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h5 指数:34
h5 中位数:50

h5 指数是指在过去整整 5 年中所发表文章的 h 指数。h 指在 2018-2022 年间发表的 h 篇文章每篇至少都被引用过 h 次的最大值。隐藏

出版物的 h5 中位数，是指出版物的 h5 指数所涵盖的所有文章获得的引用次数的中位值。隐藏

#2 Architecture

标题/作者	引用次数	年份
Light as a circadian stimulus for architectural lighting MS Rea, MG Figueiro Lighting Research & Technology 50 (4), 497-510	188	2018
Road lighting research for drivers and pedestrians: The basis of luminance and illuminance recommendations S Fotios, R Gibbons Lighting Research & Technology 50 (1), 154-186	106	2018
Non-visual effects of light: How to use light to promote circadian entrainment and elicit alertness MG Figueiro, R Nagare, LLA Price Lighting Research & Technology 50 (1), 38-62	103	2018
Daylight: What makes the difference? M Knoop, O Stefani, B Bueno, B Matusiak, R Hobday, A Wirz-Justice, ... Lighting Research & Technology 52 (3), 423-442	86	2020
Circadian-effective light and its impact on alertness in office workers MG Figueiro, M Kalsher, BC Steverson, J Heerwagen, K Kampschroer, ... Lighting Research & Technology 51 (2), 171-183	85	2019
Human perceptions of colour rendition vary with average fidelity, average gamut, and gamut shape MP Royer, A Wilkerson, M Wei, K Houser, R Davis Lighting Research & Technology 49 (8), 966-991	84	2017
Cross-validation and robustness of daylight glare metrics J Wienold, T Iwata, M Sarey Khanie, E Erell, E Kaftan, RG Rodriguez, ... Lighting Research & Technology 51 (7), 983-1013	70	2019
Colour preference varies with lighting application Y Lin, M Wei, KAG Smet, A Tsukitani, P Bodrogi, TQ Khanh Lighting Research & Technology 49 (3), 316-328	67	2017
Analysis of circadian stimulus allowed by daylighting in hospital rooms I Acosta, RP Leslie, MG Figueiro Lighting Research & Technology 49 (1), 49-61	65	2017
A different type of lighting research–A qualitative methodology K Kelly Lighting Research & Technology 49 (8), 933-942	65	2017
Unified framework to evaluate non-visual spectral effectiveness of light for human health ML Amundadottir, SW Lockley, M Andersen Lighting Research & Technology 49 (6), 673-696	61	2017
Lighting controls: Evolution and revolution A Pandharipande, GR Newsham Lighting Research & Technology 50 (1), 115-128	59	2018
Daylighting buildings: Standards and the needs of the designer P Tregenza, J Mardaljevic Lighting Research & Technology 50 (1), 63-79	56	2018
Does the iPad Night Shift mode reduce melatonin suppression? R Nagare, B Plitnick, MG Figueiro Lighting Research & Technology 51 (3), 373-383	56	2019
Colour preference, naturalness, vividness and colour quality metrics, Part 1: Experiments in a room TQ Khanh, P Bodrogi, QT Vinh, D Stojanovic Lighting Research & Technology 49 (6), 697-713	53	2017
Colour preference, naturalness, vividness and colour quality metrics, Part 2: Experiments in a viewing booth and analysis of the combined dataset TQ Khanh, P Bodrogi, QT Vinh, D Stojanovic Lighting Research & Technology 49 (6), 714-726	52	2017
Human perceptions of colour rendition at different chromaticities MP Royer, A Wilkerson, M Wei Lighting Research & Technology 50 (7), 965-994	51	2018
Effect of illuminance and spectrum on peripheral obstacle detection by pedestrians J Uttley, S Fotios, C Cheal Lighting Research & Technology 49 (2), 211-227	49	2017
Effect of daylight LED on visual comfort, melatonin, mood, waking performance and sleep C Cajochen, M Freyburger, T Basishvili, C Garbazza, F Rudzik, C Renz, ... Lighting Research & Technology 51 (7), 1044-1062	47	2019
Light dominates colour preference when correlated colour temperature differs Z Huang, Q Liu, S Westland, MR Pointer, MR Luo, K Xiao Lighting Research & Technology 50 (7), 995-1012	46	2018

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