Kimura, H. (1908). Latitude variation in 1907 (天文月報、木村栄: 1907 年における緯度変化).
Astronomical Herald, 1(5), 50.
Nagaoka, H. (1904). On a dynamical system illustrating the spectral lines and the phenomena of
radio activity. Nature, 69(1791), 392–393.
Nagaoka, H. (1909). On Zeeman effect (天文月報, 長岡半太郎: ゼーマン効果につき). Astronomical Herald, 2, 13–16.
Nagaoka, H. (1939). Obituary of late Shinjo Shinzo (長岡半太郎: 故新城新蔵君を憶う). Shizen
(Nature), 8, 82–85. (Shizen, 自然, is a Japanese magazine, published by the Shanghai Institute
of Science).
Nagaoka, H., & Sugiura, Y. (1923). Vacuum arc for obtaining spectra extending from visible light
to soft X-rays. Astrophysical Journal, 57, 86–91.
Nakamura, T. (2008). Chapter 1: Dawn of Astronomy in Japan (中村士、日本天文学の黎明). In
One hundred years of the astronomical society of Japan (日本天文学会編、日本の天文学の
百年)、Hyoronsha (評論社), (pp. 3–12)
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astronomy – Chinese background and Western impact (pp. 218–225). Cambridge, MA: Harvard
University Press.
Nakayama, S. (1989). Ichinihe Naozo – A resigned man of great ambitious—, (中山茂:一戸直蔵
ー野におりた志の人À), Reproport Sha (リプロポート社).
Noda, C. (1979). Hoshi-no Techo (星の手帖), Biography of Shinjo Shinzo (能田忠亮: 新城新蔵
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Shinjo, S. (1922a). On the physical nature of Cepheid variation. Japanese Journal of Astronomy
and Geophysics, 1, 7–21.
Shinjo, S. (1922b). General consideration of the variable stars from the standpoint of stellar
evolution. Japanese Journal of Astronomy and Geophysics, 1, 183–190.
Shinjo, S. (1931). Iwanami course “Physics and chemistry”, Part II-C, Cosmic evolution (岩波講
座、物理学および化学、新城新蔵; 宇宙進化論, 岩波書店).
Shinjo, S. (1938). History of astronomy in the far East, (新城新蔵: 東洋天文学史), Kobundoh弘
文堂i.
Takamine, T. (1919). The stark effect for metals. Astrophysical Journal, 50, 23–41.
Takamine, T. (1941). Absorption spectra of gases in the extreme ultraviolet. Astrophysical Journal,
93, 386–390.
Tokyo University. (1987). One hundred years of the Tokyo astronomical observatory. Tokyo
University. (東京大学百年史―部局史―東京天文台).
Watanabe, M. (1975). M. Paul – American astronomer and teacher in Japan, National Diet Library
(国会図書館刊、渡辺正雄 : M. ポール -- 日本におけるアメリカ人の天文学者、教育
者).
Yabuuchi, K. (1992). In Egami, N. (Ed.), Heritage of oriental study. Shinjo Shinzo (東洋学の伝承,
江上波夫編; 薮内清 :新城新蔵).
Yokoyama, K. (2008). Part I, Chapter 5: The 90 years of the history of international latitude
observatory (横山紘一: 緯度観測90年の歴史). In One hundred years of the astronomical
society of Japan (日本天文学会編、日本の天文学の百年)、Hyoronsha (評論社),
pp. 43–51.
Yoshida, H. (吉田晴代) (1999). Aikitsu Tanakadate and the beginning of physical researches in
Japan, PhD thesis of Hokkaido University.
Yoshida, S. (2019). The life and researches of Kiyotsugu Hirayama (1874 – 1943) – Various aspects
of the discovery of Hirayama familiesh天文月報、吉田省子: 平山清次の生涯と研究 – 小惑
星の族発見をめぐる諸相.). Astronomical Herald, 112, 601–612.
References
43
Astronomical Herald, 1(5), 50.
Nagaoka, H. (1904). On a dynamical system illustrating the spectral lines and the phenomena of
radio activity. Nature, 69(1791), 392–393.
