个人简介
工作经历
2012.07-2014.12 哈尔滨工业大学能源学院，讲师
2014.12-2020.12 哈尔滨工业大学能源学院，副教授
2020-12至今 哈尔滨工业大学能源学院，教授
教育经历
2001年-2005年, 就读于哈尔滨工业大学，热能与动力工程系，学士
2005年-2012年, 就读于哈尔滨工业大学，工程热物理专业，博士
荣誉称号
2014年12月入选“哈工大青年拔尖人才选聘计划”，被聘为副教授
2020年12月被聘为准聘教授
研究领域
大气辐射传输与气溶胶辐射特性
太阳能热利用
多尺度目标探测
参与性介质光场信息成像
近期论文
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Chen Qi-Xiang，Huang Chun-Lin，Yuan Yuan*，Tan He-Ping．Influence of COVID-19 event on air quality and their association in mainland China．Aerosol and Air Quality Research，2020，Accepted (IF=2.735)
Li Tian-Jiao，Zhang Chuan-Xin，Yuan Yuan*，Shuai Yong，Tan He-Ping．Effects of image positions on temperature reconstruction using light field camera．Results in Physics，2020，accepted. (IF=3.042)
Zhang Chuan-Xin，Shi Xu-Hang，Li Tian-Jiao，Yuan Yuan*，Wang Fu-Qiang，Tan He-Ping．Determining the effects of droplets attached to glass on light transmission by using Monte Carlo ray tracing method in target optical detection．Journal of Quantitative Spectroscopy & Radiative Transfer，2020，accepted. (IF=2.955)
Zhang Chuan-Xin，Li Tian-Jiao，Yuan Yuan*，Wang Fu-Qiang，Tan He-Ping．Effects of droplets in the air on light transmission in target optical detection．Optics and Lasers in Engineering，2020，accepted. (IF= 4.059)
Zhang Lin-Qi，Chen Zhi-Gang，Hao Zi-Zhuo，Chen Qi-Xiang，Yuan Yuan*．On the characteristics of solar radiative transfer and participating media in Harbin, China．Journal of Photonics for Energy，2020，accepted. (IF=2.277)
Yuan Yuan，Lin Xiao-Jie，Cheng Zi-Ming，Wang Fu-Qiang*，Shuai Yong，Tan He-Ping．Experimental investigation of thermal performance enhancement of cavity receiver with bottom bulging．Applied Thermal Engineering，2020，accepted. (IF=4.026)
Shen Si-Yuan，Ruan Zhao-Hui，Li Su-Ning，Yuan Yuan*，Tan He-Ping．Analysis of polarization-dependent continuous 2π phase control mechanism for trapezoidal nano-antennas through multipole expansion method．Journal of Physics D: Applied Physics，2020，accepted. (IF=2.829)
Chen Qi-Xiang，Huang Chun-Lin，Xiao Ting，Yuan Yuan*，Mao Qian-Jun，Tan He-Ping．Characterization of atmospheric aerosols and source apportionment analyses in urban Harbin, northeast China．Infrared Physics and Technology，2019，accepted. (IF= 2.313)
Mao Qian-Jun*，Huang Chun-Lin，Chen Qi-Xiang，Zhang Heng-Xing，Yuan Yuan*．Satellite-based identification of aerosol particle species using a 2D-space aerosol classification model．Atmospheric Environment，2019，219：117057（IF=4.012）
Li Su-Ning，Yuan Yuan*，Gao Zi-Yi，Tan He-Ping．High-Accuracy Correction of Microlens Array for Plenoptic Imaging Sensors．Sensors，2019，19（18）：3922. (IF=3.031)
Mao Qian-Jun*，Zhang Heng-Xing，Chen Qi-Xiang，Huang Chun-Lin，Yuan Yuan*．Satellite-based assessment of direct aerosol radiative forcing using a Look-up table established through AERONET observations．Infrared Physics and Technology，2019，102：103017. (IF=2.313)
Li Tian-Jiao，Yuan Yuan*，Zhang Biao，Sun Jun，Xu Chuan-Long，Shuai Yong，Tan He-Ping．Experimental Verification of Three-Dimensional Temperature Field Reconstruction Method Based on Lucy-Richardson and Nearest Neighbor Filtering Joint Deconvolution Algorithm for Flame Light Field Imaging．Applied Thermal Engineering，2019，162：114235. (IF=4.026)
Chen Qi-Xiang，Huang Chun-Lin，Yuan Yuan*，Mao Qian-Jun，Tan He-Ping．Assessment of aerosol types on improving the estimation of surface PM2.5 concentration by using ground-based aerosol optical depth dataset．Atmospheric Pollution Research，2019,10（6）：1843-1851. (IF=2.918)
