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Investigation in the degradation of CaF_2 outcouplers in excimer lasers operating at 193 nm

机译:在193纳米上运行的准分子激光器中CAF_2输出耦合的降解调查

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In many applications of ArF - excimer lasers, a specific degradation effect is observed for the CaF_2 outcoupling windows which starts assumedly at the rear surface and results in a characteristic damage morphology. In the present study, this degradation mechanism is examined in a measurement series involving a variety of window samples and irradiation sequences in an excimer laser with typical numbers of up to 2 × 10~8 pulses for each component. The irradiated samples were inspected by scanning spectrophotometry, TOF-SIMS, electron microscopy and other analytical techniques in order to clarify the underlying degradation mechanisms. On the basis of the experimental findings, coating strategies will be outlined to improve the lifetime of CaF_2 - output couplers in 193 nm excimer lasers.
机译:在ARF - 准分子激光器的许多应用中,对于在后表面开始的CAF_2外耦合窗口观察到特定的劣化效果,并导致特征损伤形态。在本研究中,在涉及各种窗口样本和在准分子激光器中的各种窗口样本和照射序列的测量系列中检查该降解机制,每个组分的典型数量高达2×10〜8脉冲。通过扫描分光光度法,TOF-SIMS,电子显微镜和其他分析技术来检查辐照样品,以澄清潜在的降解机制。在实验结果的基础上,将概述涂层策略,以改善193纳米准分子激光器中CAF_2 - 输出耦合器的寿命。

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