Nagaoka, H. (1909). On Zeeman effect (天文月報, 長岡半太郎: ゼーマン効果につき). Astronomical Herald, 2, 13–16.
Nagaoka, H. (1939). Obituary of late Shinjo Shinzo (長岡半太郎: 故新城新蔵君を憶う). Shizen
(Nature), 8, 82–85. (Shizen, 自然, is a Japanese magazine, published by the Shanghai Institute
of Science).
Nagaoka, H., & Sugiura, Y. (1923). Vacuum arc for obtaining spectra extending from visible light
to soft X-rays. Astrophysical Journal, 57, 86–91.
Nakamura, T. (2008). Chapter 1: Dawn of Astronomy in Japan (中村士、日本天文学の黎明). In
One hundred years of the astronomical society of Japan (日本天文学会編、日本の天文学の
百年)、Hyoronsha (評論社), (pp. 3–12)
Nakayama, S. (1969). Chapter 16: The transition to modern astronomy. In A history of Japanese
astronomy – Chinese background and Western impact (pp. 218–225). Cambridge, MA: Harvard
University Press.
Nakayama, S. (1989). Ichinihe Naozo – A resigned man of great ambitious—, (中山茂:一戸直蔵
ー野におりた志の人À), Reproport Sha (リプロポート社).
Noda, C. (1979). Hoshi-no Techo (星の手帖), Biography of Shinjo Shinzo (能田忠亮: 新城新蔵
伝), pp. 93–95
Philip, T. E. R. (1918). Private communication.
Shapley, H. (1914). On the nature and cause of Cepheid variation. Astrophysical Journal, 40,
448–465.
Shinjo, S. (1914). Meteorinfalle als Ursache des vermuteten Zurückhalten der obersten
Atmösphäre (Vol. 1, pp. 1–20). Memoirs of College of Science, Kyoto Imperial University.
Shinjo, S. (1922a). On the physical nature of Cepheid variation. Japanese Journal of Astronomy
and Geophysics, 1, 7–21.
Shinjo, S. (1922b). General consideration of the variable stars from the standpoint of stellar
evolution. Japanese Journal of Astronomy and Geophysics, 1, 183–190.
Shinjo, S. (1931). Iwanami course “Physics and chemistry”, Part II-C, Cosmic evolution (岩波講
座、物理学および化学、新城新蔵; 宇宙進化論, 岩波書店).
Shinjo, S. (1938). History of astronomy in the far East, (新城新蔵: 東洋天文学史), Kobundoh弘
文堂i.
Takamine, T. (1919). The stark effect for metals. Astrophysical Journal, 50, 23–41.
Takamine, T. (1941). Absorption spectra of gases in the extreme ultraviolet. Astrophysical Journal,
93, 386–390.
Tokyo University. (1987). One hundred years of the Tokyo astronomical observatory. Tokyo
University. (東京大学百年史―部局史―東京天文台).
Watanabe, M. (1975). M. Paul – American astronomer and teacher in Japan, National Diet Library
(国会図書館刊、渡辺正雄 : M. ポール -- 日本におけるアメリカ人の天文学者、教育
者).
Yabuuchi, K. (1992). In Egami, N. (Ed.), Heritage of oriental study. Shinjo Shinzo (東洋学の伝承,
江上波夫編; 薮内清 :新城新蔵).
Yokoyama, K. (2008). Part I, Chapter 5: The 90 years of the history of international latitude
observatory (横山紘一: 緯度観測90年の歴史). In One hundred years of the astronomical
society of Japan (日本天文学会編、日本の天文学の百年)、Hyoronsha (評論社),
pp. 43–51.
Yoshida, H. (吉田晴代) (1999). Aikitsu Tanakadate and the beginning of physical researches in
Japan, PhD thesis of Hokkaido University.
Yoshida, S. (2019). The life and researches of Kiyotsugu Hirayama (1874 – 1943) – Various aspects
of the discovery of Hirayama familiesh天文月報、吉田省子: 平山清次の生涯と研究 – 小惑
星の族発見をめぐる諸相.). Astronomical Herald, 112, 601–612.
References
43