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  1. 1 Ångström, Knut. The absolute determination of the radiation of heat with the electric compensation pyrheliometer, with examples of the application of the instrument. Astrophysical Journal, 9, pp. 332-346.
  2. Abbot, G. G., Fowle, F. E., and Aldrich, L. B. Annals of the Astrophysical Observatory of the Smithsonian Institution. 4, pp. 65-76.
  3. Dorno, C. Progress in radiation measurements. Mo. Weather Rev., Oct. 1922, 50,pp. 515-521.
  4. Ångström, A., and Dorno, C. Registration of the intensity of sun and diffused sky radiation. Monthly Weather Review, March, 1921, 49, pp. 135-138.
  5. loc. cit. p. 516.
  6. 6 Kimball, H. H. Nocturnal radiation measurements. M. W. R., Feb., 1918, 46, pp.56-70.
  7. Dorno (loc cit. p. 517) refers to this same deterioriation of magnesium oxide with excended exposure.
  8. See Fig. 1. Marvin pyrheliometer and auxiliary apparatus. Mo. Weather Rev.Nov., 1919, 47, opp. p. 769
  9. Miller, Eric R. Internal reflection as a cause of error in the Callendar bolometric sunshine receiver. Monthly Weather Review, 43:264-266.

Abbot, G.G.

Abbot, G. G., Fowle, F. E., and Aldrich, L. B. Annals of the Astrophysical Observatory of the Smithsonian Institution. 4, pp. 65-76.

Aldrich, L.B.

Abbot, G. G., Fowle, F. E., and Aldrich, L. B. Annals of the Astrophysical Observatory of the Smithsonian Institution. 4, pp. 65-76.

Ångström, A.

Ångström, A., and Dorno, C. Registration of the intensity of sun and diffused sky radiation. Monthly Weather Review, March, 1921, 49, pp. 135-138.

Ångström, Knut.

1 Ångström, Knut. The absolute determination of the radiation of heat with the electric compensation pyrheliometer, with examples of the application of the instrument. Astrophysical Journal, 9, pp. 332-346.

apparatus, auxiliary

See Fig. 1. Marvin pyrheliometer and auxiliary apparatus. Mo. Weather Rev.Nov., 1919, 47, opp. p. 769

Dorno, C.

Ångström, A., and Dorno, C. Registration of the intensity of sun and diffused sky radiation. Monthly Weather Review, March, 1921, 49, pp. 135-138.

Dorno, C. Progress in radiation measurements. Mo. Weather Rev., Oct. 1922, 50,pp. 515-521.

Fowle, F.E.

Abbot, G. G., Fowle, F. E., and Aldrich, L. B. Annals of the Astrophysical Observatory of the Smithsonian Institution. 4, pp. 65-76.

Kimball, H. H.

6 Kimball, H. H. Nocturnal radiation measurements. M. W. R., Feb., 1918, 46, pp.56-70.

Miller, Eric R.

Miller, Eric R. Internal reflection as a cause of error in the Callendar bolometric sunshine receiver. Monthly Weather Review, 43:264-266.

pyrheliometer, Marvin

See Fig. 1. Marvin pyrheliometer and auxiliary apparatus. Mo. Weather Rev.Nov., 1919, 47, opp. p. 769

Other (9)

1 Ångström, Knut. The absolute determination of the radiation of heat with the electric compensation pyrheliometer, with examples of the application of the instrument. Astrophysical Journal, 9, pp. 332-346.

Abbot, G. G., Fowle, F. E., and Aldrich, L. B. Annals of the Astrophysical Observatory of the Smithsonian Institution. 4, pp. 65-76.

Dorno, C. Progress in radiation measurements. Mo. Weather Rev., Oct. 1922, 50,pp. 515-521.

Ångström, A., and Dorno, C. Registration of the intensity of sun and diffused sky radiation. Monthly Weather Review, March, 1921, 49, pp. 135-138.

loc. cit. p. 516.

6 Kimball, H. H. Nocturnal radiation measurements. M. W. R., Feb., 1918, 46, pp.56-70.

Dorno (loc cit. p. 517) refers to this same deterioriation of magnesium oxide with excended exposure.

See Fig. 1. Marvin pyrheliometer and auxiliary apparatus. Mo. Weather Rev.Nov., 1919, 47, opp. p. 769

Miller, Eric R. Internal reflection as a cause of error in the Callendar bolometric sunshine receiver. Monthly Weather Review, 43:264-266.

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