Evaluation of Indoor Daylight Parameters during Long–Term Observations in the Rooms Equipped with Intensive Coloured Surfaces

Peter Hartman; Peter Hanuliak; Lucia Maňková

doi:10.4028/www.scientific.net/AMR.1041.403

Paper Titles

Daylighting: Prediction of Circadian Effects of Different Spectral Filters
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Evaluation of Illuminance of Rooms Oriented to Different Cardinal Points
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Relation between the Light Transmission of the Glazing System and Daylight Factor
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Effect of Light Reflectance of External Surfaces on Daylight Factor
p.399

Evaluation of Indoor Daylight Parameters during Long–Term Observations in the Rooms Equipped with Intensive Coloured Surfaces
p.403

Distribution of Daylight Factor in Classrooms
p.408

Comparison of Two Coating Material Reflections of Hollow Light Guide Tube
p.412

Construction Site Noise and its Influence on Protected Area of the Existing Buildings
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Noise Motor Working Tools and their Measures for Noise Reduction during Construction of Buildings
p.424

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1041Evaluation of Indoor Daylight Parameters during...

Evaluation of Indoor Daylight Parameters during Long–Term Observations in the Rooms Equipped with Intensive Coloured Surfaces

Abstract:

Examination, design and control of internal light conditions belong to important actual architectural issues. In most cases the reason is increasingly growing interest in non-visual response of human on the ambient light properties. Sick Building Syndrome (SBS) is assumed to be caused by complex of inappropriate indoor environment circumstances. Unsuitable light conditions are regarded to be one of them. This paper deals with comparison of internal light parameters such as photopic illuminance level E_V, Spectral Power Distribution (SPD) and definition of peak wavelength value recorded in tested office rooms, which were scaled down to models for easier handling. Models are equipped with different selected colored wallpapers and flooring materials, whereby one model remains with all surfaces in neutral colors. The outputs of measured parameters are compared with each other and also with outdoor levels of the same light properties. There is also defined filtration efficacy of blue light component assumed to be most effective for controlling of non-visual sensoring system of human body. This observation may provide more complex overview on selection of internal surfaces colors in long-term occupied spaces, taking health and wellbeing into consideration.

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Periodical:

Advanced Materials Research (Volume 1041)

Pages:

403-407

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1041.403

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Online since:

October 2014

Authors:

Peter Hartman*, Peter Hanuliak, Lucia Maňková

Keywords:

Colour Rendering Index, Daylight Spectral Characteristics, Experiment In Situ, Non-Visual Response

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