Laser mirror
High energy laser systems frequently require the use of mirrors to control the pointing direction of the laser beam. Laser mirrors employed in the high power density environment of a high energy laser system are generally configured to be structurally stable against the thermal stresses imposed on the mirror during laser operation. The mirror surfaces of such mirrors possess a high degree of mechanical and thermal stability, i.e. high stability against external forces and/or pressure, against temperature deviations or deformations etc., thus avoiding any resulting alterations and/or deformations of the mirror surface. Usually the mirrors are cooled to prevent distortions from being introduced into the laser beam due to thermally induced distortion of the laser mirror's reflecting surface, and to prevent physical damage of the laser mirror from heat absorbed from the laser beam.
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