jeanflop/post-ocr-correction huggingface dataset:
14,80 12 o 4 22 24,012 2,17199 16 28 33,42 5,5594 55 53,83 15 13,82 3 4 28 55,132 17373 16 44 50,43 5,2956 55 50,26 15 12,85 6 4 35 26,547 17528 17 o 19,66 5,0285 55 46,72 15 22,18 9 4 41 58,222 17662 17 15 50,51 4,7582 55 43,21 15 10,92 12 4 48 30,116 17772 17 28 52,43 4,4850 55 39,72 15 9,97 15 4 55 2,186 17857 17 41 54,94 4,2091 55 36,26 15 9,03 18 5 1 34,387 17917 17 54 7,56 3,9308 55 32,84 15 8,10 21 5 8 6,672 17949 5 29,90
32,84 15 8,10 21 5 8 6,672 17949 5 29,90 3,6504 55 29,45 15 7,17 13 o 5 14 38,989 2,17953 18 16 1,60 3,3681 55 26,09 15 6,26 3 5 21 11,287 17927 18 25 42,35 3,0843 55 22,77 15 5,36 6 5 27 43,511 17871 18 34 31,89 2,7992 55 19,49 15 4,46 9 5 34 15,607 17784 18 42 30,00 2,5130 55 16,25 15 3,58 12 5 40 47,617 17665 18 49 36,53 2,2261 55 13,05 15 2,71 15 5 47 19,183 17513 18 55 51,35 1,9387 55 9,90 15 1,85 18 5 53 50,547 17329 19
55 9,90 15 1,85 18 5 53 50,547 17329 19 1 14,42 1,6510 55 6,79 15 1,00 21 6 0 21,550 17112 19 5 45,70 1,3633 55 3,73 15 0,97 14 o 6 6 52,133 2,16862 19 9 25,24 1,0760 55 0,72 14 59 35 3 6 13 22,237 16580 19 12 13,11 0,7893 54 57,77 15 58,55 6 6 19 51,803 16265 19 14 9,44 0,50635 54 54,88 15 57,76 9 6 26 20,773 15918 19 15 14,341 + 0,2187 54 52,04 15 56,99 12 6 32 49,090 15540 19 15 28,23 — 0,0648 54 49,27 15 56,23 15
19 15 28,23 — 0,0648 54 49,27 15 56,23 15 6 39 16,699 15131 19 14 51,16 0,3467 54 46,56 15 55,49 18 6 45 43,545 14692 19 13 23,51 0,6267 54 43,92 15 54,77 21 6 52 9,576 14225 19 11 5,62 0,9048 54 41,34 15 54,07 15 o 6 58 34,740 2,13730 19 7 57,88 1,1807 5 4 3 8,84 15 53,39 3 7 4 58,990 13209 19 4 0,70 1,454, 54 36,41 15 52,73 6 7 11 22,278 12663 18 59 14,56 1,724-8 54 34,06 15 52,09 9 7 17 44,562 12503 18 53 39,94 1,9927 "
9 7 17 44,562 12503 18 53 39,94 1,9927 " 54 31,78 15 51,47 12 7 24 5,801 11501 18 47 17,36 2,2575 54' 29,59 15 50,87 15 7 30 25,955 10889 18 40 7,40 2,5192 54 27,491 15 50,29 18 7 36 44,991 10259 18 32 10,63 2,7775 54 25,47 15 49,74 21 7 43 2,877 09611 18 23 27,66 3,0324 54 23,55 15 49,22 16 o 7 49 19,584 2,08949 18 13 59, 15 3,2837 54 21,72 15 48,72 3 7 55 35,087 08274 18 3 45,74 3,5312 54 19,98 15 48,25 6 8 1 49,363 07587 17
