DANG Rui
Associate Professor | doctoral supervisor
Deputy Director of the Institute of Building Technology and Science
School of Architecture | Tianjin University
dr_tju@163.com
RESEARCH FIELD
Building Light Environment
Museum Lighting
Green Building Design & Analysis
TEACHEING
Building Physics
Building Energy Efficiency
Green Building Design & Analysis
Colorimetry
Test Technology of Building Physics
MEMBERSHIP
Board member of indoor lighting committee of China Illuminating Engineering Society
Board member of photochemistry committee of China Illuminating Engineering Society
Board member of Tianjin Illuminating Engineering Society
RESEARCH PROJECT
2018-2021 National key research and development plan of China “Development of new key technology and efficient illumination control system for public institutions”, N0. 2018YFC0705103-01, 2018.07-2021.06(Host)
2018-2021 Peiyang scholars program “Building light environment”, No. 1801,2018.01-2021.12 (Host).
2017-2020 Natural science foundation of Tianjin “Study on the composition of white LED spectrum of traditional Chinese painting illumination based on minimum damage”, No. 17JCYBJC22400, 2017.04-2020.03(Host).
2016-2020 National key research and development plan of China “Research on design and evaluation method of intelligent lighting system based on behavior mode and function requirement”, No. 2018YFC0705103-01, 2018.07-2021.06 (Host)
2018 Research project of Tianjin University “Simulation and analysis platform for indoor environmental comfort of public buildings in cold areas”, No. 2018XZS-0015,2018.1-2018.12 (Host).
2014-2016 National natural science foundation of China “Quantitative study on the influence of white LED on Chinese painting and calligraphy illumination in display lighting”, No. 51308384, 2014.01-2016.12 (Host).
2014-2016 International scientific and technological cooperation program “Research and demonstration of low energy consumption lighting technology in summer hot winter warm area” No. 2014DFA70660-03-01, 2014.04-2016.03 (Host).
2014-2015 Research fund of Beijing key laboratory “Research, optimized design and demonstration of shading components in cold area”, No. 2014E3-0003, 2014.01.01-2015.12.30 (Host).
2013-2015 Natural science foundation of Tianjin “Quantitative study on the impact of white LED on exhibits based on heritage protection”, No. 13JCQNJC07600, 2013.01-2015.12 (Host).
2015-2016 Peiyang young scholars program “Protective lighting for cultural relics”, No. 0903061014, 2015.01-2016.12 (Host).
AWARDS
2018 The first prize of academic award of China Illuminating Engineering Society. (The first completer)
2018 The second prize of science and technology progress award of Tianjin. (The first completer)
2018 Young scientists award of China Illuminating Engineering Society
2017 The first prize of excellent paper of China Illuminating Engineering Journal (Corresponding author)
2017 Peiyang scholar of Tianjin University
RESEARCH PAPER
(1) Rui Dang*, Huijiao Tan, Nan Wang, Gang Liu, Fenghui Zhang, Xiangyang Song，Raman spectroscopy-based method for evaluating LED illumination-induced damage to pigments in high-light-sensitivity art，Applied Optics，59(15):4599-4605，2020.05(SCI/EI)
(2) Rui Dang*，Xiangyang Song， Fenghui Zhang，Proposed Light Sources for Illuminating in Xuan Paper and Silk Artwork with Organic and Inorganic Pigments by Evaluating Color Shifts in Museum，Color Research & Application，2020.5(SCI/EI)
(3) Rui Dang*, Fenghui Zhang，Di Yang，Wenli Guo，Gang Liu. Spectral Damage Model for Lighting Paper and Silk in Museum, Journal of Cultural Heritage, 2020.4(SCI/EI)
(4) R Dang*, N Wang* , G Liu，H J Tan, Four component white LED with good colour quality and minimum damage to traditional Chinese paintings，Lighting Research & Technology，51(7): 1077-1091，2019.11(SCI/EI)
(5) R Dang*，RQ Shi, M Liu, Correction Method of Color Deviation Caused by Different Angle in Color Measuring，IEEE Photonics Journal，11(3):1-12, 2019.06(SCI/EI)
(6) R Dang*, HJ. Tan, G. Liu, N. Wang, Effects of Illumination on Paper and Silk Substrates of Traditional Chinese Painting and Calligraphy Measured with Raman Spectroscopy, LEUKOS, 16(1)：87–95，2019.05(SCI/EI)
(7) R Dang, H J Tan*, G Liu，N Wang, D J Li，H B Zhang，Influence of illumination on inorganic pigments used in Chinese traditional paintings based on Raman spectroscopy，Lighting Research & Technology，51(3)：402～416,2019.05(SCI/EI)
