[Pramāṇa](https://indike.org/pramana/) › [Studies](https://indike.org/pramana/ins) › [Science, technology and education](https://indike.org/pramana/ins.science) › [A Bibliography of Sanskrit Works on Astronomy and Mathematics, Part I: Manuscripts, Texts, Translations and Studies](https://indike.org/pramana/ins.science.sen-1966) › c8.67 # A Bibliography of Sanskrit Works on Astronomy and Mathematics, Part I: Manuscripts, Texts, Translations and Studies c8.67 A Bibliography of Sanskrit Works on Astronomy and Mathematics, Part I: Manuscripts, Texts, Translations and Studies c8.67 - **Language:** English ### [c8.67](https://indike.org/pramana/ins.science.sen-1966.c8.67) CHATTERJEE, BINA. ‘Geometrical Interpretation of the motion of the Sun, Moon and the five planets as found in the mathematical syntaxis of Ptolemy and the Hindu astronomical works’, \*JASB\*, 15, 47-87, 1949. COLEBROOKE, H. T. ‘Āryabhaṭṭa’s Doctrine: age of Āryabhaṭṭa’, \*Miscellaneous Essays\*, ii, 437-77, 1837. DAS, SUKUMAR RANJAN. ‘Motion of the earth as conceived by the ancient Indian astronomers’, \*BCMS\*, 17, 173-82, 1926. DAS, SUKUMAR RANJAN. ‘Lunar and Solar eclipses in Hindu astronomy’, \*JASB\*, ns. 24, no. 4, 437-454, 1928. DATTA, B. ‘Two Āryabhaṭas of Ālbiruni’, \*BCMS\*, 17, 58-74 1926. DATTA, B. ‘Āryabhaṭa, the author of the Gaṇita’, \*BCMS\*, 18, 5-18, 1927. DATTA, B. ‘Elder Āryabhaṭa’s rule for the solution of indeterminate equations of the first degree,’ \*BCMS\*, 24, 19-36, 1932. DATTA, B. ‘Early History of the Principle of place value,’ \*SCI\*, 50, 1-12, 1931. DVIVEDIN, SUDHĀKARA. \*Gaṇaka-taraṅgiṇī\*, Benares, 1892. FLEET, J. F. ‘Āryabhaṭa’s system of expressing numbers,’ \*JRAS\*, 109-126, 1911. FLEET, J. F. ‘Some Hindu values of the dimensions of the earth’, \*JRAS\*, 463-470, 1912. FLEET, J. F. ‘Tables for finding the mean place of Saturn,’ \*JRAS\*, 741, 1915. GANGULY, SARADAKANTA. ‘The Elder Āryabhaṭa and the modern arithmetical notation’, \*AMM\*, 34, 409-15, 1927. GANGULY, SARADAKANTA. ‘The source of Indian solution of the so-called Pellian equation,’ \*BCMS\*, 19, 151-176, 1928. GANGULY, SARADAKANTA. ‘Was Āryabhaṭa indebted to the Greeks for his alphabetical system of expressing numbers?’ \*BCMS\*, 17, 195-202, 1926. GANGULY, S. K. ‘Notes on Āryabhaṭa’, \*JBORS\*, 78-91, 1926. GANGULY, S. K. ‘The Elder Āryabhaṭa’s value of π’, \*AMM\*, 27, 16-29, 1930. GODE, P. K. ‘Notes on Indian chronology—Appaya Dīkṣita’s criticism of Āryabhaṭa’s theory of the diurnal motion of the earth’, \*ABORI\*, 19, 93-95, 1939. HALL, FITZ-EDWARD. ‘On the Āryasiddhānta with additional note on Āryabhaṭa and his writings’, \*JAOS\*, 6, 556-64, 1860. KAYE, G. R. \*Hindu Astronomy\*, \*ASI/M\*, 18, 45-47, 71, 120-21, Calcutta, 1924. KAYE, G. R. ‘Two Āryabhaṭas,’ \*BM\*, 10, 289-92, 1910. KAYE, G. R. ‘Ancient Hindu Spherical Astronomy’, \*JASB\*, ns. 15, 153-189, 1919. - [Previous: c8.66](https://indike.org/pramana/ins.science.sen-1966.c8.66) - [Next: c8.68](https://indike.org/pramana/ins.science.sen-1966.c8.68) - [Up: c8](https://indike.org/pramana/ins.science.sen-1966.c8) --- Source: [https://indike.org/pramana/ins.science.sen-1966.c8.67](https://indike.org/pramana/ins.science.sen-1966.c8.67) · Pramāṇa