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Find all EURAMET Metrology Research Projects
TYPE | FIELD | PROJECT NUMBER | SHORT NAME | TITLE | SHORT DESCRIPTION | COORDINATOR | STATUS | CALL |
---|---|---|---|---|---|---|---|---|
EMPIR | Industry | 19SIP05 | TTPWC | Technology Transfer of Photonic Waveguide Characterisation | Improving standards to drive efficiency of optical data links that maximise the bandwidth of data centres | Irshaad Fatadin | completed | 2019 |
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 |
Metrology Partnership | Capacity Building | 22RPT02 | True8DIGIT | Towards a true 8-digit digitiser | Developing the knowledge required to extend Europe’s ‘digital landscape’ | Oliver Power | agreed | 2022 |
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 | completed | 2017 | |
EMRP | New Technologies | NEW01 | TReND | Traceable characterisation of nanostructured devices | Characterising nano-layered structures | Alice Harling | completed | 2011 |
EMPIR | Capacity Building | 21SCP02 | TRaMM | Traceability Routes for Magnetic Measurements | Assessing and addressing deficiencies in European metrology for magnetic measurements and calibration | Marco Coisson | in progress | 2021 |
Metrology Partnership | Normative | 22NRM01 | TraMeXI | Traceability in medical X-ray imaging dosimetry | Providing the metrology required to ensure patient safety during medical x-rays | Paula Toroi | agreed | 2022 |
EMPIR | Normative | 17NRM01 | TrafoLoss | Loss Measurements on Power Transformers and Reactors | Improving the efficiency of grid power transformers and reactors | Gert Rietveld | completed | 2017 |
EMPIR | Health | 19SIP04 | TracPETperf | Software for evaluating PET cardiac perfusion imaging uncertainties for more accurate diagnosis | Improved imaging analysis accuracy for personalised treatments of the commonest cause of premature death in Europe | Nadia Smith | completed | 2019 |
EMPIR | Industry | 20IND07 | TracOptic | Traceable industrial 3D roughness and dimensional measurement using optical 3D microscopy and optical distance sensors | Developing methods and guidance to support use of optical surface measurement technologies in advanced manufacturing processes | Uwe Brand | in progress | 2020 |
Metrology Partnership | Capacity Building | 22RPT01 | TracInd BVK-H | Traceability for indentation measurements in Brinell-Vickers-Knoop hardness | Developing traceable automated tests for material hardness | Cihan Kuzu | agreed | 2022 |
EMRP | New Technologies | NEW06 | TraCIM | Traceability for computationally-intensive metrology | Improving confidence in new software | Alistair Forbes | completed | 2011 |
EMPIR | Environment | 19ENV01 | traceRadon | Radon metrology for use in climate change observation and radiation protection at the environmental level | Radon is a naturally occurring radioactive gas that can help locate the source of greenhouse gases | Annette Röttger | completed | 2019 |
EMPIR | Capacity Building | 15RPT04 | TracePQM | Traceability routes for electrical power quality measurements | A new Europe-wide system for power quality measurements paving the way for increased adoption of renewable energy | Věra Nováková Zachovalová | completed | 2015 |
EMPIR | Support for Networks | 18NET02 | TraceLabMed | Support for a European Metrology Network on traceability in laboratory medicine | Stimulating dialogue and planning a metrology infrastructure for traceability in laboratory medicine | Rainer Stosch | in progress | 2018 |
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. | completed | 2007 | |
EMPIR | Fundamental | 17FUN08 | TOPS | Metrology for topological spin structures | Characterising materials to increase the understanding of spintronics – the next generation of electronics | Mark Bieler | completed | 2017 |
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 | SI Broader Scope | 15SIP04 | TIMEFUNC | Time Synchronisation Impact Enabling Future Network Communication | Momentum generated for industry and science to exploit the advantages of White Rabbit Precision Time Protocol for traceable time distribution and positioning | Erik Dierikx | completed | 2015 |
EMRP | Industry | IND62 | TIM | Traceable in-process dimensional measurement | On machine in-process dimension measurement | completed | 2012 |
428 result(s)