紫外光学传递函数测量装置研究

杨红; 康登魁; 姜昌录

紫外光学传递函数测量装置研究

1.
西安应用光学研究所,陕西西安 710065

详细信息

通讯作者:
杨红（1960-），女，吉林长春人，研究员，主要从事光学设计、光学计量及测试研究工作。 Email：yhoon@163.com

中图分类号: TN206
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出版历程
- 刊出日期: 2013-03-15

Study of ultraviolet optical transfer function measurement equipment

1.
Xi-an Institute of Applied Optics,Xi-an 710065,China

摘要

摘要: 光学传递函数是评价光学系统成像质量的重要指标，针对目前光学传递函数测量只能覆盖可见光和红外波段，自行研制了紫外波段(260 nm～400 nm)光学传递函数（OTF）测量装置。介绍了装置的原理及组成，采用中心波长为0=300 nm和0=380 nm 2种OTF标准镜头在2个光谱范围内对OTF测量装置进行了标定和测试，结果表明：调制传递函数（MTF）的测量值与理论值的偏差：0.03（轴上）；0.05（轴外）。最后，对装置的测量不确定度进行了评估。
- 紫外 /
- 光学传递函数 /
- 测量不确定度
Abstract: The optical transfer function (OTF) is an important parameter of image quality for optical system. As modern OTF measurement equipments just covered visible light and infrared band, the ultraviolet OTF (260 nm~400 nm) measurement equipment was designed. The theory and the components of the testing equipment were introduced. The equipment was calibrated by the OTF standard lens with centric wavelengths of 300 nm and 380 nm. The results show that the errors between theory and measurement of MTF are 0.03 (on-axis) and 0.05 (off-axis). Finally, the uncertainty of equipment measurement is evaluated.
- ultraviolet /
- optical transfer function /
- measurement uncertainty

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参考文献(1)

［1］苏大图,沈海龙,陈进榜. 光学测量与像质鉴定［M］. 北京: 北京工业学院出版社,1988.
SU Da-tu,SHEN Hai-long,CHEN Jin-bang.Optical measurement and image evaluation［M］. Beijing:Beijing University of Technology Press，1988.(in Chinese)
［2］张忠廉,刘榴娣.紫外线技术在军事上的应用［J］.光学技术，2000，26（4）：289-294.
   ZHANG Zhong-lian,LIU Liu-di.Study on application of ultraviolet technology in military affairs［J］.Optical Technique,2000,26（4）：289-294.(in Chinese with an English abstract)
［3］靳贵平.紫外探测技术与双光谱图像检测系统的研究［D］.西安：中国科学院西安光学精密机械研究所,2004.
   JIN Gui-ping.Ultraviolet technology of detecting and examing of double spectrumimage［D］.Xi-an:Xi-an Institute of Optics and Precesion Mechanics, Chinese Academy of Sciences,2004.(in Chinese)
［4］腾鹤松．紫外成像技术及其应用［J］．光电子技术，2001,21(4)：294-297.
TENG He-song. Ultraviolet imaging system technology and application ［J］.Photoelectron Technology,2001，21(4)：294-297.(in Chinese with an English abstract)
［5］仝文权.红外系统MTF测试仪技术分析［J］.红外，2003（4）：16-22.
    TONG Wen-quan.Infrared system MTF technology analysis［J］.Infrared,2003（4）：16-22.(in Chinese with an English abstract)
［6］杨照金，李燕梅.国防光学计量测试的新进展［［J］.应用光学，2001,22(4):35-39.
   YANG Zhao-jin,LI Yan-mei.New development of national defence metrology［J］.Journal of Applied optics,2001,22 (4):35-39.(in Chinese with an English abstract)
［7］OPTIKOS Corporation. How to measure MTF and other properties of lenses［EB/OL］.www.Optikos.com/classes/pdfs/how_to_measure_mtf.pdf 1999-07-16.
［8］樊翔，倪旭翔.光学传递函数测试仪的现状和发展趋势［J］.光学仪器，2003，25（2）：48-52
   FAN Xiang,NI Xu-xiang.Present status and development trend of OTF testing insrument［J］.Optical Instruments,2003，25（2）：48-52.(in Chinese with an English abstract)
［9］郝群，沙定国，郑乃梅.光学传递函数测量仪刀口和狭缝两种扫描方法比较分析［J］.光学技术，2001，27（1）：41-43.
HAO Qun,SHA Ding-guo,ZHENG Nai-mei.The caculation and anslysis of knife-edge and slit scanning in OTF measuring equipment［J］.Optical Technique,2001，27（1）：41-43.(in Chinese with an English abstract)
［10］BOREMAN G.Transfer function in optical and electro-optical systems［M］.US:SPIE, 2001.
［11］JIAO Ming-yin, FENG Zhuo-xiang. Digital Fourier analysis method for measuring the optical MTF of an IR imaging scanner［J］.SPIE,2000,4221:248-251.
［12］GREIVENKAMP J E, LOWMAN A E. Modulation transfer function measurement of sparse-array sensors using a self-calibrating fringe pattern［J］. Appl. Opt., 1994, 33(22): 5029-5036.
［13］杨红.大口径可见光到红外波段光学传递函数测试仪的标定［J］.光学技术,2001（1）：87-94.
   YANG Hong.The calibration of optical transfer function equipment of large aperture in infrared and visible band［J］.Optical Technique,2001（1）：87-94.(in Chinese with an English abstract)
［14］马卫红,马臻,贺丽,等. 光学传递函数测试及空间频率标定方法［J］.光学学报，2004，24（2）：144-147.
MA Wei-hong,MA Zhen,HE Li ,et al. Influency of spatial frequency calibration on OTF test percision［J］.Acta Optica Sinica, 2004，24（2）：144-147.(in Chinese with an English abstract)

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