Vanderbilt University / Richard E. Smalley Institute / Rice University / /
IndustryTerm
water-assisted chemical vapor deposition / band gap energy / energy gap / high energy side / transition energy / sodium deoxycholate/water solution / electronics devices / free-carrier absorption region / optical transitions chemical doping / free-carrier absorption / imaging / exciton binding energy term / optical transition energy / free carrier absorption / metal / metal-free / free-carrier band / optical tools / higher energy region / self-energy / free carrier population / self-energy term / long-wavelength free-carrier absorption / free carrier absorption band / electronics / e-beam / device applications / free-carrier absorption returns / energy value / wet processing / exciton binding energy / large-scale electronic device applications / chemical bonds / free-carrier population / /
Movie
H2O / /
OperatingSystem
Fermi / /
Organization
Rice University / Houston / Department of Physics and Astronomy / Richard E. Smalley Institute / Department of Electrical Engineering and Computer Science / Department of Chemistry / Vanderbilt University / /
Person
Tonya Cherukuri / Noe T. Alvarez / Ya-Qiong Xu / ¶ Sharief / Junichiro Kono / Stephen K. Doorn / Cary L. Pint / Robert H. Hauge / Salma Mahzooni / Erik H. Haroz / Raman spectroscopy / Matteo Pasquali / /
Cary L. Pint,†,⬜ Ya-Qiong Xu,¶ Sharief Moghazy,⬜ Tonya Cherukuri,‡,⬜ Noe T. Alvarez,‡,⬜ Erik H. Haroz,†,⬜ Salma Mahzooni,⬜ Stephen K. Doorn,# Junichiro Kono,§,⬜ Matteo Pasquali,‡,储,⬜ and Rob