Abstract
The main problems connected with the design of the optical resonator for a free electron laser are briefly analyzed with respect to the optimization of the laser performance. The proper operation of the ENEA free electron laser indeed requires accurate setting and control of both mirror spacing and angular alignment. A long-path Fabry-Perót interferometer with a sensitivity of ∼ 10 −6 rad developed for the control of the resonator alignment is described.
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