Pod latarnią najciemniej - analiza oświetlenia płaszczyzn pionowych w oświetleniu drogowym

Żagan, W.

doi:10.15199/74.2017.10.1

ELECTROTECHNICAL NEWS

2017

DOI: 10.15199/74.2017.10.1

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Pod latarnią najciemniej - analiza oświetlenia płaszczyzn pionowych w oświetleniu drogowym

W. Żagan¹

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“…Nowadays, it is not possible to avoid this phenomenon but it is possible to limit its intensity. Outdoor lighting research showed how to reduce light pollution by using appropriate luminaries and indicated the most environmentally friendly spectral power distribution of light sources [7][8][9][10]. The reduction of light emission in the upper half-space and avoidance of high colour temperature diodes can be applied in road and park lighting.…”

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Coloured light pollution in the urban environment

Kowalska

2019

Photon.Lett.PL

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The article deals with issues related to colored lighting occurring in urban space. On the example of the Colosseum Amphitheatre 3D model, applications of colorful illumination were shown and the rationale for using color in individual cases was discussed. The aim of the article is to draw attention to proper planning and modernization of lighting to limit the negative interference of light in the ecosystem. Full Text: PDF ReferencesP. R. Boyce, "The benefits of light at night", Building and Environment, 151, 356-367 (2019) CrossRef Y. Hu,T. Zhang ,J. Chen, D. Ma ,C. Cheng, " Hybrid Organic Light-Emitting Diodes with Low Color-Temperature and High Efficiency for Physiologically- Friendly Night Illumination", Israel Journal of Chemistry, 54, 979-985 (2014) CrossRef W. Jernarczyk, "Dwa oblicza światła", Kosmos, 64, 625-632 (2015) DirectLink J.D.Bullough, M.S Mies, "The blue-light hazard:A review", Journal of the Illuminating Engineering Society,29, 6-14 (2013) CrossRef M. Rivas., P.T. Santidrian, J. U. Dieguez, A. Marco, " Leatherback hatchling sea-finding in response to artificial lighting:Interaction between wavelenght and moonlight", Journal of Experimental Marine Biology and Ecology, 463, 143-149 (2015) CrossRef S. Marcinkowska, E. Tęgowska, "Oddziaływanie światła o różnym spectrum na bezkręgowce zmierzchu I pełnego dnia", Kosmos, 64, 589-597 (2015) DirectLink P. Jakubowski, "Wpływ rozkładu widmowego mocy promienistej ulicznych opraw oświetleniowych typu LED na zanieczyszczenie światłem otoczenia", Kosmos, 64, 643-653 (2015) DirectLink K. Skarżyński, "Iluminacja obiektów architektonicznych a zanieczyszczenie środowiska światłem", Kosmos, 64, 553-562 (2015) DirectLink P. Tabaka, I. Fryc, "Zależność poziomu zanieczyszczenia otoczenia światłem od kształtu krzywej użytkowanej oprawy oświetleniowej", Kosmos, 64, 669-677 (2015) DirectLink W.Żagan, K.Skarżyński, "Analysis of light pollution from floodlighting: Is there a different approach to floodlighting?", Light and Engineering, 25, 75-82 (2017) DirectLink J.Kowalska, "Zanieczyszczenie światłem barwnym obrazu miast", Polish Journal for Sustainable Development, 21, 69-76 (2017) CrossRef C.Gardner, "The use and misuse of coloured lighting in the urban enviroment", Optics&Laser Technology, 38, 366-376 (2006) CrossRef

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confidence: 99%

Coloured light pollution in the urban environment

Kowalska

2019

Photon.Lett.PL

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Pod latarnią najciemniej - analiza oświetlenia płaszczyzn pionowych w oświetleniu drogowym

Cited by 1 publication

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Coloured light pollution in the urban environment

Coloured light pollution in the urban environment

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