54 19,98 15 48,25 6 8 1 49,363 07587 17 52 48,13 3,7748 -54 18,34 15 47,80 9 8 8 2,396 06891 17 41 7,02 4,0145 54 16,80 15 47,38 12 8 14 14,170 06189 17 28 43,13 4,2501 54 15,37 15 46,99 15 8 20 24,674 05482 17 15 37,21 4,4816 54 14,04 15 46,63 18 8 26 33,901 04771 17 1 50,00 4,7088 54 12,82 15 46,73 21 8 32 41,847 04158 16 47 22,28 4,9327 54 11,71 15 46,00 17 o 8 38 48,511 2,03347 -+-16 32 14,81 — 5,i5o3 54 10,72 15 45,73 3 8 44
14,81 — 5,i5o3 54 10,72 15 45,73 3 8 44 53,898 02639 16 16 28,40 5,3645 54 9,85 15 45,49 6 8 50 58,014 0ig36 16 o 3,83 5,5742 54 9,09 15 45,28 9 8 57 0,871 01239 15 43 1,91 5,7795 54 8,46 15 45,11 12 9 3 2,481 2,oo55i 15 25 23,44 5,9803 54 7,95 15 44,97 15 9 9 2,863 1,99874 15 7 9,25 6,1765 54 7,57 15 44,86 18 9 15 2,037 99210 14 48 20, i3 6,3682 54 7,31 15 44,79 21 9 21 0,028 98561 14 28 56,93 6,5553 54 7,18 15 44,76 18
98561 14 28 56,93 6,5553 54 7,18 15 44,76 18 o 9 26 56,863. 1,97927 14 9 o,45 6,7379 54 7,19 15 44,76 3 9. 32 52,573 9-731 x i3 48 31 ,52 6,9159 54 7,33 15 44,80 6 9 38 47,191 l3 27 30,96 7,0894 54 7,61 _ 14 44,88 9 9 44 40,755 96139 i3 5 59,58 7,2583 54 8,03 15 44,99 12 9 50 33,304 95587 12 43 58,22 7,4226 54 8,59 15 45,14 15 9 56 24,881 95059 12 21 27,69 7,5824 54 9,29 15 45. 45,33 18 10 2 15,531 94557 11 58 2"8,80 7,7377
45,33 18 10 2 15,531 94557 11 58 2"8,80 7,7377 54 10, i3 14 45,56 21 10 8 5,3o2 94083 11 35 2,38 7,8884' 54 11,12 14 45,83 19 o 10 i3 54,245 1,93637 11 11 9,22 8,o346 54 12,26 i4 46,i4 3 10 19 42,412 93222 io 46 5o,i6 8,1763 54 13,55 14 46,49 6 io 25 29,859 92838 10 22 5,99 8,3135 54 14,98 i4 46,88 9 10 3i 16,644 92486 9 56 57,52 . 8,4462 54 16,56 14 47,32 12 io 37 2,826 92168 9 3i 25,57 8,5745 54 18,3o 14 47,79 i5 10 42 48,469 _
8,5745 54 18,3o 14 47,79 i5 10 42 48,469 _ 91886 9 5 3o,93 8,6983 54-20,19 14 48,3o 18 io 48 33,636 91640 8 39 14,4, 8,8176 54 22,23 14 48,86 21 io 54 18,393 91432 .8 12 36,82 8,9324 54 24,43 14 49,46 20 o il o 2,809 *,91362 7 45 38,96 9,0427 54 26,78 14 5o,io 3 11 5 46,953 9I130 7 18 21,65 9,1486 54 29,29 14 50,78 6 11 11 30,898 91039 6 5o 45,69 9,2499 54 31,95 14 51,51 g~ 11 17 14,716 90989 6 22 51,90 9,3468 54 34,77 i4 52,28 12 II 22
22 51,90 9,3468 54 34,77 i4 52,28 12 II 22 58,483 90982 5 54 41,0g9,43gr 54 37,74 i4 53,09 i5 'II 28 42,276 91018 5 26 14,10 9,5267 54 40,87 4 53,g4 18 11 34 26,172 91098 4 57 31,74 9,6097 54 44,15 14 54,83 21 II 40 Io 25, 91222 4 28 34,86 9,6880 54 47,58 14 55,77 21 o 11 45 54,594 1,91391 3 59 24,3o 9,7616 54 51,17 -14 56,75 3 11 5i 39,283 91606 3 3o 0,92 9,83o5 54 54,91 i4 57,77 6 11 57 24,402 gi868 3 o 25,58 9,8945 54 58,80 14 58,83 9
