Abstract
The high-power Free Electron Laser (FEL) based on a multi-turn microtron-recuperator is currently operating in Novosibirsk [1]. The radiation of the FEL is used for carrying out experiments in different areas of physics, biology, and chemistry. The radiation is transported to all user stations using one transportation system, referred to as the “radiation optical channel”. To ensure radiation transportation to the required user station, this optical channel contains a set of special mechanical units (mirrors and shutters). The states of all these units determine the track of radiation propagation from its source to the required user station.
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