Institut Pierre Vernier
SAWHOT project
(in english only)
So it makes possible to measure wireless (with the SAW technologies) some physical indicators in High Temperature Environment, such as nano-based production processes.
Applications targeted are those involving harsh environment areas e.g. in monitoring nano-based production processes. The temperature measurement will be addressed.
SAWHOT - Project Summary
Surface Acoustic Wave Wireless sensors for high operating temperature environmentsThe Opportunity
Research in new piezo-electric materials offers the opportunity to develop and design SAW sensors the ability to resist in a wide temperature range.So it makes possible to measure wireless (with the SAW technologies) some physical indicators in High Temperature Environment, such as nano-based production processes.
The Project
To develop piezo-electric Surface Acoustic Wave physical sensor technology operating in a wide temperature range up to 650°C with wireless transmission of sensing energy and read-out signal.Applications targeted are those involving harsh environment areas e.g. in monitoring nano-based production processes. The temperature measurement will be addressed.
Partners
- Institut Pierre Vernier - Technology transfer and research center (F)
- CNRS/FEMTO-ST (F)
- Albert ludswig university Freiburg IMTEK (D)
- Carinthian Technology Research (A)
- Danish Technological Institute (DK)
- GVR Trade (CH)
- SENSeOR (F)
- Technical University Clausthal (D)
- Rolls-Royce (UK)
- Nanothinx SA (GR)
- OAO FOMOS (RU)
- Institute of Microelectronics Technology Russian Academy of Science (RU)
- Moscow Institute of Steel and Alloys (RU)
- OAO AVANGARD (RU)
More information about SAWHOT on www.sawhot-project.com
Domaines d'expertise
Microtechniques
Productique & conception
Traitements de surface
Santé
Energies nouvellesEUROPE
Entreprises, laboratoires, vous souhaitez bénéficier des fonds européens dédiés à la recherche, au développement et à l'innovation ?
- Nos services
- Journées Europe
- Appels à projets
- SAWHOT project