Add to ORKGUnder the APEX program, the goal for the helium-cooled system design task is to evaluate and recommend robust high-power density refractory alloy, helium-cooled first wall and blanket design options, and to recommend and initiate tests to address critical issues. With the projected high allowable operating temperature of the refractory alloy, it has the potential o
In the frame of preparatory work for an European power plant conceptual study to be launched in 2000...
Within the european power plant conceptual study (PPCS) started in 2000 it is planned to integrate a...
The objectives of this proposed study are to (1) design and develop single BCC phase refractory high...
Under the APEX program [11–1], the goal for the He-cooled system design task is to evaluate and reco...
Under the APEX program the He-cooled system design task is to evaluate and recommend high power dens...
Among the concepts considered in the Advanced Power Extraction (APEX) study is the He-cooled refract...
refractory heatsinks for plasma facing components that can operate at high temperatures as part of a...
International audienceIn the framework of the European “HORIZON 2020” innovation and research progra...
The EUROfusion Consortium develops a design of a fusion power demonstrator plant (DEMO) in the frame...
Helium is considered as coolant in the plasma facing first wall of several blanket concepts for DEMO...
A He-V-Li blanket design was developed as a candidate for the U.S. fusion demonstration power plant....
Existing and potential design problems associated with the helium-cooled blanket assemblies of exper...
An aggressive low aspect ratio scoping fusion reactor design indicated that a 2 GW(e) reactor can ha...
Refractory alloys based on niobium, molybdenum, tantalum, and tungsten are required for the multi-10...
Results of work performed from January 1, 1977 through March 31, 1977 on the Advanced Gas Cooled Nuc...
In the frame of preparatory work for an European power plant conceptual study to be launched in 2000...
Within the european power plant conceptual study (PPCS) started in 2000 it is planned to integrate a...
The objectives of this proposed study are to (1) design and develop single BCC phase refractory high...
Under the APEX program [11–1], the goal for the He-cooled system design task is to evaluate and reco...
Under the APEX program the He-cooled system design task is to evaluate and recommend high power dens...
Among the concepts considered in the Advanced Power Extraction (APEX) study is the He-cooled refract...
refractory heatsinks for plasma facing components that can operate at high temperatures as part of a...
International audienceIn the framework of the European “HORIZON 2020” innovation and research progra...
The EUROfusion Consortium develops a design of a fusion power demonstrator plant (DEMO) in the frame...
Helium is considered as coolant in the plasma facing first wall of several blanket concepts for DEMO...
A He-V-Li blanket design was developed as a candidate for the U.S. fusion demonstration power plant....
Existing and potential design problems associated with the helium-cooled blanket assemblies of exper...
An aggressive low aspect ratio scoping fusion reactor design indicated that a 2 GW(e) reactor can ha...
Refractory alloys based on niobium, molybdenum, tantalum, and tungsten are required for the multi-10...
Results of work performed from January 1, 1977 through March 31, 1977 on the Advanced Gas Cooled Nuc...
In the frame of preparatory work for an European power plant conceptual study to be launched in 2000...
Within the european power plant conceptual study (PPCS) started in 2000 it is planned to integrate a...
The objectives of this proposed study are to (1) design and develop single BCC phase refractory high...