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Original Articles

On the Ångström and Smithsonian absolute pyrheliometric scales and the International Pyrheliometric Scale 1956

Pages 586-592 | Received 28 Dec 1972, Accepted 03 Jun 1973, Published online: 15 Dec 2016

References

  • Abbot, C. G. and Aldrich, L. B. 1932. An improved water-flow pyrheliometer and the standard scale of solar radiation. Smithsonian Miscellaneous Collections 87, No. 15.
  • Angström, A. and Rodhe, B. 1966. Pyrheliometric measurements with special regard to the circum-solar sky radiation. Tellus 18, 25.
  • Angström, K. 1899. The absolute determination of the radiation of heat with the electric compensa-tion pyrheliometer and examples of the applica-tion of this instrument. Astrophysical Journal 9, 332.
  • Bossy, L. and Pastiels, R. 1948. Etude des propriétés fondamentales des actinometres. Institut Royal Métgorologigue de Belgique Mémoires, XXIX.
  • Courvoisier, P. 1957. Contributions to standard pyr-heliometry. Sver. Met. Hyd. Inst. Series B, 13, 5–47.
  • Geist, J. and Kendall, J. M, Sr 1972. Circumsolar radiation and the International Pyrheliometric Scale ( unpublished).
  • Kendall, J. M., Sr, 1969. Primary Absolute Cavity Radiometer. NASA Technical Report 32-1396, Jet Propulsion Laboratory, Pasadena, California.
  • Lindholm, F. 1958. On the Angstrom Absolute Pyrheliometric Scale. Tellus 10, 249.
  • Rodhe, B. 1972. Comments on the International Pyrheliometer Comparisons at Davos in 1959, 1964, and 1970 and at Carpentras in 1969. Un-published report of the Swedish Meteorological and Hydrological Institute.
  • Willson, R. C. 1971. Results of the 1972 Table Mountain radiometer and radiation scale compari-sons. Report of the Jet Propulsion Lab., California Inst. of Tech., Pasadena, Calif.
  • W. M. O.. 1970. Third International Pyrheliometer Comparisons—Da vos and Locarno, September, 1970. Preliminary Report.