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Nr. Titel Autor Jahr
1 Entwicklung und Integration von folienbasierten Sensoren für Belastungsdetektion Baumann, Reinhard et al. 2019
2 Technologien zur Integration von Metaflächen Großmann, Toni et al. 2019
3 Visualization of mechanical loads with semiconductor nanocrystals Moebius, Martin et al. 2019
4 Challenges in transferring quantum dot sensitized solar cells on technical textiles Heinrich, Kathleen et al. 2018
5 Visualization of mechanical loads with semiconductor nanocrystals Möbius, Martin et al. 2018
6 Detection of mechanical loads in lightweight structures using quantum dots photoluminescence Möbius, Martin et al. 2017
7 Realisation of Sensitive Functionality by Integration of Electromagnetic Resonators in Composite Materials Großmann, Toni Dirk et al. 2017
8 Realisierung von smarten Strukturen mit sensorischer Funktion durch Integration elektromagnetischer Resonatoren in hybride Materialien Großmann, Toni Dirk et al. 2017
9 Realization of Sensitive Functionality by the Integration of Electromagnetic Resonators in Composite Materials Großmann, Toni Dirk et al. 2017
10 Intense Pulsed Light Sintering of an Inkjet Printed Silver Nanoparticle Ink Depending on the Spectral Absorption and Reflection of the Background Mitra, Dana* et al. 2016
11 Investigation on an Inkjet Printed Passive Sensor for Wireless Ice Detection on Wind Rotor Blades Hartwig, Melinda et al. 2016
12 Time-Efficient Curing of Printed Dielectrics via Infra-Red Suitable to S2S and R2R Manufacturing Platforms for Electronic Devices Mitra, Kalyan Yoti et al. 2016
13 Using quantum dot photoluminescence for load detection Möbius, Martin* et al. 2016
14 Controlling the ink spreading on uncoated paper for inkjet printed nanoparticle silver inks in combination with intense pulsed light (IPL) sintering Weise, Dana et al. 2015
15 Efficient K-Band Antennas Fabricated with Large-Scale-Processes Gaitzsch, Markus et al. 2015
16 Infra-Red curing methodology for R2R manufacturing of conductive electrodes through Inkjet technology applicable for devices in the field of flexible electronics Mitra, Kalyan Yoti et al. 2015
17 Inkjet and gravure printing of conductive patterns for the application in lightweight structures Hartwig, Melinda et al. 2015
18 Inkjet-printed quantum dot-based sensor for structural health monitoring Hartwig, Melinda et al. 2015
19 Inkjet-printing of conductive components for the manufacturing of a quantum dot based sensor for optical health monitoring Ortlepp, Franz* et al. 2015
20 Integrated load detection sensor for lightweight structures based on quantum dots Möbius, Martin et al. 2015
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Anzahl der Dokumente: 22

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