夏果△

教师简介：

姓名：

夏果

　职称：

　助理研究员

　职务：

　无

所属室：

   成像与显示研究室

邮　箱：

xiaguo@hfut.edu.cn

电　话：

个人简历：

主要研究领域、方向：

光电检测技术及应用

承担科研项目:

1.合肥市自主创新政策借转补研发项目：应用于早期胃癌筛查的多指标多平台体外诊断关键技术研发及产品产业化, 15万，在研

2.合肥工业大学应用培育计划项目：食用菌标准化生产技术研究, 20万，在研

3.中科院重点实验室开放课题项目：日盲紫外目标探测焦面器件关键技术研究，10万，在研

4.合肥工业大学博士学位人员专项基金：基于FPGA和USB2.0的高速数据采集系统设计，2万，结题

5.企业合作委托类项目：低温真空离轴光学标定系统的技术开发, 37万，在研

6.企业合作委托类项目：手持式荧光免疫层析分析系统研究, 4.5万，在研

7.企业合作委托类项目：大气校正滤光片光源测试系统, 15万，结题

8.企业合作委托类项目：靶标切换装置及照明系统的技术开发, 49万，结题 

研究成果:

著作论文

2020:

1. Guo Xia, Xiaobo Cai, Zhiwei Feng, Lulu Cheng, and Mingyong Hu^*. Simultaneous multipolarization and high-resolution oxygen A-band spectrometer optical design with the astigmatism-corrected method.Opt. Exp., 28(8).

2. Hao Cui, Guo Xia^*, Shiqun Jin, Lulu Cheng, Lihao Bai, Long Ma, and Yong Fang. Levenberg–Marquardt algorithm with adaptive Tikhonov regularization for bandwidth correction of spectra. Journal of Modern Optics, 67(7).

2019:

1.Guo Xia *, Zhou C, Jin S, Huang C, Xing J, Liu Z. Sensitivity Enhancement of Two-Dimensional Materials Based on Genetic Optimization in Surface Plasmon Resonance. Sensors, 19(5)

2. Guo Xia*, Y. Ma, X. Chen, S. Q. Jin, and C. Huang, Comparison of MAP method with classical methods for bandpass correction of white LED spectra, J. Opt. Soc. Am. A, 36.

3. Yuzhao WEI,Guo XIA *, Hao CUI,Jiangtao WANG,Shiqun JIN. Portable microscope imaging system for quantitative detection of pepsinogen II. SPIE.

4. Jinyu XING *, Hao CUI,Penghao HU,Shiqun JIN,Mingyong HU, Guo XIA,Haibing HU. Gratings in dispersion-compensated polarization Sagnac interferometer. Optics Communications. 458.

2018:

1. Cuixia ZHOU, Guo XIA *, Guodong WANG,Shiqun JIN. Effect of spectral power distribution on the resolution enhancement in surface Plasmon resonance. Photonic Sensors, 8(4).

2. 马艳，夏果*，黄禅，王国栋，金施群。一种简单精确的CCD阵列光谱仪波长定标方法[J]。红外与激光工程，47（A1）。

3. Chan HUANG, Guo XIA *, Shiqun JIN, Su WU, Jinyu XING. Denoising analysis of compact CCD-based spectrometer. Optik, 157.

4. 徐笑晗，夏果*，金施群，吴骕，王国栋。荧光免疫层析试条成像检测系统的设计[J]。中国激光，45（4）。

5. Haibing HU, Jing BAI, Guo XIA *,Wenda ZHANG,Yan MA. Improved baseline correction method based on polynomial fitting for raman spectroscopy. Photonic Sensors, 8(4).

6. 王国栋，夏果*，李志远，胡明勇，陆红波。便携式紫外-可见光谱仪设计及关键技术研究[J]。光电工程，10。

7. 胡海兵，白静，夏果*，张文达，马艳。改进的基于多项式拟合拉曼光谱校正方法[J]。SPIE。

8. Shiqun JIN,Jinyu XING *,Penghao HU,Mingyong HU,Guo XIA. Polarization Sagnac interferometer with reflective grating for white-light channeled imaging polarimeter. Optics & Laser Technology. 108.

9. Jinyu XING *, Penghao HU,Shiqun JIN,Guo XIA,Mingyong HU. Relationship between the difference of the two arms and spectral width of a dispersion-compensated polarization Sagnac interferometer. Optik. 170.

10. Shiqun JIN,Nu ZHANG,Jinyu XING*,Guo XIA,Mingyong HU. Influence of multistage diffraction of grating on imaging quality of a dispersion-compensated polarization Sagnac interferometer. Optics Frontier.