Ruan Zhao-Hui，Li Yu-Dong，Yuan Yuan*，Lin Kai-Feng*，He-Ping Tan．Energy-Absorption-Based Explanation of the Photocatalytic Activity Enhancement Mechanism of TiO2 Nanofibers．International Journal of Hydrogen Energy，2019，44（39）：21569-21576（IF=4.084）
Li Su-Ning，Yuan Yuan*，Shen Si-Yuan，Tan He-Ping．Identification and Correction of Microlens Array Rotation Error in Plenoptic Imaging Systems．Optics and Lasers in Engineering，2019，121C：156-168.（IF=4.059）
Chen Qi-Xiang，Shen Wen-Xiang，Yuan Yuan*，Xie Ming，Tan He-Ping．Inferring Fine-Mode and Coarse-Mode Aerosol Complex Refractive Indices from AERONET Inversion Products over China．Atmosphere，2019，10(3)：158.（IF=2.046）
Zhu Yan-Long，Yuan Yuan*，Zhang Chuan-Xin，Xie Ming, Tan He-Ping．Numerical study on heat transfer enhancement of thermal energy storage systems considering radiation of molten salt．Solar Energy，2019，183：337-344 (IF=4.674)
Li Tian-Jiao，Zhang Chuan-Xin，Yuan Yuan*，Shuai Yong，Heping Tan*．Effect of nonuniform radiation properties on flame temperature reconstruction based on light field imaging．International Communications in Heat and Mass Transfer，2019，104：136-146 (IF=4.127)
Mao Qian-Jun*，Huang Chun-Lin，Zhang Heng-Xing，Chen Qi-Xiang，Yuan Yuan*．Performance of MODIS aerosol products at various timescales and in different pollution conditions over China．SCIENCE CHINA Technological Sciences，2019，accept(IF=2.180)
Wu Wan-Bao，Ruan Zhao-Hui，Li Jun-Zhuo，Li Yu-Dong，Jiang Yan-Qiu*，Xu Xian-Zhu，Li De-Feng，Yuan Yuan*，Lin Kai-Feng*. In Situ Preparation and Analysis of Bimetal Codoped Mesoporous Graphitic Carbon Nitride with Enhanced Photocatalytic Activity．Nano-Micro Letters，2019，11(1)：10 (IF=9.043)
Li Tian-Jiao，Yuan Yuan*，Shuai Yong，Tan He-Ping．Joint method for reconstructing three-dimensional temperature of flame using LucyRichardson and Nearest Neighbor Filtering using light-field imaging．SCIENCE CHINA Technological Sciences，2019，62(7)：1232-1243(IF=2.180)
Xie Ming，Zhu Yan-Long，Liu Yi，Yuan Yuan*，Tan He-Ping．Measurement of Spectral Radiative Characteristics of Molten Salt at High Temperature Using Emission Method．Applied Thermal Engineering，2019，149：151-164 (IF=4.026)
Shen Si-Yuan，Yuan Yuan*，Ruan Zhao-Hui，Tan He-Ping．Optimizing the design of an embedded grating polarizer for infrared polarization light field imaging．Results in Physics，2019，12:21-31 (IF=3.042)
Chen Qi-Xiang，Shen Wen-Xiang，Yuan Yuan*，Tan He-Ping．Verification of aerosol classification methods through satellite and ground-based measurements over Harbin, Northeast China．Atmospheric Research，2019，216：167-175 (IF=4.114)
Li Yu-Dong，Ruan Zhao-Hui，He Yan-Zhen，Li Jun-Zhuo，Li Kun-Qiao，Yang Yu-Lin，Xia De-Bin，Lin Kai-Feng*，Yuan Yuan*．Enhanced photocatalytic H2 evolution and phenol degradation over sulfur doped meso/macroporous g-C3N4 spheres with continuous channels．International Journal of Hydrogen Energy，2019，44(2)：707-719（IF=4.084）
Zhang Chuan-Xin，Yuan Yuan*，Yu Zhao-Yang，Wang Fu-Qiang*，Tan He-Ping．Inversion of stellar spectral radiative properties based on multiple star catalogues．Journal of Cosmology and Astroparticle Physics，2018，09：026（IF= 5.524）
Li Tian-Jiao，Zhang Chuan-Xin，Yuan Yuan*，Shuai Yong，Tan He-Ping．Flame temperature estimation from light field image processing．Applied Optics，2018，57(25)：7259-7265 (IF=1.973)
