Abstract
The introduction of Western mathematical knowledge changed the traditional model of Chinese mathematics. The Chinese translation of Western mathematics books in the late Qing Dynasty was not only the first-hand source for Chinese to know Western mathematics at that time, but also the main mathematical literature that Japanese people read and referenced during the same period. For Japanese scholars who were eager to understand Western mathematics, Chinese translation versions of the Western mathematics had become a shortcut to learning and understanding Western mathematics.
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References
Akira Tanaka. (1999). Establishment of the country (《开国》) (p. 219). Iwawa Bookstore.
Dutch Studies Association. (Ed.) (1984). History of Western studies (《洋学史事典》) (p. 113). Matsudo Publishing.
Feng Lisheng. (1999). Dissemination of Dai Wei Ji Shi JI in Japan and its influence (“代微积拾级の日本への传播と影响について”) (Studies of Mathematics History (《数学史研究》)) (Vol. 162, pp. 17–18). Kenseisha.
Feng Lisheng. (2003). The impact of the Chinese translation of Western Mathematics in modern China on Japan (**代汉译西方数学著作对日本的影响). Journal of Inner Mongolia Normal University (《内蒙古师范大学学报》), (1)32, 87. Chinese edition of natural science.
Feng Lisheng. (2009a). History of Sino-Japanese mathematical relations (《中日数学关系史》) (p. 207). Shandong Education Press.
Feng Lisheng. (2009b). A history of Sino-Japanese mathematical relations (《中日数学关系史》) (p. 203). Shandong Education Press.
Fujiwara Matsaburo. (1960). Japanese Academy of Sciences, History of Japanese Mathematics before the Meiji Period (Vol. 4, pp. 160–161) (《明治前日本数学史》). Iwawa Bookstore.
Hiromi Ando. (2001). The cross-section of Mathematics history in the Meiji period (“明治数学史一断面”). Lectures at the Institute of Mathematical Analysis, Kyoto University (《京都大学数理解析研究所讲**录》,) (p. 181).
Ji Zhigang, & Hua Hengfang. (2000). An outstanding translator and pragmatist (p. 54). Science Press.
Kanda Nobu. (1868). Textbook of mathematics (《数学教授本》) (Vol. 1, p. 32).
Kanda Nobu. (1870). Textbook of mathematics (《数学教授本》) (p. 1).
Kon Seysei. (1997). Investigation of textbooks for middle schools in the Meiji Period (有关明治时期中等学校教科书考察) (3). Studies of Mathematical History (《数学史研究》), 152, 45–47. Kensei Corporation, 45~47页.
Morris Kline. (1972). Mathematical thought from ancient to Modern times (p. 336). New York: Oxford University Press.
Nagasawa Kaminosuke. (1881). Differential science (《微分学》) (p. 1). Academy of Mathematics and Science.
Nagasawa Kaminosuke. (1882). Journal of Tokyo Mathematics Society (《东京数学会社杂志》) (No. 43, p. 42).
Ogura Kannosuke. (1948). Studies of mathematics history (Vol. 2, p. 201). 《数学史研究》Iwanami store.
Ogura Kannosuke. (1973a). Mathematics of modern Japan (《**代日本的数学》) (p. 152). Kinggrass Bookstore, 劲草书房, 1973年, 第152页.
Ogura Kannosuke. (1973b). Mathematics in Modern Japan (《**代日本的数学》) (p. 226). Kinggrass Bookstore.
Ogura Kannosuke. (1974). History of mathematics education (《数学教育史》) (Collected Works of Ogura Kannosuke) (Vol. 6, p. 224). Fresh Grass Study.
Osamu Fukuda. (1872). Preface to interpretation of Dai Wei Ji Shi Ji (Vol. 1) (《代微积拾级译解卷一》).
Sa Rina. (2008a). A comparative study of the westernization of mathematics in China in the Late Qing Dynasty and in Japan in the Meiji period (清末**与明治日本数学的西方化历程之比较研究) (pp. 74–75). PhD Dissertation of the University of Tokyo.
Sa Rina. (2008b, July). Meiji Japanese’s understanding of Mathematician Euler (明治日本对数学家欧拉的认识). Studies in the History of Mathematics (《数学史研究》), 197, 1–24.
Sarina. (2004a). Origins, development and evolution of Tokyo Mathematics Society (《东京数学会社的起源、发展和变迁》) (p. 106). Thesis of the University of Tokyo.
Sarina. (2004b). Origins, development and evolution of Tokyo Mathematics Society (《东京数学会社的起源、发展和变迁》) (p. 198). Thesis of the University of Tokyo.
Shunzo Yanagawa. (1869). The Journey to the Prosperous Yokohama (《横滨繁昌记》) (p. 67).
Takaya Nakamura. (1919). Biography of Nakamura Tanosuke (《中牟田仓之助传》) (p. 253). Kenseisha.
Tetsuhiro Fujii. (1991). Naval Academy of Nagasaki: The joint of eastern and Western cultures in the 19th century (《长崎海军传**所——19世纪东西文化的接点》) (p. 3). Chuko Shinsho.
Tsutomu Sugimoto. (1999). Western European cultural acceptance: Tsutomu Sugimoto’s works (《西欧文化受容的诸相——杉本つとむ著作选集》) (p. 578). Yasaka Publishing Co.
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Sa, R. (2021). Dissemination of Translated Literature on China’s Modern Mathematics in Japan and Their Influence. In: Jiang, X. (eds) Western Influences in the History of Science and Technology in Modern China. History of Science and Technology in China. Springer, Singapore. https://doi.org/10.1007/978-981-15-7850-2_7
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