gi868 3 o 25,58 9,8945 54 58,80 14 58,83 9 12 3 io o34 92177 2 3o 39,17 9,9536 55 2,85 i4 59,93 12 12 8 56,265 92534 2 o 42,58 10,0076 55 7,04 i5 1,07 i5 12 14 43,i83 92939 1 3o 36,72 io,o565 55 11,38 i5 19,32 6 i3 3i 36,073 02742 5 7 10,76 10,1710 56 20,02 i5 20,95 9 i3 37 4i,994 o3846 5 37 38,34 10,134Q 56 26,12 i5 22,61 12 i3 43 49,946 04999 6 7 58,60 10,0895 56 32,32 i5 24,30 i5 i3 5o 0,018 06200 6 38 io, i5 10,0373 56 38,60
5o 0,018 06200 6 38 io, i5 10,0373 56 38,60 i5 26',01 18 i3 56 12,293 07448 7 8 Il,59 9,97?2 56 44,97 15 27,75 21 14 2 26,857 08742 7 38 1,47 9,9088 56 51,41 29,51 24 o 14 8 43,790 2,.10081 8 7 38,28 9,8320 56 57,92 i5 31,28 3 14 i5 3,172 n463 8 37 0,50 9,7465 57 4,5p i5 33,07 6 14 21 25,080 12887 9. 6 6,53 9,6521 11,13 i5 34,88 9 14 27 49,588 14351 9 34 54,76 9,5486 57 17,82 i5 36,7o 12 14 34 16,767 i5854 io 3 23,52 9,4357 57 24,55
14 34 16,767 i5854 io 3 23,52 9,4357 57 24,55 i5 38,53 i5 14 4o 46,684 17393 10 3i 31,09 9,3132 57 31,31 ï5 40,37 18 14 47 ig,4o3 18967 10 59 15,73 9,1808 57 38,10 i5 42,22 21 14 53 54,982 20572 Il 26 35,65 g,o384 57 44,91 1.5 44,08 .25 o i5 o 33,476 2,22205 11 53 29,02 8,8857 57 51,72 i5 45,94 3 i5 7 14,933 23864 12 19 53,96 8,7226 57 58,54 15 47,80 6 i5 i3 59,397 25545 12 45 48,59 8,5488 58 5,36 i5 49,65 9 i5 20 46,905 27245 j3 11 10,96 8,3642
49,65 9 i5 20 46,905 27245 j3 11 10,96 8,3642 58 12,16 i5 51,50 12 i5 27 37,489 28961 i3 35 59,12 8,1687 58 18,93 i5 53,35 1,5 i5 34 31,171 3o688 i4 o 11,07 7,9620 58 25,67 i5 55,19 18 15 41 27,970 32422 i4 o 11,07 7,7440 58 32,36 i5 57,01 21 i5 48 27,892 3415R i4 46 38,3o 7,5147 58 39,00 i5 58,82 26 o i5 55 3o,94b 2,35893 i5 8 49,52 7,2741 58 45,58 16 0,61 3 16 2 37,105 37621 15 3o 16,41 7,0222 58 52,08 16 2,38 6 16 9 46,369 39337 i5 5o
52,08 16 2,38 6 16 9 46,369 39337 i5 5o 56,93 6,7590 58 58,5o 16 4,i3 9 16 16 58,707 4io35 16 10 49,o5 6,4844 59 4,83 16 5,85 12 16 24 14,082 42710 16 29 50,72 6,1986 59 ii,o6 16 7,55 i5 16 3i 32,449 44357 16 47 59,95 5,9017 39 17,17 16 .9,22 18 16 38 53,751 45970 17 5 14,75 5,5939 59 23,16 16 10,85 21 16 46 17,921 47543 17 21 33,18 5,2754 59 29,02 16 12,44 27 o 16 53 44,882 2,49071 17 36 53,35 4,9465 59 34,73 16 14,00 3 17 1 14,549 50547
