Find all EURAMET Metrology Research Projects

EMPIR Environment 16ENV01 MercOx Metrology for oxidised mercury New measurements of reactive forms of mercury will support enforcement of effective air pollution monitoring Milena Horvat completed 2016
EMPIR Environment 16ENV09 MetroDECOM II In situ metrology for decommissioning nuclear facilities Improved radioactivity measurement capabilities will help nuclear site operators manage waste quickly and effectively Peter Ivanov completed 2016
EMPIR Environment 16ENV10 MetroRADON Metrology for radon monitoring New radon measurements will enable regulators to reliably assess and limit public exposure completed 2016
EMPIR Normative 16NRM04 MagNaStand Towards an ISO standard for magnetic nanoparticles New measurement approaches will characterise magnetic nanoparticles and spur innovation Uwe Steinhoff completed 2016
EMPIR Capacity Building 16RPT02 ALCOREF Certified forensic alcohol reference materials Traceable gas samples lead to more reliable breathalyser tests Rosemarie Philipp completed 2016
EMPIR Capacity Building 16RPT03 inTENSE Developing research capabilities for traceable intraocular pressure measurements Bringing state of the art intraocular-pressure measurements to Central Europe Dominik Prazak completed 2016
EMPIR Normative 17NRM02 MeterEMI Electromagnetic Interference on Static Electricity Meters Restoring customer confidence in smart meter readings Paul Wright completed 2017
EMPIR Normative 17NRM05 EMUE Advancing measurement uncertainty - comprehensive examples for key international standards Improving uncertainty measurements by developing new and improved examples Maurice Cox completed 2017
EMPIR Capacity Building 17RPT04 VersICaL A versatile electrical impedance calibration laboratory based on digital impedance bridges Developing expertise for the practical use of digital impedance bridges Oliver Power completed 2017
EMPIR Environment 17SIP02 SimpleMeteoU Simple Expression of Uncertainty for Meteorological Observations A simplified system for evaluating weather data measurement accuracy Stephanie Bell completed 2017
EMPIR Health 17SIP03 ESCoShell An ISO Technical Report on the use of Electron Spectroscopy for Measurement of Core-Shell Nanoparticle Shell Thicknesses Providing support for the accurate measurement of nanoparticle coating thickness Charles Clifford completed 2017
EMPIR SI Broader Scope 17SIP04 Trove Technology transfer of RF nonlinear verification device to end-user Developing a verification and diagnostic tool for nonlinear radio frequency measurements David Humphreys completed 2017
EMPIR New Technologies 17SIP05 CASoft Software to maximize end user uptake of conformity assessment with measurement uncertainty A software tool for complex conformance testing of measurement devices completed 2017
EMPIR SI Broader Scope 17SIP06 FAME VNA Traceable, Faster More Accurate Measurement Software for Vector Network Analysers Traceable, Faster and More Accurate Measurement Software for Vector Network Analysers Jacob Jan de Boer completed 2017
EMPIR SI Broader Scope 17SIP08 NeWITT New Waveguide Interfaces for Terahertz Technologies Promoting new standards for waveguide devices above 100GHz Karsten Kuhlmann completed 2017
EMPIR Fundamental 20FUN02 POLight Pushing boundaries of nano-dimensional metrology by light Unlocking innovation opportunities in identified Key Enabling Technologies Bernd Bodermann agreed 2020
EMPIR Fundamental 20FUN07 SuperQuant Microwave metrology for superconducting quantum circuits Accelerating the development of quantum computers through improved microwave metrology at cryogenic temperatures. Mark Bieler agreed 2020
EMPIR Industry 20IND02 DynaMITE Dynamic applications of large volume metrology in industry of tomorrow environments Supporting automated and reconfigurable manufacturing systems Andrew Lewis agreed 2020
EMPIR Industry 20IND03 FutureCom RF Measurements for future communications applications Developing the measurement capability for future communication networks in Europe Dilbagh Singh agreed 2020
EMPIR Industry 20IND08 MetExSPM Traceability of localised functional properties of nanostructures with high speed scanning probe microscopy Developing the instruments and software required to enable industrial use of high-speed scanning technology. Virpi Korpelainen agreed 2020
383 result(s)