hbxie@tju.edu.cn
光学工程（一级学科）
未公开
副教授
光学集成系统技术

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三色投影光学系统研发

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激光周视探测的圆锥形视场发射光学系统

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弧度和宽度可调谐的弧形光束发射系统

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基于波前编码的无热化中波红外成像方法和系统

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基于微透镜阵列进行视场切换的中红外成像光学系统

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基于微透镜阵列收发双向连续扫描近红外成像系统

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一种超探测器分辨率红外无热化成像系统设计方法

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一种超探测器分辨率的中波红外成像镜头设计方法
本发明涉及激光通信领域，为提出一种圆锥形视场的激光周视发射系统，实现激光引信对于目标360°无死角的探测。

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本发明涉及特殊种类激光光源，为解决目前激光器光源存在的激光光斑照度不均、激光光斑形状单一的问题，本发明旨在提出一种弧度和宽度可调谐的弧形光束发射系统

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基于波前编码的无热化中波红外成像方法和系统

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本发明属于光学技术领域，为寻求新的大视场高分辨率成像的解决途径，同时克服切换频率不高，系统结构复杂等确定。

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本发明属于光学技术领域，为克服现有红外成像系统工作视场小，系统结构复杂，环境适应性不强等缺点。

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本发明属于光学领域，涉及一种利用波前编码的方式，同时实现红外成像系统-40°-70°无热化，满足军品红外成像系统温度范围。

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本发明属于光学领域，涉及一种高分辨率的无热化红外成像系统及可突破探测器极限分辨率的设计方法。
Athermalization of infrared optical system through wavefront coding

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Aspheric optical surface profiling based on laser scanning and auto-collimation

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A switchable FoV infrared imaging system using micro-lens arrays

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Design of high-efficiency diffractive optical elements towards ultrafast mid-infrared time-stretched imaging and spectroscopy

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An extended depth-of-field imaging system with a non-rotationally symmetric phase mask

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Design of an omnidirectional signle-point photodetector for large-scale spatial coordinate measurement

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Development of a small-diameter and high-resolution industrial endoscope with CMOS image sensor

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Photonic time-stretch technology with prismatic pulse dispersion towards fast real-time measurements

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Temporal and spatial resolutions of optical time stretch imaging with dispersive grating pair

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Extended depth-of-field of a miniature optical endoscope using wavefront coding