Abstract
The purpose of this pilot project has been to develop a method to quantify the sensory emission rates (olf/m{sup 2}) for materials used in building interiors. In future a compilation of sensory emission rates for the most typical building materials, furniture, carpeting etc. should be desirable, just as the existing data compilation for air conditioning U values. The proposed method consists in measurements in two full-scale chambers of 1030l volume and some small glass vessels, used to establish concentration equilibrium. Materials like rubber, chip board, carpet, have been tested in various ventilation conditions and air quality (in decipols) was estimated by an 11 people strong trained panel. Air age affects considerably human air quality perception. Tests were carried out for 3 different air ages. The recommended air flow rate was 0.9l/s. (EG) (19 refs.)
Citation Formats
Knudsen, H N, Clausen, G, and Fanger, P O.
Determination of olf-values for materials used in buildings. Final report for the Pilot project; Bestemmelse af olf-vaerdier for materialer i bygninger; Slutrapport for pilotprojektet.
Denmark: N. p.,
1994.
Web.
Knudsen, H N, Clausen, G, & Fanger, P O.
Determination of olf-values for materials used in buildings. Final report for the Pilot project; Bestemmelse af olf-vaerdier for materialer i bygninger; Slutrapport for pilotprojektet.
Denmark.
Knudsen, H N, Clausen, G, and Fanger, P O.
1994.
"Determination of olf-values for materials used in buildings. Final report for the Pilot project; Bestemmelse af olf-vaerdier for materialer i bygninger; Slutrapport for pilotprojektet."
Denmark.
@misc{etde_10141251,
title = {Determination of olf-values for materials used in buildings. Final report for the Pilot project; Bestemmelse af olf-vaerdier for materialer i bygninger; Slutrapport for pilotprojektet}
author = {Knudsen, H N, Clausen, G, and Fanger, P O}
abstractNote = {The purpose of this pilot project has been to develop a method to quantify the sensory emission rates (olf/m{sup 2}) for materials used in building interiors. In future a compilation of sensory emission rates for the most typical building materials, furniture, carpeting etc. should be desirable, just as the existing data compilation for air conditioning U values. The proposed method consists in measurements in two full-scale chambers of 1030l volume and some small glass vessels, used to establish concentration equilibrium. Materials like rubber, chip board, carpet, have been tested in various ventilation conditions and air quality (in decipols) was estimated by an 11 people strong trained panel. Air age affects considerably human air quality perception. Tests were carried out for 3 different air ages. The recommended air flow rate was 0.9l/s. (EG) (19 refs.)}
place = {Denmark}
year = {1994}
month = {Jan}
}
title = {Determination of olf-values for materials used in buildings. Final report for the Pilot project; Bestemmelse af olf-vaerdier for materialer i bygninger; Slutrapport for pilotprojektet}
author = {Knudsen, H N, Clausen, G, and Fanger, P O}
abstractNote = {The purpose of this pilot project has been to develop a method to quantify the sensory emission rates (olf/m{sup 2}) for materials used in building interiors. In future a compilation of sensory emission rates for the most typical building materials, furniture, carpeting etc. should be desirable, just as the existing data compilation for air conditioning U values. The proposed method consists in measurements in two full-scale chambers of 1030l volume and some small glass vessels, used to establish concentration equilibrium. Materials like rubber, chip board, carpet, have been tested in various ventilation conditions and air quality (in decipols) was estimated by an 11 people strong trained panel. Air age affects considerably human air quality perception. Tests were carried out for 3 different air ages. The recommended air flow rate was 0.9l/s. (EG) (19 refs.)}
place = {Denmark}
year = {1994}
month = {Jan}
}