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Wavefront Coding for Athermalization of Infrared Imaging Systems

机译：用于红外成像系统非热化的波前编码

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Gonzalo Muyo; Andrew R Harvey;
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年度 2008
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1. 110°C range athermalization of wavefront coding infrared imaging systems [J] . Bin Feng, Zelin Shi, Zheng Chang, Infrared physics and technology . 2017,第期

机译：110 波前编码红外成像系统的°C范围内
2. Reduction of artefacts and noise for a wavefront coding athermalized infrared imaging system [J] . Feng Bin, Zhang Xiaodong, Shi Zelin, Journal of optics . 2016,第7期

机译：减少波前编码热红外成像系统的伪像和噪声
3. Athermalization of infrared optical system through wavefront coding [J] . Xie Hongbo, Su Yongpeng, Zhu Meng, Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter . 2019,第期

机译：通过波前编码的红外光学系统的热化
4. Wavefront Coding for Athermalization of Infrared Imaging Systems [C] . Gonzalo Muyo, rew R Harvey Electro-Optical and Infrared Systems: Technology and Applications . 2004

机译：用于红外成像系统非热化的波前编码
5. Design of Computational Imaging Systems Using Wavefront-Coded Dielectric Metasurfaces [D] . ?Colburn, Shane 2020

机译：使用波前编码介质 Metasurfaces 计算成像系统的设计
6. Optimization of wavefront-coded infinity-corrected microscope systemswith extended depth of field [O] . Tingyu Zhao, Thomas Mauger, Guoqiang Li 2013

机译：波前编码的无限远校正显微镜系统的优化景深扩展
7. 110 °C range athermalization of wavefront coding infrared imaging systems [O] . Feng B(冯斌), Shi ZL(史泽林), Chang Z(常铮), 2017

机译：波前编码红外成像系统的110°C范围非热化

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