Community Research and Development Information Service - CORDIS

Horizon 2020 project information and now also report summaries are available on CORDIS. All H2020 projects can be downloaded from the EU Open Data Portal .

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Die aktuellsten Fortschritte in den Planetenwissenschaften
Der Fortschritt bei der Arbeit mit Flüssigmetallströmungen in großen Behältern schuf die Möglichkeiten für homogene Dynamos im Labor. Gemeinsam mit einer verstärkten Computerkapazität, wodurch numerische Experimente mit herkömmlichen Dynamos möglich wurden, eröffnen diese Entwicklungen bessere Einblicke in den Ursprung von Magnetfeldern bei Planeten und Sternen.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83080
Last updated on: 2006-12-04
Available languages: DE, EN, ES, FR, IT
Numerical simulations for the Riga dynamo
Full numerical solutions have been developed in order to calculate the fluid flow and the related magnetic field distribution of the Riga dynamo experiment. Two-equation eddy-viscosity and full Reynolds-stress models have been used for the turbulence modelling. The coupled sys...
Programme: FP5-HUMAN POTENTIAL
Record Number: 39520
Last updated on: 2006-12-29
Pressure sensor for the Riga dynamo facility
The commercial pressure sensor KISTLER 6001 has been installed at the innermost wall of the Riga dynamo facility by means of a special adapter. This allowed measuring turbulent pressure fluctuations, the spectra of which agreed very well with the corresponding spectra of the m...
Programme: FP5-HUMAN POTENTIAL
Record Number: 39519
Last updated on: 2006-02-28
Sodium velocity measurements at the Riga dynamo facility
Velocity measurements of the sodium flow inside the dynamo facility have been performed by means of a local potential probe as well as by means of the ultrasonic Doppler velocimetry. The latter is applicable only to the outer fluid flow region where the flow is induced by the ...
Programme: FP5-HUMAN POTENTIAL
Record Number: 39518
Last updated on: 2006-02-28
Upgrading of the Riga dynamo facility
The Riga dynamo facility is presently the only experimental set-up where the fluid flow induced excitation of a magnetic field can be studied in the laboratory. The project heavily contributed to the further exploitation of this facility. The upgrading consists of: - installat...
Programme: FP5-HUMAN POTENTIAL
Record Number: 39517
Last updated on: 2006-11-20
Investigación moderna en la planta de generación de corriente continúa de Riga
El proyecto MAGDYN se centró en la explotación y actualización de la planta de generación de corriente continua de Riga, facilitado a sus investigadores el acceso a su configuración experimental, única en el plano internacional.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83026
Last updated on: 2006-11-13
Available languages: DE, EN, ES, FR, IT
Modern research at the Riga dynamo facility
The MAGDYN project focused on exploiting and upgrading the Riga dynamo facility by providing researchers with access to its internationally unique experimental set-up.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83026
Last updated on: 2006-11-13
Available languages: DE, EN, ES, FR, IT
Recherches modernes dans l'installation de dynamo de Riga
Le projet MAGDYN a mis l'accent sur l'exploitation et la mise à niveau de l'installation de dynamo de Riga en permettant à des chercheurs d'accéder à sa configuration expérimentale unique au monde.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83026
Last updated on: 2006-11-13
Available languages: DE, EN, ES, FR, IT
Moderne ricerche con la dinamo dell'impianto di Riga
Il progetto MAGDYN si è proposto di sfruttare e modernizzare la dinamo dell'impianto di Riga, offrendo ai ricercatori l'accesso al suo esclusivo contesto sperimentale internazionale.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83026
Last updated on: 2006-11-13
Available languages: DE, EN, ES, FR, IT
Moderne Forschung in der Dynamo-Anlage in Riga
Ziel des MAGDYN-Projekts ist die umfassende Nutzung und Aufrüstung der Dynamo-Anlage in Riga, indem Forschern der Zugang zu deren international einzigartigem Versuchsaufbau ermöglicht wird.
Programme: FP5-HUMAN POTENTIAL
Record Number: 83026
Last updated on: 2006-11-13
Available languages: DE, EN, ES, FR, IT
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List retrieved on: 2017-02-19