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Development of pellicle for ArF excimer laser

机译:ArF准分子激光防护膜的开发

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Abstract: We tested the membrane longevity of the fluoropolymer using narrow-banded ArF Excimer Laser with spectro-width 0.8 pm. We compared the result with that of using free-run Laser which is not narrow-banded with spectro-width 450 pm. We obtained the following findings: (1) Under the air environment, the membrane longevity improves about 4 times by using narrow- banded Laser compared to free-run Laser. A transmission deterioration due to creation of the light absorption substances on the membrane is not occurred under the air environment either by free-run Laser or by narrow-banded Laser. (2) Under the nitrogen environment, creation of the light absorption substances is suppressed by using narrow- banded Laser, and this leads to the membrane longevity improvement. However, as compared to under the air environment, the membrane longevity is shortened by approximately 10 times. !0
机译:摘要:我们使用光谱带宽为0.8 pm的窄带ArF受激准分子激光测试了含氟聚合物的膜寿命。我们将结果与使用不带窄带且光谱宽度为450 pm的自由运行激光的结果进行了比较。我们得到以下发现:(1)在空气环境下,与自由运行激光相比,使用窄带激光使膜的寿命提高了约4倍。在空气环境下,无论是通过自由运行的激光还是通过窄带激光,都不会由于在膜上形成光吸收物质而导致传输劣化。 (2)在氮气环境下,通过使用窄带激光抑制了光吸收物质的产生,这提高了膜的寿命。然而,与在空气环境下相比,膜的寿命缩短了约10倍。 !0

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