研究领域

• 陈云云教授领衔的南京信息工程大学光学层析实验室（OCTLab）依托于南信大“光学工程”一级学科博士学位授权点，致力于研发新一代复杂流场智能诊断技术，并开拓其在大气湍流等复杂环境下的前沿科学研究。通过将光学计算层析技术与深度学习等信息智能感知技术的有机融合，获得瞬息万变的复杂流场信息精准可视化能力，实现对复杂流场的时空分辨与多维感知。

论文成果 More>>

• Intelligent Moiré deflection tomography using physically processed deep learning .Optics Express .2025 ,33 (11) :23367-23375
• Spatial and temporal distribution measurements of atmospheric coherence length by moiré deflectometry with double cross gratings .Journal of the Optical Society of America A .2025 ,42 (8) :1089-1094
• Fringe phase extraction with one step by using deep learning .Applied Optics .2025 ,64 (19) :5536-5545
• Performance of a four deep neural network structure in moiré fringe intelligent analysis .Applied Optics .2025 ,64 (9) :2208-2216
• Phase unwrapping by a multi-level grid method for moiré fringes .Chinese Optics Letters .2025 ,23 (2) :021101
• Investigating the spatiotemporal distribution of refractivity structure index in low-speed flow field by moiré deflectometry .Journal of Optics .2024 ,27 (1) :015609
• Research on the effect of thermal disturbance on temporal and spatial distributions of refractive index structure constant by moiré deflection tomography .Applied Physics B .2024 ,130 (10) :185
• Moiré fringe analysis across diverse carrier frequencies by deep learning .Optics & Laser Technology .2024 ,179 :111384
• Investigating the Influence of Combustion Flow Field Position on Intelligent Enhancement in Moiré Fringe Analysis Using Deep Learningc .Optics Communications .2024 ,569 :130733
• Phase denoising and unwrapping method for moiré fringes based on multiresolution analysis .Optics Communications .2024 ,561 :130521
• Spatial and temporal distributions of atmospheric refractive-index structure parameter measured by moiré deflectometry .Optics Communications .2023 ,550 :129966-129972
• Effect of non-collimated light path on flow field’s temperature reconstruction by moirétomography .Optics and Lasers in Engineering .2020 (133)
• Phase information extraction for moiré fringes based on multiresolution analysis .APPLIED OPTICS .2020 ,59 (12) :3543-3550
• Analysis of the physical nature of refractive index gradient in flow fields characterized with moiré tomography .Optics and Laser Technology .2018 (106) :152-156
• Feasibility of optical computerized tomography for measuring the species concentration distribution of flow fields .Optics and Lasers in Engineering .2017 ,95 (-) :35-41
• Influence of flow velocity on flow field optical tomography diagnosis .Optics Communications .2017 ,382 (1) : 386-391
• High-temperature flow field’s electron number density measurement by two-wavelength moiré tomography .Optics Letters .2016 ,41 (7) :1640-1643
• The diagnostic study of optical tomography for high-temperature flow fields in the open system .Optics Communications .2015 ,344 (-) :21-26
• Feasibility of integrating moire tomography and shadowing in flow field .Optics and Laser Technology .2015 ,66 (-) :125-128
• Feasibility of using a one-temperature model for determining plasma's temperature by measuring its refractive index .Journal of the Korean Physical Society .2014 ,64 (11) :1658-1664

专利

• 一种折射率重建方法
• 一种测量大气粒子数密度波动方法
• 一种基于莫尔测量技术反演风速的方法及系统
• 一种大气温度起伏测量方法
• 一种基于小波变换的莫尔条纹信息提取方法
• 一种基于莫尔条纹方程验证和调节光栅平行的方法
• 一种基于热流场的光学透镜设计方法
• 一种基于尘埃等离子体折射率算法的分析方法
• 一种测量混合气体流场组分浓度分布的光学方法

著作成果

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科研项目

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