Überblick über die thermohydraulischen Simulationsrechnungen zur Entwicklung eines heliumgekühlten Divertors Am Forschungszentrum Karlsruhe wird ein Divertor für Fusionskraftwerke der Generation nach ITER entwickelt. Ziel ist es, Wärmelasten von mindestens 10 MW/m² bei akzeptablem Druckverlust abzuführen. Ein heliumgekühltes, modulares Konzept mit Prallstrahlkühlung wird vorgeschlagen. Der Entwicklungsprozess wird von strömungsmechanischen Simulationsrechnungen begleitet. Dieser zusammenfassende Bericht gibt einen Überblick über die Simulationsrechnungen und die Validierung der Ergebnisse. Mögliche Fehlerquellen wie z. B. Modellfehler oder numerische Fehler wurden systematisch eliminiert. Eine Netzstudie wurde durchgeführt...
He-FUS3 is a helium facility designed and realized by ENEA in order to test the therm...
Dieser Bericht analysiert schwere Wassereinbruch-Stoerfaelle im 200 MW modularen Kugelhaufen-Hochtem...
Application of a helium-cooled divertor together with the dual-coolant blanket concept is considered...
The heat transfer performance of the Helium-cooled Multi-jet (HEMJ) divertor was investigated. The H...
The divertor is a key plasma-facing component of future commercial magnetic fusion energy (MFE) reac...
The thesis begins by describing the fusion process and operation of a fusion reactor, the approach i...
Within the framework of the EU power plant conceptual study (PPCS), helium-cooled modular divertor c...
This report represents a summary of our knowledge after little more than one year of development of ...
Experimental and numerical studies simulating the gas-cooled divertor plate design concept have been...
Im Rahmen des Europaeischen Fusionprogrammes werden derzeit verschiedene test blanket module (TBM) e...
Divertors are in-vessel, plasma-facing, components in magnetic-confinement fusion reactors. Their m...
A significant factor in the overall efficiency of the balance of plant for a future magnetic fusion ...
Within the european power plant conceptual study (PPCS) started in 2000 it is planned to integrate a...
The development of the divertor for the forthcoming DEMO fusion reactor stipu-lates heat flux loads ...
The EU-DEMO conceptual design is being conducted among research institutions and universities from 2...
He-FUS3 is a helium facility designed and realized by ENEA in order to test the therm...
Dieser Bericht analysiert schwere Wassereinbruch-Stoerfaelle im 200 MW modularen Kugelhaufen-Hochtem...
Application of a helium-cooled divertor together with the dual-coolant blanket concept is considered...
The heat transfer performance of the Helium-cooled Multi-jet (HEMJ) divertor was investigated. The H...
The divertor is a key plasma-facing component of future commercial magnetic fusion energy (MFE) reac...
The thesis begins by describing the fusion process and operation of a fusion reactor, the approach i...
Within the framework of the EU power plant conceptual study (PPCS), helium-cooled modular divertor c...
This report represents a summary of our knowledge after little more than one year of development of ...
Experimental and numerical studies simulating the gas-cooled divertor plate design concept have been...
Im Rahmen des Europaeischen Fusionprogrammes werden derzeit verschiedene test blanket module (TBM) e...
Divertors are in-vessel, plasma-facing, components in magnetic-confinement fusion reactors. Their m...
A significant factor in the overall efficiency of the balance of plant for a future magnetic fusion ...
Within the european power plant conceptual study (PPCS) started in 2000 it is planned to integrate a...
The development of the divertor for the forthcoming DEMO fusion reactor stipu-lates heat flux loads ...
The EU-DEMO conceptual design is being conducted among research institutions and universities from 2...
He-FUS3 is a helium facility designed and realized by ENEA in order to test the therm...
Dieser Bericht analysiert schwere Wassereinbruch-Stoerfaelle im 200 MW modularen Kugelhaufen-Hochtem...
Application of a helium-cooled divertor together with the dual-coolant blanket concept is considered...