Wireless passive sensors for harsh environments

“The long and winding road towards Innovation-Culture”

“Wireless Resonant SAW Sensors for Automotive Applications”

“Langasite and AlN/Sapphire as substrates for Wireless SAW sensor operating in harsh environments”

“Applications of wireless SAW sensing in the steel industry”

“UWB SAW-tags?”

“Temperature and stress measurements on rotating machinery for industrial applications”

“Accurate wireless temperature measurements using passive SAW sensors and a frequency modulation interrogation approach”

M. Pereira da Cunha, University of Maine, USA
“Wireless Interrogation of SAW Sensors in Operating Jet Engines at Extreme Temperatures”

Harry Bakker, Hescon, Netherlands
“SAW RFID for Identifying Slag pots”

Esko Forsén, Danish Technology Institute, Denmark
“Nanoimprint lithography for the fabrication of surface acoustic wave devices”

Alexandru Müller, IMT- Bucharest, Romania
“SAW devices on GaN/Si operating in the GHz frequency range”

Jerome Gruaz, AVL LIST GMBH, Austria
“High-temperature solution for identification of in-cylinder pressure sensors in internal combustion engines”

Elena Mayer, IMTEK, University of Freiburg, Germany
“Characterization of SAW propagation in Langasite at high temperatures”

Stefan Schuster, Vatron Gmbh, Austria
“Algorithms and Accuracy Considerations for SAW Sensor based Temperature Measurement”

Stefan Scheiblhofer, ICIE, Johannes Kepler University, Austria
“Reader Systems for Delay-Line based SAW Sensors: Modeling and Performance Analysis”

Bert Wall, VECTRON International, Germany
“SAW Resonator Based Sensor System for Wireless Interrogation”

Jacqueline Hines, ASR&D Corporation, USA
“Recent passive wireless coded SAW chemical and physical sensor developments”