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  1. Handbuch der Spectroscopie, H. Kayser. Vols.1 and 2.
  2. Meggers, in Glazebrook’s Dictionary of Applied Physics, Vol. IV, pp. 882-95.
  3. Travaux et Mémoires de Bureau International des Poids et Mesures 11; 1893.
  4. Ibid. 15; 1913.
  5. Kayser et alii, Astrophys. J. 32, pp. 215-6; 1910 and 33, p. 85; 1911. Ibid. 39, pp. 93–4; 1914.
  6. (A) Buisson and Fabry, J. de Physique, (4) p. 7, 169-95; 1908, also in Astrophys.J., 28, pp. 169–96.(B) Burns, J. de Physique, (5) 3, p. 457, 1913; and Bur. Stand. Bull., 12, pp. 179–97; 1915.
  7. (A) Helium. Merrill, Bur. Stand. Bull., 14, 159-66; 1917.(B) Neon. Burns, Meggers, Merrill, Ibid. 14, pp. 765-75; 1918.(C) Argon, Krypton, Xenon. Meggers, Ibid. 17, pp. 193–202; 1921.(D) Cadmium. Meggers and Burns, Ibid. 18, pp. 185–199; 1922.
  8. (A) Goos, Zeit. f. wiss. Phot. 11, pp. 1- and 305; 1912; ibid. 12, p. 259; 1913; Astron.Nachrichten, 199, pp. 32–44; 1914.(B) Janicki, Zeit. f. wiss. Phot., 13, p. 173; 1914.(C) Burns, Meggers, Merrill, Bur. Stand. Bull., 13, pp. 245–72; 1916.(D) St. John and Babcock, Astrophys. J., 53, pp. 260–99; 1921.(E) St. John, Report of the International Committee on Wave Lengths.
  9. Meggers, J. Optical Soc. Amer., 5, pp. 308–22; 1921.
  10. St. John and Babcock, Astrophys. J., 55, pp. 36–47; 1922.
  11. Bell, Phil. Mag. (5) 23, p. 265; 1887; and 25, pp. 255 and 360; 1888.
  12. Fabry and Buisson, J. de Physique, 9, pp. 189–210; 1919.
  13. Buisson and Fabry, J. de Physique, (4) 7, p. 196; 1908.
  14. Meggers and Peters, Bur. Stand. Bull., 14, pp. 697–740; 1918.
  15. Eagle, Physical Soc. Proceedings, 23, pp. 233-61; 1911.
  16. Lyman, Phys. Rev., 16, p. 261; 1903 and Astrophys. J., 23, p. 181; 1906.
  17. Millikan, Bowen and Sawyer, Astrophys. J., 53, pp. 150-60; 1921.
  18. Spectroscopy, E. C. C. Baly, Longman's and Co.
  19. Fabry and Jobin, J. de Physique, (4) 3, p. 202; 1904.
  20. Eagle, Astrophys. J., 31, pp. 120-42; 1910.
  21. King, Astrophys. J., 40, pp. 205-12; 1914.
  22. Lyman, Proc. Amer. Acad. Arts and Sci., 36, 1901 and 39; 1903.
  23. Schumann, Ann. d. Physik, 5, p. 349; 1901.
  24. Walters and Davis, Bur. Stand. Bull., 17, pp. 353-75; 1921.
  25. St. John and Babcock, Astrophys. J., 46, pp. 138-66; 1917.

Babcock,

St. John and Babcock, Astrophys. J., 55, pp. 36–47; 1922.

Buisson,

(A) Buisson and Fabry, J. de Physique, (4) p. 7, 169-95; 1908, also in Astrophys.J., 28, pp. 169–96.(B) Burns, J. de Physique, (5) 3, p. 457, 1913; and Bur. Stand. Bull., 12, pp. 179–97; 1915.

de Physique, J.

(A) Buisson and Fabry, J. de Physique, (4) p. 7, 169-95; 1908, also in Astrophys.J., 28, pp. 169–96.(B) Burns, J. de Physique, (5) 3, p. 457, 1913; and Bur. Stand. Bull., 12, pp. 179–97; 1915.

Eagle,

Eagle, Astrophys. J., 31, pp. 120-42; 1910.

Eagle, Physical Soc. Proceedings, 23, pp. 233-61; 1911.