(8) R Dang*, N Wang*，HJ Tan, JY Wu, Chromaticity changes of inorganic pigments in traditional Chinese paintings due to narrowband spectra in four-primary white light-emitting-diodes， Journal of Optical Technology，86(5):310-316,2019.05(SCI/EI)
(9) R Dang*, N. Wang*, G. Liu, Y. Yuan, J. Liu, and HJ. Tan, Illumination in Museums: Four-Primary White LEDs to Optimize the Protective Effect and Color Quality, IEEE Photonics Journal，11(1):1-15, 2019.02(SCI/EI)
(10) R Dang*, Y Yuan*, G Liu ,C Luo，J Liu，White LED spectrum for minimizing damage to Chinese traditional heavy colour paintings，Lighting Research & Technology， 50(6)：911～920，2018.10(SCI/EI)
(11) R Dang*，Y Yuan*, G Liu，J Liu，Chromaticity Changes of Inorganic Pigments in Chinese Traditional Paintings Due to the Illumination of Frequently-used Light Sources in Museum，Color Research & Application， 43(4)：596～605, 2018.08(SCI/EI)
(12) R Dang*, Y Yuan*, C Luo ，J Liu，Chromaticity Shifts Due to Light Exposure of Inorganic Pigments Used in Traditional Chinese Painting，Lighting Research & Technology，49(7):818–828, 2017.11(SCI/EI)
(13) Gang Liu, Chao Cen, Qi Zhang, Kuixing Liu, Rui Dang*，Field study on thermal comfort of passenger at high-speed railway station in transition season，Building and Environment，108：220～229，2016.11(SCI/EI)
(14) Dang Rui*，Liu Jie, Liu Gang, ZHANG Hai-bin，Protective light source for Chinese light color painting based on color difference analysis，Chinese Journal of Luminescence, 39(5)：723-729, 2018.5(EI)
(15) Dang Rui*，Liu Jie, Liu Gang, Yuan Ye, White LED Spectrum for Illumination of Chinese Traditional Light Color Painting, Chinese Journal of Luminescence, 38(11)：1545-1552, 2017.11(EI)
(16) Liu Gang, Xu Yi, Dang Rui*, Luo Chen, The Research of Triadic Relation among Building Spaces, Lighting Comfort Level and Lighting Energy Consumption in High-Speed Railway Station in China. Procedia Engineering,v121, p854-865, 2015.09(EI)
(17) Gang Liu, Chenyi Lin, Yanbin Zhuo, Deheng Guo, Rui Dang*，Thermal Comfort during summer in a High-speed Railway Station in Cold Region of China. Procedia Engineering, v 121, p 838-844,2015.07 (EI)
INVITION PATENTS
2019 The evaluation model and control algorithm of classroom lighting, NO.2019105015932
2019 A method for obtaining the index for lighting photosensitive cultural relics, NO. 2019107116209
2019 Measurement method and system of color coordinate for cultural relics, NO. 2019104184702
2019 Experimental device and method for researching photosensitive cultural relics, NO. 2019104808087
2019 A software for evaluating and designing classroom light environment, NO. 4431772
2019 A software for correcting color in the color measurement of the cultural relics, NO.4094779
2019 A software for judging damage degree of light source in lighting photosensitive cultural relics. NO. 4093935
2018 A method to assess the damage degree of light sources to fragile Chinese cultural relics, NO.2018111387675
2018 LED spectrum adjustment technology applicable to Chinese cultural relics illumination, NO.2018111903946
2017 A method for determining the light damage to cultural relics based on Raman spectrum, NO.2017111049640
2016 A method for detecting and evaluating damage caused by light sources illumination to Chinese traditional paintings, NO.2016106455635
2016 A method for obtaining spectrum of LED in lighting Chinese traditional paintings, NO.2016106455616
2014 Multi-parameter monitoring system in building physical environment, NO.2014105574248
2014 Multi-parameter monitoring method in building physical environment, NO.2014105575838
2012 Residential zone nighttime light environment det
DANG Rui
Associate Professor | doctoral supervisor
Deputy Director of the Institute of Building Technology and Science
School of Architecture | Tianjin University
dr_tju@163.com
RESEARCH FIELD
Building Light Environment
Museum Lighting
Green Building Design & Analysis
TEACHEING
Building Physics
Building Energy Efficiency
Green Building Design & Analysis
Colorimetry
Test Technology of Building Physics
MEMBERSHIP
Board member of indoor lighting committee of China Illuminating Engineering Society
Board member of photochemistry committee of China Illuminating Engineering Society
Board member of Tianjin Illuminating Engineering Society
RESEARCH PROJECT
2018-2021 National key research and development plan of China “Development of new key technology and efficient illumination control system for public institutions”, N0. 2018YFC0705103-01, 2018.07-2021.06(Host)
2018-2021 Peiyang scholars program “Building light environment”, No. 1801,2018.01-2021.12 (Host).
