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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 18SIB04 QuantumPascal Towards quantum-based realisations of the pascal Quantum-based realisations of the pascal expected to yield new ways to calibrate gas pressure measurements Tom Moses Rubin completed 2018
EMPIR Capacity Building 14RPT01 ACQ-PRO Towards the propagation of ac quantum voltage standards Supporting industry through increased access to AC quantum voltage references Javier Díaz de Aguilar completed 2014
EMRP Environment ENV59 atmoz Traceability for atmospheric total column ozone Ozone layer recovery: Updating the long-term monitoring systems for ozone in the atmosphere Julian Gröbner completed 2013
EMRP SI Broader Scope SIB54 Bio-SITrace Traceability for biologically relevant molecules and entities Better biological measurements: Removing barriers to traceable measurements in biology  completed 2012
EMRP New Technologies NEW06 TraCIM Traceability for computationally-intensive metrology Improving confidence in new software Alistair Forbes completed 2011
EMPIR Capacity Building 18RPT01 ProbeTrace Traceability for contact probe and stylus instrument measurements Improved measurement of form and surface finish parameters for finer manufacturing tolerances Murat Aksulu in progress 2018
EMPIR SI Broader Scope 18SIB09 TEMMT Traceability for electrical measurements at millimetre-wave and terahertz frequencies for communications and electronics technologies Improving confidence in parameters for emerging high frequency communications and electronic technologies Xiaobang Shang in progress 2018
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 Environment ENV51 MeTra Traceability for mercury measurements Improved mercury measurements: Tackling new requirements for mercury measurements  Paola Fisicaro completed 2013
EMRP Environment ENV03 solarUV Traceability for surface spectral solar ultraviolet radiation Measuring solar radiation: Reducing uncertainty in solar UV measurements Julian Gröbner completed 2010
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
iMERA-Plus Health T2.J.11 CLINBIOTRACE Traceability of Complex Biomolecules and Biomarkers in Diagnostics - Effecting Measurement Comparability in Clinical Medicine Stakeholders representing policy, diagnostic industry, academia and healthcare quality assessors, have highlighted the need for the further development of traceable reference measurement systems for complex biomolecules (e.g. disease state biomarkers and protein markers relevant for therapeutic intervention). completed 2007
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 in progress 2020
EMRP SI Broader Scope SIB08 subnano Traceability of sub-nm length measurements Traceability of sub-nm length measurements Birk Andreas completed 2011
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 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
EMPIR Capacity Building 14RPT02 AWICal Traceable calibration of automatic weighing instruments operating in the dynamic mode New calibration methods to support dynamic weight measurements Matej Grum completed 2014
iMERA-Plus Length T3.J1.1 Nanoparticles Traceable Characterisation of Nanoparticles Ever since the development of nanoparticles in the late 1960's and early 1970's they have been known to act as a bridge between atomic structures and bulk properties. This means they have potentially unique properties, for example as highly concentrated suspensions in the ink industry as drug delivery agents for the pharmaceutical industry, and in novel composite materials. Additional toxicological concerns require strict and well defined standards to be applied. completed 2007
EMRP New Technologies NEW01 TReND Traceable characterisation of nanostructured devices Characterising nano-layered structures Alice Harling completed 2011
EMRP Energy ENG53 ThinErgy Traceable characterisation of thin-film materials for energy applications Complex thin films for renewable energy: Thin film measurements to support low carbon technology Fernando Araujo de Castro completed 2013
428 result(s)