首页> 外文会议>Laser-Induced Damage in Optical Materials 2004 >Determination of scattering losses in ArF~* excimer laser all-dielectric mirrors for 193 nm microlithography applications
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Determination of scattering losses in ArF~* excimer laser all-dielectric mirrors for 193 nm microlithography applications

机译:用于193 nm微光刻应用的ArF〜*准分子激光全介质镜中散射损耗的测定

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摘要

The complete evaluation in the selection of coating designs for production of high performance mirrors must include the scattering losses that are associated with the thin film materials combination. This is especially true for deep ultraviolet [DUV] microlithography applications. Scattering loss data are presented at 193 nm for various coating material designs for operation in argon fluoride laser systems. For overall optimum performance tradeoffs of the spectral reflectance, environmental stability and pulsed laser irradiation lifetime survivability is also discussed.
机译:在选择用于生产高性能反射镜的涂层设计时,要进行全面评估,必须包括与薄膜材料组合有关的散射损耗。对于深紫外(DUV)微光刻应用尤其如此。给出了在氟化氩激光系统中运行的各种涂层材料设计的193 nm散射损耗数据。对于光谱反射率的总体最佳性能折衷,还讨论了环境稳定性和脉冲激光辐照寿命的生存能力。

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