- About EURAMET
- Research & Innovation
- Metrology for Society's Challenges
- World Metrology Day 2024
- Case Studies
- EURAMET's contribution to the COVID-19 response
- SI redefinition
- World Metrology Day 2021
- Metrology for Energy
- Metrology for Health
- Metrology for Environment
- Metrology for Industry
- Measurements for New Technologies
- Future measurement standards
- Metrology and Standardisation
- EMRP Achievements
- Impact
- Technical Committees
- European Metrology Networks
- Knowledge Transfer
- Publications & Media Centre
- Search Contacts
- Publications Repository Link
Please type a search term (at least two characters)
Find all EURAMET Metrology Research Projects
| TYPE | FIELD | PROJECT NUMBER | SHORT NAME | TITLE | SHORT DESCRIPTION | COORDINATOR | STATUS | CALL |
|---|---|---|---|---|---|---|---|---|
| iMERA-Plus | Electricity and Magnetism | T4.J02 | NanoSpin | Nanomagnetism and Spintronics | When starting the project in the field of nanomagnetism and spintronics, exciting new developments are under way in applications ranging from ultra strong magnets, spin polarized materials, ultra high density recording media, such as hard disks, flash memories/MRAM, spin transistors or spin-based qubits, leading to potential mass market products such as the instant boot computer, computer in a test tube and ubiquitous DNA- and bio-sensors. | completed | 2007 | |
| iMERA-Plus | Electricity and Magnetism | T4.J03 | JOSY | Next generation of quantum voltage systems for wide range applications | The deployment of micro-electronic circuits for measurement and control applications in commercial devices and systems is ever increasing. Such control systems, in combination with state of the art sensors, have enabled large advances in both the performance and efficiency of mass-produced items. For example, electronic management systems in electrical motors have led directly to reduced energy consumption and, as a consequence, improved economy and reduced emissions to the atmosphere. | Ralf Behr | completed | 2007 |
| iMERA-Plus | Electricity and Magnetism | T4.J04 | ULQHE | Enabling ultimate metrological Quantum Hall Effect (QHE) devices | Since 1990the Quantum Hall Effect (QHE) has been used as the primary reference for the electrical resistance. This physical phenomenon based on quantum electronic properties of a two dimensional conductor in presence of a high magnetic field allows the generation of an electrical resistance, the Hall resistance RH. | Félicien Schopfer | completed | 2007 |
| iMERA-Plus | Electricity and Magnetism | T4.J07 | EMF and SAR | Traceable measurement of field strength and SAR for the Physical Agents Directive | With respect to the exposure of workers to electromagnetic fields (EMF) a new directive made the provisions of the International Commission on Non-Ionizing Radiation Protection (ICNIRP) a legal requirement across Europe. When starting the project existing standards within Europe did not give comprehensive coverage of the specific absorption rate and the incident power flux density over this range. | Thorsten Schrader | completed | 2007 |
| EMPIR | 18SIP01 | ISOCONCur | An ISO Technical Report on Nanoparticle Concentration | Providing clarity on measuring nanoparticle number concentrations to support product development | Charles Clifford | completed | 2018 | |
| EMPIR | 18SIP02 | 5GRFEX | Metrology for RF exposure from massive MIMO 5G base station: Impact on 5G network deployment | Supporting evidence-based legislation for effective 5G deployment | Tian Hong Loh | completed | 2018 | |
| EMPIR | 19SIP03 | CRS | Climate Reference Station | Developing ‘reference stations’ to determine the extent of environmental bias in climate monitoring data | Andrea Merlone | completed | 2019 | |
| EMPIR | 19SIP06 | COAT | Increasing the comparability of extreme air temperature measurements for meteorology and climate studies | Promoting and facilitating air temperature instruments and methods compatibility | Carmen Garcia Izquierdo | in progress | 2019 |
428 result(s)