[1] R A MEYERS. Encyclopedia of physical science and technology, 731-758(2002).
[2] C H CHEN. Goniophotometer. Encyclopedia of Color Science and Technology, 700-703(2016).
[3] Haipeng ZENG. Hardware design of LED lamp distribution photometer(2011).
[4] M ANDERSEN, BOER J DE. Goniophotometry and assessment of bidirectional photometric properties of complex fenestration systems. Energy and Buildings, 38, 836-848(2006).
[5] V JACOBS, S FORMENT, P ROMBAUTS et al. Near-field and far-field goniophotometry of narrow-beam LED arrays. Lighting Research & Technology, 47, 470-482(2015).
[6] Bo HU. Comparative analysis of far-field and near-field distribution photometric testing systems(2019).
[7] P Y NGAI. On near-field photometry. Journal of the Illuminating Engineering Society, 16, 129-136(1987).
[9] M RIEMANN, F SCHMIDT, R POSCHMANN. Zur Bestimmung der Lichtst rkeverteilung von leuchten innerhalb der fotometrischen Grenzentfernung mittels eines bildaufl senden Gonimeters. Licht, 7, 592-597(1993).
[10] U KRÜGER, F SCHMIDT. The impact of cooling on CCD-based camera systems in the field of image luminance measuring devices. Metrologia, 46, S252-S259(2009).
[11] I ROTSCHOLL, K TRAMPERT, U KRÜGER et al. Determination of tailored filter sets to create rayfiles including spatial and angular resolved spectral information. Optics Express, 23, 29543(2015).
[12] F GASSMANN, U KRUEGER, T BERGEN et al. Comparison of luminous intensity distributions. Lighting Research & Technology, 49, 62-83(2017).
[16] I ASHDOWN. Near-field photometry: a new approach. Journal of the Illuminating Engineering Society, 22, 163-180(1993).
[17] I ASHDOWN. Luminance gradients: photometric analysis and perceptual reproduction. Journal of the Illuminating Engineering Society, 25, 69-82(1996).
[18] I ASHDOWN, R RYKOWSKI. Making near-field photometry practical. Journal of the Illuminating Engineering Society, 27, 67-79(1998).
[19] I ASHDOWN. Comparing photometric distributions. Journal of the Illuminating Engineering Society, 29, 25-33(2000).
[20] G BIZJAK, M LINDEMANN, A SPERLING et al. Determination of stray light at the PTB goniophotometer facility. MAPAN, 24, 163-173(2009).
[21] M LÓPEZ, K BREDEMEIER, N ROHRBECK et al. LED near-field goniophotometer at PTB. Metrologia, 49, S141-S145(2012).
[22] F SCHMÄHLING, G WÜBBELER, M LOPEZ et al. Virtual experiment for near-field goniophotometric measurements. Applied Optics, 53, 1481-1487(2014).
[23] J AUDENAERT, R P C ACUÑA, P HANSELAER et al. Practical limitations of near-field goniophotometer measurements imposed by a dynamic range mismatch. Optics Express, 23, 2240(2015).
[25] Jiqian YANG. Design and implementation of near-field luminosity measurement system based on CA2000 two-dimensional luminometer(2016).
[27] Yaohui JIN. Study on photometric measurement technology of near-field distribution(2017).
[29] Xiaoni LI, Cong CHEN, Jie LYU et al. Measurement technology and application analysis of near-field photometry. China Light & Lighting, 28-32(2018).
[30] J PAN, T BERGEN, P BLATTNER et al. Goniospectroradiometry of optical radiation sources: CIE 239-2020(2020).
[32] Kaixiong YU, Xingyue ZHU, Qi WU. Design and experiment of a tunable narrow-passband deep UV light source. Opto-Electronic Engineering, 48, 210173(2021).