| EUROSENSORS 2026 |
1.1.1 - Sensor-on-LED: Visible-Light-Activated Gas Sensing Using Flame Spray Pyrolysis |
X. -X. Wang - University of Bremen,Bremen (Germany), L. Mädler - Leibniz Institute for Materials Engineering IWT,Bremen (Germany) |
| EUROSENSORS 2026 |
1.1.2 - Direct Capillary-Based Printing of Porous Coordination Networks on CMOS E-Nose Sensors for Plant Disease VOC Detection |
S. Smit - Department of Precision and Microsystems Engineering,TU Delft,The Netherlands, C. Huang, J. Albertsma - Department of Chemical Engineering,TU Delft,The Netherlands, T. Shen, Y. Ouyang - Department of Microelectronics,TU Delft,The Netherlands, M. A. van der Veen - Department of Chemical Engineering,TU Delft,The Netherlands, F. Widdershoven - Department of Microelectronics,TU Delft,The Netherlands und NXP (Netherlands), P. G. Steeneken, M. K. Ghatkesar - Department of Precision and Microsystems Engineering,TU Delft,The Netherlands, J. Aghassi-Hagmann, M. Kabatas - Institute of Nanotechnology (INT),Karlsruhe Institute of Technology (KIT),Germany |
| EUROSENSORS 2026 |
1.1.3 - Human Activity Recognition Using Distributed Colorimetric Chemical Sensors Based on CO2 and Formaldehyde Inks and Interpretable Machine Learning |
I. Benito-Altamirano - Universitat Oberta de Catalunya (Spain), Y. Chen, O. Casals, C. Fabrega - University of Barcelona (Spain), M. Gonzalez-Gomez, J. D. Prades - Technische Universität Braunschweig (Germany) |
| EUROSENSORS 2026 |
1.1.4 - Dielectric and DRIFTS Characterization of Ba-based NOx Storage Materials for Radio Frequency based Dosimeters |
D. Schönauer-Kamin, F. Fütterer, J. Baumgärtner, T. Wöhrl, G. Hagen, R. Moos - University of Bayreuth,Bayreuth (Germany) |
| EUROSENSORS 2026 |
3.1.1 - Free-space laser interrogation of Tantalum-Palladium Hydrogen sensor |
R. Gremaud, C. Yue, J. -M. Oppliger, P. Castro-Fernández - ABB Research,Baden-Dättwil (Switzerland) |
| EUROSENSORS 2026 |
3.1.2 - Optimized Water-Based Colorimetric Carbon Dioxide Indicators for 455 nm Monolithic LED Emitter-Detector |
M. Verdaguer Mallorquí - University of Barcelona,Barcelona (Spain), M. González-Gómez - Universitat de Barcelona,Barcelona (Spain) and Technische Universität Braunschweig,Braunschweig (Germany), C. Fàbrega - University of Barcelona,Barcelona (Spain), J. D. Prades - Technische Universität Braunschweig,Braunschweig (Germany), O. Casals - University of Barcelona,Barcelona (Spain) |
| EUROSENSORS 2026 |
3.1.3 - Photolysis for Enhancing the Specificity of NOₓ Electrochemical Sensors |
R. F. Wolffenbuttel - Delft University of Technology,Delft (The Netherlands), D. Bilby, J. H. Visser - Ford Motor Company,Dearborn (USA) |
| EUROSENSORS 2026 |
3.1.4 - A new QEPAS sensor optimized for the use of multiple op-tical sources with reduced window absorption |
I. Troadec, M. Duquesnoy, J. -M. Melkonian, R. Levy, M. Raybaut - Onera,Palaiseau (France) |
| EUROSENSORS 2026 |
3.1.5 - Comparison of Self-Heating and Electrode Heating recoveries in a suspended-CNT CNFET NO2 Sensor |
I. Kraiem, D. Wolf, M. Haluška, C. I. Roman, C. Gentili, C. Hierold - ETH Zürich,Zürich (Switzerland) |
| EUROSENSORS 2026 |
3.1.6 - Selective Benzene Gas Sensing with Flame-made Polytungstate Porous Film |
A. Baut, S. Kravecz, A. T. Güntner - ETH Zurich,Zurich (Switzerland) |