Vaughn D. D. / Thermo Fisher Scientific / Sigma-Aldrich / Ligand / Ge / Cox / Sun / Coleman / H. A. S. / Ultrasmooth Graphene Nanoribbon Semiconductors / XRD / /
Country
United States / / /
Facility
Arizona State University / Biodesign Institute / Florida International University / /
IndustryTerm
photon-generated carrier μph / energy barrier / band gap energy / light-wave communications / hot tin-oleylamine solution / tin precursor solution / photon energy / energy gap / specific device / inert gas / carrier lifetime / charge carrier / eldeffect transistor devices / nanoribbon energy band gap / all-inorganic device / nanocrystal products / nanoribbon photodetector device / thermal energy / phase transition energy / decreased carrier transit time / hot black reaction solution / inert gas protection / nanoscale electronics / charge carrier mobility / intermediate product / power law dependence / energy / metal / typical device / nanoribbon device / final product / typical photodetector device / semiconductor device / chemical vapor transport / optoelectronic devices / precursor solution / high carrier mobilities / eld-effect transistor device / interface energy / tin metal foils / nanoscale devices / yellowish solution / power law / diverse applications / solar energy / surface processing / direct band gap energy / photodetector devices / lower energy barrier / individual devices / /
Movie
Conflict of Interest / /
Organization
Florida International University / Miami / Department of Physics / American Chemical Society / Arizona State University / Biodesign Institute / Department of Chemistry and Biochemistry / /
Person
Metastable Zinc-Blende IV VI / Nat / Ion Batteries / DENG ET AL / Crystal SnS / Jin He / J. Nangreave / Ted Pella / Stuart M. Lindsay / Yan Liu / /
Position
nanosphere head / King / Cao / /
Product
dihedral / /
ProvinceOrState
South Dakota / South Carolina / S. K. / Florida / Arizona / Ontario / /
ARTICLE Solution Synthesis of Ultrathin SingleCrystalline SnS Nanoribbons for Photodetectors via Phase Transition and Surface Processing Zhengtao Deng,†,§,* Di Cao,†,§ Jin He,‡ Su Lin,† Stuart M. Lindsay,† a