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EMRP Connections
This web facility allows you to:
- Register an interest in participating in research
- Advertise the skills and or equipment you have to offer
- Identify partners for your JRP-Consortium
- Identify potential candidates for the EMRP Researcher Grant schemes.
- Receive email alerts when someone new registers an interest in the same area as you
BUT
- It isn't compulsory to use this website you can identify/ select your consortium in any way you chose. (Registration is however strongly recommended)
- Registering your interest on this website will not guarantee you a place in any consortium
To register interest as an individual or organisation click on the appropriate Selected Research Topic (SRT) listed below.
- SRT01e Traceability for global monitoring of key reactive and short-lived compounds in the atmosphere
- SRT02e Metrology for Pressure, Temperature, Humidity and Airspeed in the Atmosphere
- SRT03e Metrology for carbon capture and storage
- SRT04e Metrology to Support Emissions Trading Schemes
- SRT05e Traceability for Green House Gases
- SRT06e Emerging requirements for measuring pollutants from automotive exhaust emissions
- SRT07e Metrology for oceanic salinity and acidification
- SRT08e Metrology for oceanic biodiversity monitoring as a climate change indicator
- SRT09e Traceability for Surface Spectral Solar Ultraviolet Radiation
- SRT10e Measurement and characterisation of engineered nanoparticles in the environment
- SRT11e Metrology for particles and aerosols in air
- SRT12e Traceable measurements for monitoring critical pollutants under the European Water Framework Directive (WFD-2000/60/EC)
- SRT13e Metrology for emerging pollutants and new tools in aquatic environments
- SRT14e Metrology for chemical pollutants in air
- SRT15e Metrology for Nuclear Facilities Discharges
- SRT16e Spectral reference data for atmospheric monitoring
- SRT17e Traceable Radiometry for Remote Measurement of Climate Parameters
- SRT18e Metrology for radioactive waste management
- SRT01i Traceable quantitative surface chemical analysis for industrial applications
- SRT02i Multi-sensor data fusion in dimensional metrology
- SRT03i Dynamic mechanical properties and long-term deformation behaviour of viscous materials
- SRT04i Thermal design and time-dependent dimensional drift behaviour of sensors, materials and structures
- SRT05i Dimensional characterisation of functional structured surfaces
- SRT06i Optical and tactile metrology for absolute form characterization
- SRT07i New generation of frequency standards for industry
- SRT08i Radio frequency metrology for wireless networks in industrial environments
- SRT09i Metrology for Ultrafast Electronics and High-Speed Communications
- SRT10i Metrology for high-speed microelectronics
- SRT11i Metrology for advanced industrial magnetics
- SRT12i Electromagnetic characterization of materials for industrial applications up to microwave frequencies
- SRT13i Ionizing Radiation Metrology for Metallurgical Industry
- SRT14i Vacuum metrology for production environments
- SRT15i Metrology of small structures for the manufacturing of electronic and optical devices
- SRT16i Metrology to assess the durability and function of engineered surfaces
- SRT17i Optical sensing of large objects in production engineering
- SRT18i Metrology for the manufacturing of thin films
- SRT19i Flow metrology for industrial process control
- SRT20i Traceable dynamic measurement of mechanical quantities
- SRT21i High pressure metrology for industrial applications
- SRT22i Weighing instruments for traffic applications
- SRT23i Force and torque for industrial applications
- SRT24i Optical metrology for appearance of advanced functional surfaces
- SRT25i Metrology for imaging photometry and UV radiometry for industrial applications
- SRT26i Metrology for industrial quantum communication technologies
- SRT27i Thermal conductivity metrology for high-temperature insulation
- SRT28i High temperature metrology for industrial applications (>1000 °C)
Details entered here will be publicly available from these web pages until the close of Stage 2 of the call (11 October 2010). EURAMET is not responsible for facilitating communications between participants beyond providing this meeting area. It is the responsibility of individuals to make contact using the details that are given by potential contributors, made available here.
It should be noted that it is possible for more than one consortia to be formed from the interested parties, and more than one submission made to deliver a JRP proposal. Projects are envisaged to be of such size and value that not all JRPs can be funded. Further details are given in the Call Budget.
More details, including guidance documents and forms, are available on the Call web page.
© EURAMET e.V. 2010