawdai / Mike Wojtowicz / / Position collector / Base In0.27Ga0.73Sb Collector / / ProgrammingLanguage DC / / Technology semiconductor / lithography / semiconductors / X-ray / recombination / / SocialTag Ceramic materials Heterojunction bipolar transistor Heterojunction Bipolar junction transistor Lattice constant Silicon carbide Band gap Gallium phosphide Semiconductor Chemistry

Antimony-based Quaternary Alloys for High-Speed Low-Power Electronic Devices R. Magno* 1, B. R. Bennett1, K. Ikossi1, M. G. Ancona1, E. R. Glaser1, N. Papanicolaou1, J. B. Boos1, B. V. Shanabrook1, and A. Gutierrez2 1 NaAdd to Reading List