Zelenograd / Amstelveen / Plasmonic Nanoparticle / STADLER ET / Zurich / Berlin / Banerjee / Belfast / L. A. / Doorn / Ronkonkoma / /
Company
Applied Biosciences / Nikon / Heinz / Burnham N. A. / ACS / Carbon Nanoribbon Based Electronics / Ni Films / Graphene Laboratories Inc. / Large-Area Graphene Films / Wilson / Uniform Graphene Films / Thin Carbon Films / 4D TERS / SLG / /
Country
Switzerland / Netherlands / Russia / United States / United Kingdom / / /
IndustryTerm
diļ¬erent applications / imaging / energy / metal / instrument software / electronic devices / molecular electronics / chemical / spectroscopic imaging / /
MusicGroup
SLG / /
Organization
Schmid / and Renato Zenobi* Department of Chemistry and Applied Biosciences / /
Person
Thomas Schmid / Raman Modes / Nat / A. Raman Nanometrology / Souza Filho / F. Raman Scattering / Gallagher / Raman Spectrum / Raman Spectra / K. Raman Spectroscopy / M. Raman Spectroscopy / Renato Zenobi / Layer Graphene Johannes Stadler / J. Raman Spectrosc / Raman Spectroscopic / Raman Spectroscopy / Raman Scattering / /
ARTICLE Nanoscale Chemical Imaging of Single-Layer Graphene Johannes Stadler, Thomas Schmid, and Renato Zenobi* Department of Chemistry and Applied Biosciences, ETH Zurich, CH-8093 Zurich, Switzerland