Molecular Nanostructures Columbia University / / /
IndustryTerm
energy levels / tetramethylammonium hydroxide solution / metal / chemical synthesis / satellite peaks / metal ion / terpyridyl devices / transition-metal ions / metal-free state / molecular electronic devices / metal junction / molecular electronics / planar metal / metal surface / nanoscale electronics / metal bridge / connected devices / /
Organization
American Chemical Society Division of Organic Chemistry / Columbia University / Center for Electron Transport / US Department of Energy / National Science Foundation / New York State office of Science / Technology / and Academic Research / Chemical Sciences / Geosciences / and Biosciences Division / office of Basic Energy Sciences / C. Nuckolls Department of Chemistry / S. J. Wind Department of Applied Physics/Applied Mathematics / /
Person
L. Jones / II / Horst Stormer / George S. Tulevski / H. B. Weber / Colin Nuckolls / Jennifer E. Klare / Proc / Julius Rebek / Jr. / Cherie Kagan / Michael Steigerwald / S. J. Wind / S. W. Keller / V / /
Zuschriften DOI: angeMolecular Electronics Encoding Molecular-Wire Formation within Nanoscale Sockets**