Li Su-Ning，Zhu Yan-Long，Zhang Chuan-Xin，Yuan Yuan*，Tan He-Ping．Rectification of Images Distorted by Microlens Array Errors in Plenoptic Cameras．Sensors，2018，18(7)：2019 (IF=3.031)
Yuan Yuan，Li Tian-Jiao，Zhu Yan-Long，Shuai Yong，Tan He-Ping*．Influence analysis of radiative properties and flame temperature reconstruction based on optical tomography．International Journal of Heat and Mass Transfer，2018，126PB：342-352，(IF=4.346)
Li Yu-Dong，Ruan Zhao-Hui，He Yan-Zhen，Li Jun-Zhuo，Li Kun-Qiao，Jiang Yan-Qiu，Xu Xian-Zhu，Yuan Yuan*，Lin Kai-Feng*．In situ fabrication of hierarchically porous g-C3N4 and understanding on its enhanced photocatalytic activity based on energy absorption．Applied Catalysis B: Environmental，2018，236：64-75.（IF=14.229）
Li Su-Ning，Yuan Yuan*，Liu Bin，Wang Fu-Qiang，Tan He-Ping．Local error and its identification for microlens array in plenoptic camera．Optics and Lasers in Engineering，2018，108：41-53. (IF=4.059)
Li Tian-Jiao，Sun Jun，Yuan Yuan*，Xu Chuan-Long*，Shuai Yong，Tan He-Ping．Simulation of calibration process in flame measurement by plenoptic camera．Applied Thermal Engineering，2018，135：179-187. (IF=4.026)
Chen Qi-Xiang，Yuan Yuan*，Huang Xing，He Zhi-Hong，Tan He-Ping Tan．Assessment of column aerosol optical properties using ground-based sun-photometer at urban Harbin, Northeast China．Journal of Environmental Sciences，2018，74：50-57. (IF=3.556)
Mao Qian-Jun*，Huang Chun-Lin，Zhang Heng-Xing，Chen Qi-Xiang，Yuan Yuan*．Aerosol optical properties and radiative effect under different weather conditions in Harbin, China．Infrared Physics and Technology，2018，89：304-314，(IF=2.313)
Wu Wan-Bao，Li Xu，Ruan Zhao-Hui，Li Yu-Dong，Xu Xian-Zhu，Yuan Yuan*，Lin Kai-Feng*．Fabrication of TiO2 trapped meso/macroporous g-C3N4 heterojunction photocatalyst and understanding for its enhanced photocatalytic activity based on the optical simulation analysis．Inorganic Chemistry Frontiers，2018，5(2)：481-489，（IF=5.934）
Li Tiao-Jiao，Li Su-Ning，Yuan Yuan*，Wang Fu-Qiang，Tan He-Ping*．Light field imaging analysis of flame radiative properties based on Monte Carlo method．International Journal of Heat and Mass Transfer，2018，119：303-311，(IF=4.346)
Li Su-Ning，Yuan Yuan*，Liu Bin，Wang Fu-Qiang*，Tan He-Ping．Influence of microlens array manufacturing errors on light-field imaging．Optics Communications，2018，410：40-52，（IF=1.961）
Li Yu-Dong，Jiang Yan-Qiu，Ruan Zhao-Hui，Lin Kai-Feng*，Yu Zhuo-Bin，Zheng Zhan-Feng，Xu Xian-Zhu，Yuan Yuan*．Simulation-guided Synthesis of Graphitic Carbon Nitride Beads with 3D Interconnected and Continuous Meso/ macropore Channels for Enhanced Light Absorption and Photo-catalytic Performance．Journal of Materials Chemistry A，2017，5，21300-21312，（IF=10.556）
Wang Fu-Qiang，Cheng Zi-Ming，Tan Jian-Yu*，Yuan Yuan*，Shuai Yong，Liu Lin-Hua．Progress in concentrated solar power technology with parabolic trough collector system：A comprehensive review．Renewable and Sustainable Energy Reviews，2017，79：1314-1328，（IF=10.733）
Zhang Chuan-Xin，Zhang Xu-Sheng，Yuan Yuan*，Ai Qing*，Tan He-Ping．Wavelength selection of bidirectional laser transmission based on Monte Carlo method．Infrared Physics and Technology，2017，83：243-251，(IF=2.313)
Huang Xing，Ruan Zhao-Hui，Zhang Hui-Yuan，Yuan Yuan*，Shuai Yong*．Heat transfer analysis of thermal disassociation of ZnO for solar hydrogen production．International Journal of Hydrogen Energy，2017，42(29)：18223-18231，(IF=4.084)
