[1] Hao Yunxiang,Chen Xiaju,Zhang Baozhou.Photometry[M].Beijing:China Metrology Publishing House,2010.
[2] Editorial Department of‘Light and Lighting’.The next development of LED[J].Light and Lighting,2010,(1):45-46.
[3] Chen Guolong,Yao Qi,Zhu Lihong,et al..Design of a temperature-controlled test system for luminous intensity spatial distribution characteristics of high power LED[J].Laser & Optoelectronics Progress,2014,51(3):031202.
[4] Xu Yuzhen,Lin Weiming.A novel LEDphoto-electro-thermal model with simplified variables[J].Acta Optica Sinica,2013,33(5):0523001.
[5] CIE.Measurement of LED[S].CIE127-2007.
[6] K rh P,Manninen P,Hovila J,et al..Determination of Luminous Intensity of Light-Emitting Diodes with Modified[OL].http://www.pmodwrc.ch/newrad2005/pdfabstracts/Newrad044.pdf.[2015-7-10].
[7] Liu Jian,Liu Hui,Zhao Weiqiang,et al..The impact of uniformity of detector responsivity on measurement of averaged LED intensi-ty[J].Acta Metrologica Sinica,2012,33(4):317-320.
[8] Cai Wentao,Liu Xianming,Lei Xiaohua,et al..Far-field condition analysis of surface light source[J].Acta Optica Sinica,2013,33(s2):s212002.
[9] Jian Liu,Baozhou Zhang,Hui Liu,et al..Impact of detector spatial uniformity on the measurement of averaged led intensity[J].IEEE Photonics,2014,6(1):6800107.
[10] Liu Jian,Liu Hui,Zhao Weiqiang.The mathematical model of LED luminance distribution field[J].China Light & Lighting,2015,(3):25-28.
[11] Chung T M,Dai S.A study of the spatial intensity distribution of LED for general lighting[J].Journal of Light & Visual Environment,2010,34(4):170-175.