We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18-year period presented on the tablet BM 45861 …

We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18-year period presented on the tablet BM 45861 …

2005年9月7日 · We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18‐year period presented on the tablet …

2017年3月4日 · When John Steele published the tablet BM 45861, Footnote 29 he interpreted it as a zigzag function giving the fraction of a day (in excess of 6585 days) in the duration of the …

The solid line gives the excess of the Saros length over 6585 days measured in uš associated with the odd numbered eclipse possibilities, and the dashed line represents the zigzag function …

We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18-year period presented on the tablet BM 45861 …

A clay tablet called BM 45861 has all the details of how they calculated the Saros cycles. The Babylonians observed that once you saw an eclipse, 223 synodic months later the moon …

procedure text, the fragment BM 32651 (No. 53 ), appeared in Kugler s Babylonische Mondrechnung (1900). This tablet happens to be the largest and most important procedure …

2005年9月1日 · We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18-year period presented on the tablet …

2015年7月1日 · We here investigate two functions which model the length of the Saros found in Babylonian sources: a simple zigzag function with an 18-year period presented on the tablet …