Yuan Yuan，Zhang Chuan-Xin，Li Li-Xu，Dong Shi-Kui*，Tan He-Ping*．Multiple scattering analytical method for apparent characteristics in multilayer media．International Journal of Heat and Mass Transfer，2017，111C：551-558，（IF=4.346）
Li Tian-Jiao，Li Sai，Yuan Yuan*，Liu Yu-Dong，Xu Chuan-Long，Shuai Yong，Tan He-Ping*．Multi-focused microlens array optimization and light field imaging study based on Monte Carlo method．Optics Express，2017，25 (7)：8274-8287，（IF=3.561）
Chen Qi-Xiang，Yuan Yuan*，Huang Xing，Jiang Yan-Qiu*，Tan He-Ping．Estimation of surface-level PM2.5 concentration using aerosol optical thickness through Aerosol Type Analysis Method．Atmospheric Environment，2017，159：26-33，（IF=4.012）
Huang Xing，Hong Jia-Rong，Zhang Ya-Ning，Shuai Yong*，Yuan Yuan*，Li Bing-Xi，Tan He-Ping．Exergy distribution characteristics of solar-thermal dissociation of NiFe2O4 in a solar reactor．Energy，2017，123：131-138，（IF=5.537）
Yuan Yuan，Ruan Zhao-Hui，Huang Xing*，Jiang Yan-Qiu*，Tan He-Ping．Energy-Absorption-Based Explanation of the TiO2/C Photocatalytic Activity Enhancement Mechanism．Journal of Catalysis，2017，348C：246-255，（IF=7.723）
Liu Bin，Yuan Yuan*，Yu Zhao-Yang，Huang Xing，Tan He-Ping*．Numerical Investigation of Measurement Error of the Integrating Sphere Based on the Monte-Carlo Method．Infrared Physics and Technology，2016，79：121-127，（IF=2.313）
Li Tian-Jiao，Li Su-Ning，Li Sai，Yuan Yuan*，Tan He-Ping*．Correction model for microlens array assembly error in light field camera．Optics Express，2016，24(21)：24524-24543，（IF=3.561）
Ruan Zhao-Hui，Yuan Yuan*，Chen Qi-Xiang，Zhang Chuan-Xin，Shuai Yong，Tan He-Ping*．A New Multi-Function Global Particle Swarm Optimization．Applied Soft Computing，2016，49：279-291，（IF=4.873）
Yuan Yuan，Liu Bin*，Li Sai，Tan He-Ping*．Light-field-camera imaging simulation of participatory media using Monte Carlo method．International Journal of Heat and Mass Transfer，2016，102：518-527，（IF=4.346）
Mao Qian-Jun*，Yuan Yuan*，Zhang Chuan-Xin，Zhang Li-Ya，Wu Hong-Jun．Calculation of aerosol optical depth in solar radiation for different meteorological conditions．Environmental Progress & Sustainable Energy，2016，35(6)：1801-1808，（IF=1.596）
Zhang Chuan-Xin，Yuan Yuan*，Li Tian-Jiao，Dong Shi-Kui，Tan He-Ping*．Analytical method to study multiple scattering characteristics in participating media．International Journal of Heat and Mass Transfer，2016，101：1053-1062，（IF=4.346）
Zhang Chuan-Xin，Zhou Hong-He，Chen Xiang，Yuan Yuan*，Shuai Yong，Tan He-Ping*．Three-dimensional imaging simulation of active laser detection based on DLOS method．Infrared Physics and Technology，2016，77：73-81，（IF=2.313）
Zhang Chuan-Xin，Yuan Yuan*，Zhang Hao-Wei，Shuai Yong*，Tan He-Ping．Estimating stellar effective temperatures and detected angular parameters using stochastic particle swarm optimization．Research in Astronomy and Astrophysics，2016，16(9)：140，（IF=1.254）
Li Sai，Yuan Yuan*，Zhang Hao-Wei，Liu Bin，Tan He-Ping．Microlens assembly error analysis for light field camera based on Monte Carlo method．Optics Communications，2016，372C：22-36，（IF=1.961）
Chen Qi-Xiang，Yuan Yuan*，Shuai Yong，Tan He-Ping．Graphical Aerosol Classification Method using Aerosol Relative Optical Depth．Atmospheric Environment，2016，135：84-91，（IF=4.012）