Fabry,

(A) Buisson and Fabry, J. de Physique, (4) p. 7, 169-95; 1908, also in Astrophys.J., 28, pp. 169–96.(B) Burns, J. de Physique, (5) 3, p. 457, 1913; and Bur. Stand. Bull., 12, pp. 179–97; 1915.

John, St.

St. John and Babcock, Astrophys. J., 55, pp. 36–47; 1922.

St. John and Babcock, Astrophys. J., 46, pp. 138-66; 1917.

Kayser, H.

Handbuch der Spectroscopie, H. Kayser. Vols.1 and 2.

King,

King, Astrophys. J., 40, pp. 205-12; 1914.

Lyman,

Lyman, Proc. Amer. Acad. Arts and Sci., 36, 1901 and 39; 1903.

Lyman, Phys. Rev., 16, p. 261; 1903 and Astrophys. J., 23, p. 181; 1906.

Meggers,

Meggers, in Glazebrook’s Dictionary of Applied Physics, Vol. IV, pp. 882-95.

Millikan,

Millikan, Bowen and Sawyer, Astrophys. J., 53, pp. 150-60; 1921.

Schumann,

Schumann, Ann. d. Physik, 5, p. 349; 1901.

Other (25)

Handbuch der Spectroscopie, H. Kayser. Vols.1 and 2.

Meggers, in Glazebrook’s Dictionary of Applied Physics, Vol. IV, pp. 882-95.

Travaux et Mémoires de Bureau International des Poids et Mesures 11; 1893.

Ibid. 15; 1913.

Kayser et alii, Astrophys. J. 32, pp. 215-6; 1910 and 33, p. 85; 1911. Ibid. 39, pp. 93–4; 1914.

(A) Buisson and Fabry, J. de Physique, (4) p. 7, 169-95; 1908, also in Astrophys.J., 28, pp. 169–96.(B) Burns, J. de Physique, (5) 3, p. 457, 1913; and Bur. Stand. Bull., 12, pp. 179–97; 1915.

(A) Helium. Merrill, Bur. Stand. Bull., 14, 159-66; 1917.(B) Neon. Burns, Meggers, Merrill, Ibid. 14, pp. 765-75; 1918.(C) Argon, Krypton, Xenon. Meggers, Ibid. 17, pp. 193–202; 1921.(D) Cadmium. Meggers and Burns, Ibid. 18, pp. 185–199; 1922.

(A) Goos, Zeit. f. wiss. Phot. 11, pp. 1- and 305; 1912; ibid. 12, p. 259; 1913; Astron.Nachrichten, 199, pp. 32–44; 1914.(B) Janicki, Zeit. f. wiss. Phot., 13, p. 173; 1914.(C) Burns, Meggers, Merrill, Bur. Stand. Bull., 13, pp. 245–72; 1916.(D) St. John and Babcock, Astrophys. J., 53, pp. 260–99; 1921.(E) St. John, Report of the International Committee on Wave Lengths.

Meggers, J. Optical Soc. Amer., 5, pp. 308–22; 1921.

St. John and Babcock, Astrophys. J., 55, pp. 36–47; 1922.

Bell, Phil. Mag. (5) 23, p. 265; 1887; and 25, pp. 255 and 360; 1888.

Fabry and Buisson, J. de Physique, 9, pp. 189–210; 1919.

Buisson and Fabry, J. de Physique, (4) 7, p. 196; 1908.

Meggers and Peters, Bur. Stand. Bull., 14, pp. 697–740; 1918.

Eagle, Physical Soc. Proceedings, 23, pp. 233-61; 1911.

Lyman, Phys. Rev., 16, p. 261; 1903 and Astrophys. J., 23, p. 181; 1906.

Millikan, Bowen and Sawyer, Astrophys. J., 53, pp. 150-60; 1921.

Spectroscopy, E. C. C. Baly, Longman's and Co.

Fabry and Jobin, J. de Physique, (4) 3, p. 202; 1904.

Eagle, Astrophys. J., 31, pp. 120-42; 1910.

King, Astrophys. J., 40, pp. 205-12; 1914.

Lyman, Proc. Amer. Acad. Arts and Sci., 36, 1901 and 39; 1903.

Schumann, Ann. d. Physik, 5, p. 349; 1901.

Walters and Davis, Bur. Stand. Bull., 17, pp. 353-75; 1921.

St. John and Babcock, Astrophys. J., 46, pp. 138-66; 1917.

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