2017:

1. 夏果*，黄禅，吴骕，金施群，邢金玉。微型光谱仪增益及读出噪声的测量方法[J]。光学学报。

2. 夏果*，吴骕，黄禅，金施群，胡明勇。交叉非对称型Czerny-Turner光谱仪光学系统设计[J]。光子学报。

3. Yanchao Sun, Chan Huang, Guo XIA *, Shiqun JIN, Hongbo Lu. Accurate wavelength calibration method for compact CCD spectrometer. Journal of the Optical Society of America A.

4. Guo XIA *, Su Wu,Guodong Wang, Mingyong Hu, Jinyu Xing. Astigmatism-free Czerny-Turner compact spectrometer with cylindrical mirrors. Applied Optics.

5. Shiqun JIN, Huang Chan, Guo XIA *,Mingyong Hu, Zhijian Liu. Bandwidth correction in the spectral measurement of light-emitting diodes. Journal of the Optical Society of America A.

6. Huang Chan, Jin Shiqun, Guo XIA *. Bandwidth correction for LED chromaticity based on Levenberg-Marquardt algorithm. SPIE.

7. Jinyu Xing *,Shiqun Jin, Penghao Hu,Guo Xia,Mingyong Hu. Elimination of error induced by a beam splitter substrate for dispersion-compensated polarization Sagnac interferometer. Journal of the Optical Society of America A.

2016:

1. Su Wu,Wang Guodong, Guo XIA *, Sun Yanchao, Hu Mingyong. Design and resolution analysis of parabolic mirror spectrometer. SPIE.

2. Lu Hongbo *,Zhang Chao,Xia Guo,Wu Shaojun,Zhang Guobing,Yang Jiaxiang. Continuously tunable emission color based on the molecular aggregation of (2:Z,2 Z)-2,2-(1,4-phenylenae) bis (3-(4-(dodecyloxy)phenyl)acrylonitrile). RSC Advances.

2015:

1. Guo XIA, Qianshun LIU, Haiyang ZHOU, Feihong YU. Thickness measurement of low reflectance optical thin film withtransparent substrate, AOPC 2015, formerly ISPDI.

2. Guo XIA, Qianshun LIU, Haiyang ZHOU, Feihong YU. A non-linearity correction method of charge-coupled device arrayspectrometer, AOPC 2015, formerly ISPDI.

3. Qianshun LIU, Guo XIA, Jian BAI, Feihong YU. Improved restoration algorithm for weakly blurred and strongly noisyImage, AOPC 2015, formerly ISPDI.

4. Haiyang Zhou, Guo Xia, Qianshun Liu, Feihong YU. A Robust Multi-frame Image Blind Deconvolution Algorithm viaTotal Variation. AOPC 2015, formerly ISPDI.

2013:

1. 夏果, 周海洋等. 反射积分球建模及分析[J]. 光学仪器, 2013, 35(4):1-5.

2006-2012:

1. Qu Bixiang, Xia Guo, Yu Feihong. Optimization of freeform cylindrical lens in Czerny-Turner spectrometer system to correctthe astigmatism by using user defined error function, Proc. of SPIE. 8416,84161.

2. Xia Guo, Qu Bixiang, Liu Peng and Yu Feihong. Astigmatism-corrected miniature czerny-turner spectrometer with freeformcylindrical lens. Chin Opt Lett, 10(8): 081201.:

3. 夏果, 吕国强, 胡跃辉. 一种真三维显示数据生成的方法[J]. 液晶与显示,24(2): 273.

4. Xia Guo, Gong Xingzhi, Cheng Liang and Yu Feihong. Research on the surface reflectance measurement of optical elementwith transparent substrate, Proc. of SPIE 7849,78492V.

授权专利

1. 夏果, 黄禅, 金施群，胡明勇，吴骕，一种同时测量微型光谱仪增益及读出噪声的方法，2016.10.12，中国，ZL201610630651.8

2. 夏果, 蔡晓波, 封志伟，一种基于CT结构的超薄光谱仪光学模型，CN201910230671.X（实质审查生效状态）

3. 夏果,陈艳婷,刘康,余飞鸿.用于校正光谱仪像散与彗差的自由曲面光学器件[P]. 中国发明专利：201310054633, 2015-02-18.

其他:

在投文章：

1. Lulu Cheng, Qiaoqin Chen, Guo Xia*, Shiqun Jin, Nu Zhang. Variable lateral shearing Sagnac interferometer. 9th Applied Optics and Photonics China.

2. Long Ma, Guo Xia*, Shiqun Jin, Lihao Bai, Jiangtao Wang, Qiaoqin Chen and Xiaobo Cai. Effect of Spectral Signal-to-Noise Ratio on Resolution Enhancement at Surface Plasmon Resonance. Sensors and Actuators B: Chemical.

3. Guo Xia*, Jiangtao Wang, Zhijian Liu, Lihao Bai and Long Ma. Improving the sensitivity of lateral flow assays by adjusting the sample volume through computational modelling. Analyst