Li Xiao-Wei，Yuan Yuan*，Huang Xing，Lin Kai-Feng．Visible-infrared optical properties measurement of the mesoporous TiO2/Carbon materials．International Journal of Hydrogen Energy，2016，41(35)：15638-15645，（IF=4.084）
Ruan Zhao-Hui，Yuan Yuan*，Zhang Xiao-Xian，Shuai Yong，Tan He-Ping．Determination of optical properties and thickness of optical thin film using stochastic particle swarm optimization．Solar Energy，2016，127C：147-158（IF=4.674）
Huang Xing，Chen Xiang，Shuai Yong*，Yuan Yuan*，Zhang Tong，Li Bing-Xi，Tan He-Ping．Heat transfer analysis of solar-thermal dissociation of NiFe2O4 by coupling MCRTM and FVM method．Energy Conversion and Management，2015，106：676-686，（IF=7.181）
Liu Bin，Yuan Yuan*，Li Sai，Shuai Yong，Tan He-Ping*．Simulation of light-field camera imaging based on ray splitting Monte Carlo method．Optics Communications，2015，355：15-26（IF=1.961）
Huang Xing，Yuan Yuan*，Shuai Yong*，Li Bing-Xi，Tan He-Ping．Development of a multi-layer and multi-dish model for the multi-dish solar energy concentrator system．Solar Energy，2014，107：617-627，（IF=4.674）
Liu Bin，Yuan Yuan*，Yi Hong-Liang，Dong Shi-Kui，Tan He-Ping．Radiative Heat Transfer in a Multilayer Semitransparent Scattering Medium using the Pn-Approximation Method．Heat Transfer Research，2012，43(7)：591-614，（IF=0.398）
Mao Qian-Jun*，Yuan Yuan*，Shuai Yong．Effects of atmospheric aerosol on the direct normal irradiance on the earth’s surface．International Journal of Hydrogen Energy，2014，39(12)：6364-6370，（IF=4.084）
Yuan Yuan，Huang Xing，Shuai Yong，Mao Qian-Jun．Study on the Influence of Aerosol Radiation Balance in One-Dimensional Atmospheric Medium Using Pn - Approximation Method．Mathematical Problems in Engineering，2014，Article ID 767231，（IF=1.179）
Yuan Yuan，Shuai Yong*，Li Xiao-Wei，Liu Bin，Tan He-Ping*．Using a new aerosol relative optical thickness concept to identify aerosol particle species．Atmospheric Research，2014，150：1-11，（IF=4.114）
袁远，谢放，易红亮，董士奎，谈和平*．非线性各向异性散射介质红外传输特性的PN方法．红外与毫米波学报，2011，30 (5)：439-444，（IF=0.384）
Yuan Yuan，Yi Hong-Liang*，Shuai Yong，Wang Fu-Qiang，Tan He-Ping*．Inverse Problem for Particle Size Distributions of Atmospheric Aerosols using Stochastic Particle Swarm Optimization．Journal of Quantitative Spectroscopy and Radiative Transfer，2010，111(14)：2106-2114，（IF=2.955）
Yuan Yuan，Yi Hong-Liang*，Shuai Yong，Liu Bin, Tan He-Ping*．Inverse Problem for Aerosol Particle Size Distribution using SPSO Associated with Multi-Lognormal Distribution Model．Atmospheric Environment，2011，45(28)：4892-4897，（IF=4.012）
Huang Xing，Yuan Yuan，Zhang Hui-Yuan，Shuai Yong*，Li Bing-Xi，Tan He-Ping．Solar Thermochemical Hydrogen Production using Metallic Oxides．Energy Sources，Part A: Recovery, Utilization, and Environmental Effects，2017，39：257-263，（IF=0.894）
Mao Qian-Jun*，Shuai Yong*，Yuan Yuan．Study on radiation flux of the receiver with a parabolic solar concentrator system．Energy Conversion and Management，2014，84：1-6（IF=7.181）
Wang Fu-Qiang，Shuai Yong，Yuan Yuan，Yang Guo，Tan He-Ping．Thermal stress analysis of eccentric tube receiver using concentrated solar radiation．Solar Energy，2010，84 (10)：1809-1815（IF=4.674）
Wang Fu-Qiang，Shuai Yong*，Yuan Yuan，Liu Bin．Effects of material selection on the thermal stresses of tube receiver under concentrated solar irradiation．Materials & Design，2012，33：284-291，（IF=5.770）
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