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Theoretical model for high-power annular continuous wave laser beams on coated optical components--transient temperature distribution

机译:涂层光学元件高功率环形连续波激光束的理论模型 - 瞬态温度分布

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In this paper we address the transient temperature distribution and subsequent optical distortion resulting from an annular high power continuous wave laser beam on to coated, non-cooled optical components. The transient temperature distribution is described using The Reverse Thermal Wave Transform. The optical components are uncooled and subject to thermal shock. The standard equations are used for evaluating thermal shock as a function of time, coating expansion coefficient, and material for both substrate and coatings.
机译:在本文中,我们解决了由环形高功率连续波激光束导致的瞬态温度分布和随后的光学失真,涂覆到涂覆的非冷却光学元件。使用反向热波变换来描述瞬态温度分布。光学部件未加热并受到热冲击。标准等式用于评估热冲击作为时间,涂层膨胀系数和用于基板和涂层的材料的函数。

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