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Reliability study of holographic optical elements made with DuPont photopolymer

机译:杜邦光敏聚合物制成的全息光学元件的可靠性研究

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摘要

We report reliability-test results of transmission-type holographic optical elements (HOE's) made with the DuPont photopolymer HRF-600. The reliability tests performed include 6000 cycles of liquid-to-liquid thermal-shock cycling (-55 degrees C-125 degrees C), 2200 cycles of air-to-air thermal cycling (-55 degrees C-125 degrees C), 1500 h of humidity testing (85 degrees C and a relative humidity of 85%), and 675 h of burn-in testing at 125 degrees C. A total of 210 holograms was tested, with 532 data points collected for diffraction-efficiency measurements. The results show that the average efficiency change after these tests is in the range of -4% to 0% and the standard deviation is only similar to 10%. (C) 1998 Optical Society of America [References: 17]
机译:我们报告了用杜邦光敏聚合物HRF-600制成的透射型全息光学元件(HOE)的可靠性测试结果。进行的可靠性测试包括6000次液-液热冲击循环(-55摄氏度-125摄氏度),2200周期的空气-空气热循环(-55摄氏度-125摄氏度),1500次h湿度测试(85摄氏度和相对湿度85%),以及在125摄氏度下的675小时老化测试。总共测试了210张全息图,并收集了532个数据点用于衍射效率测量。结果表明,这些测试后的平均效率变化在-4%至0%的范围内,标准偏差仅接近10%。 (C)1998年美国眼镜学会[参考文献:17]

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