IBM / IgG / Multi-Tip Systems / Russell / SiO2 / Wiley-VCH Verlag GmbH & Co. KGaA / Philips / VCH Verlag GmbH & Co. KGaA / /
Continent
Europe / /
Country
Germany / Netherlands / Japan / United States / / /
Facility
Eindhoven University of Technology / Prof. Dr. U. S. Schubert Laboratory of Macromolecular Chemistry / Dutch Polymer Institute / Nanoscience Eindhoven University of Technology / / /
IndustryTerm
nanometer-sized electronic devices / chemical lithography / dip-pen depositing solutions / metal-precursor-based inks / mm chip / chemical engineering / metal oxides / multi-probe systems / vacuum oil-pumps / reaction products / pure surface imaging / process chemical bonds / chemical and physical surface modification / metal surface / probe systems / imaging / aqueous solution / nm metal-oxide barrier / metal island / oil fragments / metal / thin metal wire / metal-containing block copolymer micelles / chemical modification processes / storage applications / thin metal film / adsorbed oil layer originating / printing tool / energy storage / printing / chemical modification reactions / subsequent chemical modification / metal-oxide semiconductor field-effect transistor / constricted metal nanowire / constricted thin metal wires / printing technique / chemical and physical modification / sensor applications / electronic devices / nanostorage device / metal surfaces / e-beam / logic device / metal-oxide junctions / low-energy / chemical / Electron-induced chemical lithography / data storage applications / subsequent chemical modification step / chemical modifications / /
Organization
Eindhoven University of Technology / U. S. Schubert Center for NanoScience / U. S. Schubert Laboratory of Macromolecular Chemistry / Center for NanoScience / Dutch Polymer Institute / Stanford / /
Person
M. Lehn / Dieter Schubert / J. W. Niemantsverdriet / C. D. Eisenbach / P. C. Thüne / Ulrich S. Schubert / Daan Wouters / Alois Senefelder / O. Nuyken / / /
Reviews U. S. Schubert and D. Wouters