2017-2020 Natural science foundation of Tianjin “Study on the composition of white LED spectrum of traditional Chinese painting illumination based on minimum damage”, No. 17JCYBJC22400, 2017.04-2020.03(Host).
2016-2020 National key research and development plan of China “Research on design and evaluation method of intelligent lighting system based on behavior mode and function requirement”, No. 2018YFC0705103-01, 2018.07-2021.06 (Host)
2018 Research project of Tianjin University “Simulation and analysis platform for indoor environmental comfort of public buildings in cold areas”, No. 2018XZS-0015,2018.1-2018.12 (Host).
2014-2016 National natural science foundation of China “Quantitative study on the influence of white LED on Chinese painting and calligraphy illumination in display lighting”, No. 51308384, 2014.01-2016.12 (Host).
2014-2016 International scientific and technological cooperation program “Research and demonstration of low energy consumption lighting technology in summer hot winter warm area” No. 2014DFA70660-03-01, 2014.04-2016.03 (Host).
2014-2015 Research fund of Beijing key laboratory “Research, optimized design and demonstration of shading components in cold area”, No. 2014E3-0003, 2014.01.01-2015.12.30 (Host).
2013-2015 Natural science foundation of Tianjin “Quantitative study on the impact of white LED on exhibits based on heritage protection”, No. 13JCQNJC07600, 2013.01-2015.12 (Host).
2015-2016 Peiyang young scholars program “Protective lighting for cultural relics”, No. 0903061014, 2015.01-2016.12 (Host).
AWARDS
2018 The first prize of academic award of China Illuminating Engineering Society. (The first completer)
2018 The second prize of science and technology progress award of Tianjin. (The first completer)
2018 Young scientists award of China Illuminating Engineering Society
2017 The first prize of excellent paper of China Illuminating Engineering Journal (Corresponding author)
2017 Peiyang scholar of Tianjin University
RESEARCH PAPER
(1) Rui Dang*, Huijiao Tan, Nan Wang, Gang Liu, Fenghui Zhang, Xiangyang Song，Raman spectroscopy-based method for evaluating LED illumination-induced damage to pigments in high-light-sensitivity art，Applied Optics，59(15):4599-4605，2020.05(SCI/EI)
(2) Rui Dang*，Xiangyang Song， Fenghui Zhang，Proposed Light Sources for Illuminating in Xuan Paper and Silk Artwork with Organic and Inorganic Pigments by Evaluating Color Shifts in Museum，Color Research & Application，2020.5(SCI/EI)
(3) Rui Dang*, Fenghui Zhang，Di Yang，Wenli Guo，Gang Liu. Spectral Damage Model for Lighting Paper and Silk in Museum, Journal of Cultural Heritage, 2020.4(SCI/EI)
(4) R Dang*, N Wang* , G Liu，H J Tan, Four component white LED with good colour quality and minimum damage to traditional Chinese paintings，Lighting Research & Technology，51(7): 1077-1091，2019.11(SCI/EI)
(5) R Dang*，RQ Shi, M Liu, Correction Method of Color Deviation Caused by Different Angle in Color Measuring，IEEE Photonics Journal，11(3):1-12, 2019.06(SCI/EI)
(6) R Dang*, HJ. Tan, G. Liu, N. Wang, Effects of Illumination on Paper and Silk Substrates of Traditional Chinese Painting and Calligraphy Measured with Raman Spectroscopy, LEUKOS, 16(1)：87–95，2019.05(SCI/EI)
(7) R Dang, H J Tan*, G Liu，N Wang, D J Li，H B Zhang，Influence of illumination on inorganic pigments used in Chinese traditional paintings based on Raman spectroscopy，Lighting Research & Technology，51(3)：402～416,2019.05(SCI/EI)
(8) R Dang*, N Wang*，HJ Tan, JY Wu, Chromaticity changes of inorganic pigments in traditional Chinese paintings due to narrowband spectra in four-primary white light-emitting-diodes， Journal of Optical Technology，86(5):310-316,2019.05(SCI/EI)
