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High power gyrotron testing at long pulses is a necessary step in the development of mm-wave systems for fusion research.
The mm-wave system is composed of waveguide and quasi-optical sections with a front steering system.
The mm-wave system is embedded in a rigid upper port plug structure optimized for the rough operating conditions.
The BSM dissipates about 80% of the nuclear heating and envelopes the front mirrors of the mm-wave system.
An optimization of the mm-wave system for the ITER EC H&CD Equatorial Launcher (EL) is performed.
The contract deals with design work on both the port plug, forming the structural system, and the mm-wave-system, which injects the RF-power into the plasma.
Finally the internals, such as dedicated support structures for the mm-wave system, shielding elements and components for gas and coolant supply.
Further the Launcher Mainframe, which provides a rigid structure for precise and secure integration of the mm-wave system to guarantee reliable operation under all potential scenarios.
The most challenging design aspects are proper dissipation of nuclear heating in zones of high heat flux, the mechanical integrity during plasma disruptions, the integration of sufficient shielding material and the precise alignment of the mm-wave system under tight space conditions.
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FOM is developing a full-scale mm-wave launching system mock-up.
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