https://www.imtek.de These are the search results for the query, showing results 1 to 13. https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/Thumbnail_Nanobio Thumbnail_Nanobio No publisher laube 2016-03-09T05:35:23Z Bild https://www.imtek.de/professuren/nano/forschung/Nanobio New ways for the ultrasensitive detection of small molecules using electrical sensing methods based on label free electrical detection are needed for rapid and inexpensive detection of biomolecules such as antibiotics, proteins, DNA and enzymes. We are currently exploring real-time nanobiosensors based on different semiconducting nanostructures such as SnO2 nanowires, ZnO thin films and high aspect-ratio ZnO nanowalls. First successful results show the label-free detection of tetracycline via ZnO/Al2O3 nanowalls. No publisher laube 2016-03-09T05:19:13Z Seite https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/Nanobio_4 Schematics of the label-free tetracycline detection on ZnO/Al2O3 nanowalls. No publisher laube 2016-02-26T08:38:08Z Bild https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/Nanobio_3 Schematic diagram of a nanobiosensor with a source and drain contact connected by an insulated semiconductor nanostructure with a PDMS channel on top. Ag/AgCl microfluidic flow-through reference electrode for potential measurement. No publisher laube 2016-02-26T08:27:59Z Bild https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/Nanobio_2 SEM image of ZnO/Al2O3 nanowalls between Ti/Au source and drain contacts. No publisher laube 2016-02-26T08:27:57Z Bild https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/Nanobio_1 Schematics of the fabrication process of ZnO/Al2O3 nanowalls by atomic layer deposition based spacer lithography (ASL). No publisher laube 2016-02-26T08:27:55Z Bild https://www.imtek.de/professuren/nano/forschung/MACE Structured silicon is an increasingly important part of our modern lives – from the array of sensors in our pockets to the solar panels on our roofs, we don’t have to look far to find it. But is cost-effective miniaturisation really as inevitable as recent history might lead us to believe? The answer is, of course, completely dependent on our ability to come up with new ways to structure silicon – controllably and efficiently. One promising addition to our structuring toolkit is Metal-Assisted Chemical Etching, or “MACE.” No publisher laube 2018-08-09T09:02:02Z Seite https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/MACE_title MACE_title No publisher laube 2016-02-22T11:22:18Z Bild https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/AFEI Representation of a silicon pore network formed using MACE, as revealed by the AFEI procedure (above), and an illustration of the scheme (below) No publisher laube 2016-02-22T11:14:52Z Bild https://www.imtek.de/data/lehrstuehle/nano/bilder_nano/bilderforschung/MACE_1 A schematic of MACE, showing its localised nature and how the metal moves through the substrate (e.g., silicon). No publisher laube 2016-02-22T11:11:02Z Bild https://www.imtek.de/data/lehrstuehle/nano/phd-nano-bio No publisher laube 2014-05-12T14:21:15Z Datei https://www.imtek.de/professuren/nano/lehre/lehre No publisher laube 2013-11-28T14:43:38Z Seite https://www.imtek.de/data/lehrstuehle/nano/stellenausschreibungen/Nanodraehte Selective growth of epitaxial ZnO NWs and fabrication of piezoelectric sensors No publisher laube 2021-01-19T09:44:34Z Datei