Feasibility and Operational Limits for a 236 GHz Hollow-Cavity Gyrotron for DEMO
Kalaria, Parth Chandulal
Feasibility and Operational Limits for a 236 GHz Hollow-Cavity Gyrotron for DEMO - KIT Scientific Publishing 2017 - 1 electronic resource (XIV, 241 p. p.)
Open Access
The DEMOnstration fusion power plant (DEMO) will be the first fusion reactor, which is intended to generate net electrical power. For successful operation of DEMO, high-power gyrotrons with operating frequencies up to 240 GHz are required for plasma heating and stabilization. In this work, a systematic feasibility study and tolerance analysis are performed for the conventional-type hollow-cavity DEMO gyrotrons. The various approaches are also suggested to identify its operational limits.
Creative Commons
English
KSP/1000073581 9783731507178
10.5445/KSP/1000073581 doi
Hollow-cavity Hohlleitergyrotron Kernfusion Frequenz durchstimmbarkeit Gyrotron DEMO Nuclear Fusion Frequency Tunability
Feasibility and Operational Limits for a 236 GHz Hollow-Cavity Gyrotron for DEMO - KIT Scientific Publishing 2017 - 1 electronic resource (XIV, 241 p. p.)
Open Access
The DEMOnstration fusion power plant (DEMO) will be the first fusion reactor, which is intended to generate net electrical power. For successful operation of DEMO, high-power gyrotrons with operating frequencies up to 240 GHz are required for plasma heating and stabilization. In this work, a systematic feasibility study and tolerance analysis are performed for the conventional-type hollow-cavity DEMO gyrotrons. The various approaches are also suggested to identify its operational limits.
Creative Commons
English
KSP/1000073581 9783731507178
10.5445/KSP/1000073581 doi
Hollow-cavity Hohlleitergyrotron Kernfusion Frequenz durchstimmbarkeit Gyrotron DEMO Nuclear Fusion Frequency Tunability