复杂光学曲面数理描述和设计方法研究

Cheng Dewen, 程德文; Chen Hailong, 陈海龙; Wang Yongtian, 王涌天; Yang Tong, 杨通

doi:10.3788/aos221980

光学学报

2023

DOI: 10.3788/aos221980

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复杂光学曲面数理描述和设计方法研究

程德文 Cheng Dewen,

陈海龙 Chen Hailong,

王涌天 Wang Yongtian

et al.

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Cited by 3 publications

References 60 publications

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超短焦偏振折反射虚拟现实镜头设计方法

Cheng Dewen,

Huang Yilun,

Li Yang

et al. 2023

光学学报

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超短焦偏振折反射虚拟现实镜头设计方法

Cheng Dewen,

Huang Yilun,

Li Yang

et al. 2023

光学学报

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用于刑侦检测的日盲紫外折衍混合变焦光学系统设计

Song Yichen,

Tang Yufeng,

Lai Tao

et al. 2024

光学学报

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融合自由曲面光学与全息光学元件的成像与显示系统设计

Yang Tong,

Wang Yongdong,

Xin Lü

et al. 2024

光学学报

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Significance Progress in imaging and display optical systems exerts significant influences on the development of science and technology. Imaging and display systems intrinsically utilize optical elements (geometric or phase elements) to modulate optical wavefronts and achieve expectational imaging relationships, system specifications, and structure requirements. As the representative elements of geometric and phase elements respectively, freeform optical elements (FOEs) and holographic optical elements (HOEs) have significant advantages in optical system design. FOEs possess high degrees of design freedom, which can greatly enhance the ability to modulate wavefronts and improve imaging performance. Additionally, freeform surfaces can correct the aberrations of optical systems with offaxis nonsymmetric structures. Meanwhile, HOEs can unconventionally deflect rays at large angles due to their unique ability to modulate optical wavefronts. They can dramatically reduce the weight and volume of optical systems due to the lightweight form factor, and realize better optical seethrough experiences and fullcolor display due to unique selectivity and multiplex

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复杂光学曲面数理描述和设计方法研究

Cited by 3 publications

References 60 publications

超短焦偏振折反射虚拟现实镜头设计方法

超短焦偏振折反射虚拟现实镜头设计方法

用于刑侦检测的日盲紫外折衍混合变焦光学系统设计

融合自由曲面光学与全息光学元件的成像与显示系统设计

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