Determination of sky types from global illuminance

Lighting Research & Technology

Volumn 32, Issue 4, 2000, Pages 187-193

  Kittler, R ^a   Danda, S ^a  

^a INSTITUTE OF CONSTRUCTION AND ARCHITECTURE   (Slovakia)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0012641684     PISSN: 14771535     EISSN: None     Source Type: Journal    
DOI: 10.1177/096032710003200402     Document Type: Article

References (36)

1. Kittler R., Hayman S., Ruck N. and Julian W. Daylight measurement data: methods of evaluation and representation. Lighting Res. Technol. 24(4) 173-187 (1992)
2. Kittler R. Advanced concepts defining sun and sky as co-acting daylight sources. Proc. 2.Ulusal Aydinlatma Kongresi, Istanbul pp 14”19 (1998)
3. Perrin de Brichambaut Ch Le gisement solaire, évaluation de la resource énergétique (EdTec et Doc, Paris ) (1982)
4. Bourges B. Climatic data handbook for Europe (Dordrecht: CEE and Kluwer Academic) (1992)
5. Dumortier D. Modelling global and diffuse horizontal irradiance under cloudless skies with different turbidities Final Report Daylight II, JOU-CT92-0144, vol 2(1995)
6. Hammer A., Heinemann D. et al. Derivation of daylight and solar irradiance data from satellite observations Proceedings of the 9th Conference on Satellite Meteorology and Oceanography (Paris: UNESCO) pp. 747-750 (1998)
7. Kasten F. and Young A.T. Revised optical air mass tables and approximation formula Appl. Opt. 28(22) 4735-4738 (1989 )
8. Kasten F. The Linke turbidity factor based on improved values of the integral Rayleigh optical thickness Solar Energy 56 239-244 (1996)
9. Perraudem P. Formulae used to compute the relative nebulosity index Technical Note to EDA Project (1994) and Final Report Daylight II, JOU-CT92-0144, vol 2(1995)
10. Kittler R., Perez R. and Darula S. A new generation of sky standards. Proceedings of the Lux Europa Conference pp. 359-373 (1997)
11. Kittler R., Darula S. and Perez R. A set of standard skies (Bratislava: Polygrafia) (1998)
12. Clear R. Calculation of turbidity and direct sun illuminance Memorandum to Daylight Group, LBL, BerMey CA (1982)
13. Navvab M., Karayel M., Ne'eman E. and Selkowitz S. Analysis of atmospheric turbidity for daylight calculations Energy and Buildings 6 (2-4) 293-303 (1984)
14. Fontoynont M., Dumortier D., et al. Satellight: A WWW server which provides high quality daylight and solar radiation data for Western and Central Europe Proceedings of the 9th Conference on Satellite Meteorology and Oceanography (Paris: UNESCO) pp. 434-437 (1998)
15. Matsuzawa T., Igawa N., Nakamura H., Koga Y., Goto K. and Kojo S. Sky luminance distribution between two CIE standard skies 1. Proceedings of Lux Pacifica pp. E7-E13 (1997)
16. Igawa N., Matsuzawa T., Nakamura H., Koga Y., Goto K. and Kojo S. Sky luminance distribution between two CIE standard skies 2. Proceedings of Lux Pacifica pp. E13-E18 (1997)
17. Kittler R. and Darula S. Linking sunlight with skylight by sky types and luminous turbidity Budding Res. J. 46(3) 173-188 (1998)
18. Henderson S.T. Daylight and its spectrum ( London: Adam Hilger) (1970)
19. Thekaekara M.P. et al. The solar constant and the solar spectrum measured from a research aircraft at 38000 feet Goddard Space Center Rep. X- 322-68-308(1968)
20. Commission Internationale de l'Eclairage Recommendations for the spectral irradiance and the spectral distribution of simulated solar radiation for testing purposes CIE Publication no. 20 (Paris: CIE Central Bureau) (1972)
21. Neckel H. and Labs D. Improved data of solar spectral irradiance from 0.33 to 1.25 μ Solar Physks 74 231-249 (1981)
22. World Meteorological Organisation (WMO) Commission for instruments and methods of observatiom Abridged Final Report of the 8th Session, Mexico, October 1981 WMO Publication no. 590 (Geneva: WMO) (1982)
23. Dovan P. and Krochmann J. Über lichttechnische Daten der extraterrestrischen Solarstrahlung Lichttechnik 26 245 (1974)
24. Illuminating Engineering Society (IESNA) Recommended practice for the calculation of daylight availability J. IESNA 13 381-392 (1984)
25. Tregenza P. and Sharples S. Daylight algorithms Final Report ETSU S 1350 ( University of Sheffield) (1984)
26. Gueymard C. and Kambezidis H.D. Illuminance turbidity parameters and atmospheric extinction in the visible spectrum Q. J. Roy. Meteorol. Soc. 123 679-697 (1997)
27. Aydinli S. Vorschlag für die Definition eines Referenz-Sonnentages Licht Forsdumg 6 69-75 (1984)
28. Kittler R. and Pulpitlova J. Základy využívania prírodného svetla (Basis for the utilisation of daylight) (Bratislava: VEDA Publ.) (1988)
29. Matsuura K. List of symbols CL-14-2 for the CIE TC 3-15 meeting in Kyoto ( 1997)
30. Sharonov V.V. Novyye opredeteniya svetovoy solnechnoy postoyannoy (New derivation of the luminous solar constant) Uchen. zapiski LGU, ser. matem-astron. 3 33-43 (1937)
31. Sharonov V.V. Svetovaya solnechnaya postoyannaya i yeyo veroyatneysheye znacheniye (Luminous solar constant and its more precise value) Izcest. AN SSSA ser. techn. 9 1284-1296 (1949)
32. Commission Internationale de l'Eclairage Guide to recommended practice of daylight measurement Technical Report CIE Publication no. 108 (Vienna: CIE Central Bureau) (1994)
33. Commission Internationale de l'Eclairage Proceedings of the 23rd Session of the CIE, New Delhi, November, 1995, vol. 2, p.46 (1996)
34. Kittler R. and Mikler J. Základy využivania slnečného žiarenia (Basis for the utilisation of solar radiation) (Bratislava: VEDA Publ.) (1986)
35. Kinghom D. and Muneer T Daylight illuminance frequency distribution: review of computational techniques and new data for UK locations Lighting. Res. Technol. 30 139-150 (1998)
36. Cole R.J. Direct solar radiation data as input into mathematical models describing the thermal performance of buildings. Build. Environ. 3 173-179 (1976)