A neutron monitor using micro-fission chambers to be installed inside the vacuum vessel has been designed for the International Thermonuclear Experimental Reactor (ITER). The monitoring system needs to be insensitive to the changes of the plasma pos
The interest on nuclear fusion devices as power generators has been growing since the last 25 years....
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
A neutron monitor using micro-fission chambers to be installed inside the vacuum vessel has been des...
Via thermal cycling and vibration tests, this study aims to demonstrate that the in-vessel component...
Abstract A Micro-fission Chamber (MFC) provides time-resolved measurements of global neutron source ...
Neutron transport analysis is used to evaluate the effects of neutron calibration source position, s...
ITER has diagnostics with machine protection, basic and advanced control, and physics roles. Several...
There are several goals for the neutron source strength monitor system for the International Thermon...
The ITER in-vessel equilibrium magnetic sensors will be installed in a hostile environment having se...
The ITER in-vessel equilibrium magnetic sensors will be installed in a hostile environment having se...
Due to the high neutron yield and the large plasma size many ITER plasma parameters such as fusion p...
Due to the high neutron yield and the large plasma size many ITER plasma parameters such as fusion p...
In order for ITER to meet its operational and programmatic goals, it will be necessary to measure a ...
Description: inside the framework of the project for the design and supply of nine leak detection sy...
The interest on nuclear fusion devices as power generators has been growing since the last 25 years....
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
A neutron monitor using micro-fission chambers to be installed inside the vacuum vessel has been des...
Via thermal cycling and vibration tests, this study aims to demonstrate that the in-vessel component...
Abstract A Micro-fission Chamber (MFC) provides time-resolved measurements of global neutron source ...
Neutron transport analysis is used to evaluate the effects of neutron calibration source position, s...
ITER has diagnostics with machine protection, basic and advanced control, and physics roles. Several...
There are several goals for the neutron source strength monitor system for the International Thermon...
The ITER in-vessel equilibrium magnetic sensors will be installed in a hostile environment having se...
The ITER in-vessel equilibrium magnetic sensors will be installed in a hostile environment having se...
Due to the high neutron yield and the large plasma size many ITER plasma parameters such as fusion p...
Due to the high neutron yield and the large plasma size many ITER plasma parameters such as fusion p...
In order for ITER to meet its operational and programmatic goals, it will be necessary to measure a ...
Description: inside the framework of the project for the design and supply of nine leak detection sy...
The interest on nuclear fusion devices as power generators has been growing since the last 25 years....
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
The In Vessel Viewing System (IVVS) will be one of the essential machine diagnostic systems at ITER ...
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