| Document Date: 2010-01-04 11:29:47
Open Document File Size: 323,39 KBShare Result on Facebook
City Colton / Amer / Brattleboro / Dallas / Williams / Trenton / Barbara / Tübingen / Lindau / Chrisey / Tokyo / Jena / Grosshandorf / Göttingen / L.A. / Surrey / Wilking / / Company Veeco Metrology LLC / Quantum / Single-Molecule Detection Technologies / Olympus / Physik Instrumente GmbH & Co. KG / Spectrum GmbH / Omega Optical Inc. / Roper / Texas Instruments / Fv / / Country Germany / Japan / United States / United Kingdom / / Currency USD / / / Facility University of Freiburg / Bielefeld University / / / IndustryTerm molecule fluorescence imaging / multiphoton fluorescence imaging / intensified charge-coupled device / Fluorescence imaging / imaging / aqueous solution / energy / electronics / fluorescence resonant energy transfer / energy changes / / Organization Freiburg Materials Research Center / Bielefeld University / University of Freiburg / / Person Norris / Nanotechnology / Austin Texas / Tzeng / Lisa Laser / / / Position D.J. / home-built AFM-head / Hunter / controller / / ProgrammingLanguage LabVIEW / / ProvinceOrState New Jersey / South Dakota / New Mexico / South Carolina / California / / Technology semiconductor / Quantum Dots / laser / lasers / spectroscopy / / URL www.physik.uni- / /
SocialTag |
Combined TIRF-AFM Setup: Controlled Quenching of Individual Quantum Dots Rainer Eckel1*, Volker Walhorn1*, Christoph Pelargus1, Jörg Martini1, Thomas Nann2, Dario Anselmetti1, and Robert Ros1† 1