(9) R Dang*, N. Wang*, G. Liu, Y. Yuan, J. Liu, and HJ. Tan, Illumination in Museums: Four-Primary White LEDs to Optimize the Protective Effect and Color Quality, IEEE Photonics Journal，11(1):1-15, 2019.02(SCI/EI)
(10) R Dang*, Y Yuan*, G Liu ,C Luo，J Liu，White LED spectrum for minimizing damage to Chinese traditional heavy colour paintings，Lighting Research & Technology， 50(6)：911～920，2018.10(SCI/EI)
(11) R Dang*，Y Yuan*, G Liu，J Liu，Chromaticity Changes of Inorganic Pigments in Chinese Traditional Paintings Due to the Illumination of Frequently-used Light Sources in Museum，Color Research & Application， 43(4)：596～605, 2018.08(SCI/EI)
(12) R Dang*, Y Yuan*, C Luo ，J Liu，Chromaticity Shifts Due to Light Exposure of Inorganic Pigments Used in Traditional Chinese Painting，Lighting Research & Technology，49(7):818–828, 2017.11(SCI/EI)
(13) Gang Liu, Chao Cen, Qi Zhang, Kuixing Liu, Rui Dang*，Field study on thermal comfort of passenger at high-speed railway station in transition season，Building and Environment，108：220～229，2016.11(SCI/EI)
(14) Dang Rui*，Liu Jie, Liu Gang, ZHANG Hai-bin，Protective light source for Chinese light color painting based on color difference analysis，Chinese Journal of Luminescence, 39(5)：723-729, 2018.5(EI)
(15) Dang Rui*，Liu Jie, Liu Gang, Yuan Ye, White LED Spectrum for Illumination of Chinese Traditional Light Color Painting, Chinese Journal of Luminescence, 38(11)：1545-1552, 2017.11(EI)
(16) Liu Gang, Xu Yi, Dang Rui*, Luo Chen, The Research of Triadic Relation among Building Spaces, Lighting Comfort Level and Lighting Energy Consumption in High-Speed Railway Station in China. Procedia Engineering,v121, p854-865, 2015.09(EI)
(17) Gang Liu, Chenyi Lin, Yanbin Zhuo, Deheng Guo, Rui Dang*，Thermal Comfort during summer in a High-speed Railway Station in Cold Region of China. Procedia Engineering, v 121, p 838-844,2015.07 (EI)
INVITION PATENTS
2019 The evaluation model and control algorithm of classroom lighting, NO.2019105015932
2019 A method for obtaining the index for lighting photosensitive cultural relics, NO. 2019107116209
2019 Measurement method and system of color coordinate for cultural relics, NO. 2019104184702
2019 Experimental device and method for researching photosensitive cultural relics, NO. 2019104808087
2019 A software for evaluating and designing classroom light environment, NO. 4431772
2019 A software for correcting color in the color measurement of the cultural relics, NO.4094779
2019 A software for judging damage degree of light source in lighting photosensitive cultural relics. NO. 4093935
2018 A method to assess the damage degree of light sources to fragile Chinese cultural relics, NO.2018111387675
2018 LED spectrum adjustment technology applicable to Chinese cultural relics illumination, NO.2018111903946
2017 A method for determining the light damage to cultural relics based on Raman spectrum, NO.2017111049640
2016 A method for detecting and evaluating damage caused by light sources illumination to Chinese traditional paintings, NO.2016106455635
2016 A method for obtaining spectrum of LED in lighting Chinese traditional paintings, NO.2016106455616
2014 Multi-parameter monitoring system in building physical environment, NO.2014105574248
2014 Multi-parameter monitoring method in building physical environment, NO.2014105575838
2012 Residential zone nighttime light environment detection software based on remote control vehicle platform, NO.2010105377646
2011 Residential zone nighttime light environment detection system based on remote control vehicle platform, NO.2010101957233
ection software based on remote control vehicle platform, NO.2010105377646
2011 Residential zone nighttime light environment detection system based on remote control vehicle platform, NO.2010101957233