The effect of orientation and latitude on the solar radiation received by test panels and fences during weathering studies / Ballantyne, R. E.

Public ISBD Titre : The effect of orientation and latitude on the solar radiation received by test panels and fences during weathering studies Type de document : texte imprimé Auteurs : Ballantyne, R. E. Mention d'édition : Pergamon Press Editeur : Pergamon Press Année de publication : s.d. ISBN/ISSN/EAN : CI-05752 Note générale : One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes. Langues : Anglais (eng) Mots-clés : Rayonnement solaire  Energie solaire  Calcul Index. décimale : 621.47 energie solaire Résumé : One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes. Note de contenu : One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes. The effect of orientation and latitude on the solar radiation received by test panels and fences during weathering studies [texte imprimé] / Ballantyne, R. E.  . -  Pergamon Press . - Pergamon Press, s.d. ISSN : CI-05752 One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes. Langues : Anglais (eng) Mots-clés : Rayonnement solaire  Energie solaire  Calcul Index. décimale : 621.47 energie solaire Résumé : One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes. Note de contenu : One of the main agents causing degradation of organic materials exposed outdoors is solar radiation, which gives rise to photo-oxidation reaction. Various aspects of the solar radiation received by surfaces of different orientations on clear days at several latitudes are examined. For small-scale exposure testing an equator-facing surface sloping at 45) to the horizontal is recommended at all latitudes. If exposure testing with vertical panels is required, east or west-facing surfaces are recommended within the tropics, and equator-facing surfaces at higher latitudes.

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