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Find all EURAMET Metrology Research Projects
TYPE | FIELD | PROJECT NUMBER | SHORT NAME | TITLE | SHORT DESCRIPTION | COORDINATOR | STATUS | CALL |
---|---|---|---|---|---|---|---|---|
EMPIR | SI Broader Scope | 15SIB04 | QuADC | Waveform metrology based on spectrally pure Josephson voltages | An accurate, stable and rapid AC voltage measurement system for industrial end-use | Ralf Behr | completed | 2015 |
EMPIR | New Technologies | 15SIP06 | ValTraC | Validation of software development and analysis tools using TraCIM | Developing a computer system and guidelines to enable developers to validate the performance of measurement software online | Ian Smith | completed | 2015 |
EMRP | Energy | ENG57 | VITCEA | Validated inspection techniques for composites in energy applications | Better materials for energy: Improving detection of defects in new materials | Michael Gower | completed | 2013 |
EMRP | Industry | IND12 | Vacuum | Vacuum metrology for production environments | Strengthening industrial vacuums: Improving vacuum measurements for better end-products | Karl Jousten | completed | 2010 |
EMPIR | Capacity Building | 15RPT02 | UNAC-LOW | Underwater acoustic calibration standards for frequencies below 1 kHz | New calibration methods for underwater noise monitors supporting compliance with environmental legislation | Alper Biber | completed | 2015 |
Metrology Partnership | Health | 22HLT01 | QUMPHY | Uncertainty quantification for machine learning models applied to photoplethysmography signals | Improving European low-cost diagnostic and disease monitoring methodologies | Nando Hegemann | agreed | 2022 |
EMPIR | Environment | 14SIP02 | EO e-Learning | Uncertainty Analysis for Earth Observation e-Learning Training Course | Improving the predictive models that identify trends underlying climate change | Edward Davis | completed | 2014 |
EMPIR | Fundamental | 17FUN03 | USOQS | Ultra-stable optical oscillators from quantum coherent and entangled systems | Exploiting optical clocks for time measurement and sensor development | Filippo Levi | completed | 2017 |
EMPIR | Fundamental | 20FUN01 | TSCAC | Two-species composite atomic clocks | Developing the systems needed to improve the measurement of the SI second. | Nils Huntemann | in progress | 2020 |
EMPIR | Fundamental | 20FUN03 | COMET | Two dimensional lattices of covalent- and metal-organic frameworks for the Quantum Hall resistance standard | Exploring alternative materials to graphene for an improved industrial quantum standard. | Félix Raso | in progress | 2020 |
Metrology Partnership | Digital Transformation | 22DIT01 | ViDiT | Trustworthy virtual experiments and digital twins | Supporting Europe’s digital transformation | Sonja Schmelter | agreed | 2022 |
Metrology Partnership | Integrated European Metrology | 22IEM01 | TOCK | Transportable optical clocks for key comparisons | Developing travelling standards for high-performance optical clock comparisons | Nils Huntemann | agreed | 2022 |
EMPIR | Environment | 20SIP02 | FreeRelease | Transfer of developed pre-selection and free release technology to decommissioning industries | Promoting uptake of measurements to support safe and effective management of radioactive waste | Petr Kovar | in progress | 2020 |
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 | completed | 2017 | |
EMPIR | SI Broader Scope | 15SIB09 | 3DNano | Traceable three-dimensional nanometrology | Nanometrology methods for measuring complex 3D nanostructures to uncertainty levels of less than 1 nm | Virpi Korpelainen | completed | 2015 |
EMRP | Industry | IND15 | SurfChem | Traceable quantitative surface chemical analysis for industrial applications | Understanding chemical reactions at surfaces: Improving the speed and efficiency of industrial processes | completed | 2010 | |
EMPIR | Industry | 20IND04 | ATMOC | Traceable metrology of soft X-ray to IR optical constants and nanofilms for advanced manufacturing | Developing comparable optical metrology of materials used in photonics | Markus Bär | in progress | 2020 |
EMPIR | Energy | 19ENG08 | WindEFCY | Traceable mechanical and electrical power measurement for efficiency determination of wind turbines | Wind power is the largest form of renewable energy, but current testing methods are hindering innovations | Rolf Kumme | in progress | 2019 |
EMRP | Environment | ENV08 | WFD | Traceable measurements for monitoring critical pollutants under the European Water Framework Directive (WFD-2000/60/EC) | Supporting European water quality policy: Developing standards for water pollutants | Rosemarie Philipp | completed | 2010 |
iMERA-Plus | Health | T2.J10 | TRACEBIOACTIVITY | Traceable measurements for biospecies and ion activity in clinical chemistry | Traceable measurement results in clinical chemistry are mandatory in Europe. Within this framework, measurement methods and materials are evaluated which can serve as the required higher order reference points and which are linked with the SI as closely as possible. Reference and test laboratories in Europe profit from this newly developed system in a fast and efficient way. | Bernd Güttler | completed | 2007 |
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