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Developments of Fusion Gyrotrons for W7-X, ITER and EU DEMO: Ongoing Activities and Future Plans of KIT

机译:W7-X,ITER和EU演示的融合陀螺仪的发展:持续的活动和套件的未来计划

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Karlsruhe Institute of Technology (KIT) is doing research and development in the field of high power gyrotrons for W7-X, ITER, and, towards a future DEMOnstration fusion power plant. While the initial installation of the ECRH system at W7-X is finished and operating very successfully, KIT is still involved in the development of gyrotrons for ITER. This work is coordinated by F4E and ongoing in frame of EGYC. Moreover, as part of EUROfusion, KIT is investing in the research for advanced fusion gyrotrons of future EU DEMO. The target is to develop gyrotrons which will fulfil the need for RF sources operating at a frequency above 200 GHz, an RF output power above 2 MW and a total efficiency above 60%. Aditionally, multi-purpose/multi-frequency operation and frequency step-tunability are requested. That requires the research and development on advanced gyrotrons, test environments and control techniques. This contribution provides a view over ongoing and planned activities in the field of gyrotron development at KIT.
机译:Karlsruhe理工学院(套件)正在为W7-X,ITER的高功率陀螺仪领域进行研发,并迈向未来的演示融合电厂。虽然在W7-X的ECRH系统的初始安装时完成并运行非常成功,但套件仍然涉及迭代符的开发。这项工作是由F4E协调的,在egyc框架中进行协调。此外,作为Eurofusion的一部分,Kit正在投资于未来欧盟演示的先进融合陀螺仪的研究。该目标是开发陀螺仪,这将满足在高于200GHz的频率下运行的RF源的需求,RF输出功率高于2 MW,总效率高于60%。似乎,请求多用途/多频操作和频率步骤可调性。这需要在先进的陀螺仪,测试环境和控制技术上进行研发。这一贡献提供了在套件吉尔托伦开发领域的持续和计划活动。

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