Research on Advanced Preparation Technology and Imaging Performance of Polymer Optical Fiber Array Panels
Citation
马西响, 任宏宇, 乔辉, 王梓舟, 张兵强, 王三昭. (2024). 聚合物光纤阵列面板的先进制备技术与成像性能研究 [Research on Advanced Preparation Technology and Imaging Performance of Polymer Optical Fiber Array Panels]. 光学学报 (Acta Optica Sinica), 44(23), 10.3788/AOS241403.
Keywords
- 聚合物光纤阵列面板 / Polymer optical fiber array panel, POFAP
- 光学成像 / Optical imaging
- 预制棒成型-拉丝-排板-热压 / Preform forming-drawing-bundling-hot pressing
- 热压工艺 / Hot pressing process
- 传像性能 / Image transmission performance
- 聚合物光纤 / Polymer optical fiber
- 光纤复丝 / Optical fiber multifilament
- 热压模具 / Hot pressing mold
- 退火 / Annealing
- 光学冷加工 / Optical cold processing
- 缺陷 / Defects
- 光透过率 / Light transmittance
- 光学成像 / Optical imaging
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光纤耦合效率 / Optical fiber coupling efficiency
-
光子传输效率 / Photon transmission efficiency
-
分辨率板 / Resolution chart, 1951USAF
Brief
This research paper details the development of a high-performance polymer optical fiber array panel through optimized prefabrication and hot-pressing techniques, achieving high light transmittance and demonstrating its potential for clear optical imaging.
Summary
This paper presents a new method to fabricate high-performance polymer optical fiber array panels (POFAPs) by optimizing a process involving preform preparation, fiber drawing, bundling, and hot pressing. Using the Box-Behnken design, the researchers optimized the hot pressing temperature, pressure, and time to achieve a high light transmittance of 94.07%. The resulting POFAPs demonstrated good imaging performance with a small image displacement, a magnification of (100±2)%, and a resolution of 10.10 lp/mm, outperforming some existing POFAPs. This work highlights an effective technique for producing POFAPs suitable for optical imaging applications.
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