4,9465 59 34,73 16 14,00 3 17 1 14,549 50547 17 5i i3,39 4,6075 59 40,29 16 -15,52 6 17 8 46,822 51966 18 4 31,52. 4,2587 59 45,70 16 16,99 9 17 16 21,593 53322 18 16 46,o3 3,9006 59 50,94 16 18,41 12 17 23 58,744 54610 18 27 55,27 3,5337 59 55,99 16 19,79 i5 17 3i 38,148 55824 18 37 57,69" 3,1583 .60 0,86 16 21,12 18 17 39 16,667 25,959 18 46 51,83 2,7751 60 5,53 16 22,39 21 17 47 3,155 58,010 18 54 36,34 2,3847 60 10,00 16 23,61 28 0 17 54
36,34 2,3847 60 10,00 16 23,61 28 0 17 54 48,457 2,58973 16 19,98 1,9878 60 14,26 16 24,77 3 18 2 35,411 59,845 19 6 31,63 1,5850 60 18,31 16 25,87 6 18 10 23,847 60,620 19 10 40,30 1,1770 60 22,13 16 26,91 9 18 18 13,591 61,296 19 13 35,12 0,7646 60 25,71 16 27,89 12 18 26 4,460 61,870 16 15 15,39 - 0,3487 60 29,06 16 28,80 15 18 33 56,269 63,340 16 15 40,50 0,0000 60 32,17 16 29,65 18 18 41 48,830 62,705 16 14 50,06 0,4907 60 35,03 16 30,43 21 18
16 14 50,06 0,4907 60 35,03 16 30,43 21 18 49 41,951 62,963 19 12 43,77 0,9126 60 37,64 16 31,14 29 0 18 57 35,441 2,63114 -19 9 21,51 -1,3347 60 39,99 16 31,78 3 19 5 29,105 63,158 19 4 43,33 1,7561 60 42,08 16 32,35 6 19 13 22,752 63,095 18 58 49,42 2,1759 60 43,92 16 32,85 9 19 21 16,192 62,927 18 51 40,12 2,5934 60 45,49 16 33,28 12 19 29 9,237 62,657 18 43 15,95 3,0077 60 46,79 16 33,63 19 37 1,703 62,286 18 33 37,55 3,4180 60 47,83 16 33,91 18
62,286 18 33 37,55 3,4180 60 47,83 16 33,91 18 19 44 53,413 61,817 18 22 45,72 3,8234 60 48,60 16 34,12 21 19 52 44,193 61,253 18 10 41,43 4,2231 60 49,11 16 34,26 30 0 20 0 33,877 2,60599 17 57 25,76 4,6163 60 49,36 16 34,33 3 20 8 22,306 59,856 17 42 59,94 5,0024 60 49,34 16 34,33 6 20 16 9,328 59,038 17 27 25,31 5,3807 60 49,06 16 34,26 9 20 23 54,803 58,141 17 10 43,35 5,7505 60 48,52 16 34,11 12 20 31 38,596 57,172 16 52 55,64 6,1111 60 47,73 16
31 38,596 57,172 16 52 55,64 6,1111 60 47,73 16 33,89 15 20 39 20,585 56,137 16 34 3,89 6,4620 60 46,69 16 33,60 18 20 47 0,655 55,041 16 14 9,87 6,8027 60 45,40 16 33,25 21 20 54 38,703 53,891 15 53 15,46 7,1328 60 43,86 16 32,83 Juin 1 0 21 2 14,637 2,52692 15 31 22,63 7,4518 60 42,09 16 32,35 3 21 9 48,373 51,451 15 8 33,40 7,7594 60 40,09 16 31,81 6 21 17 19,841 50,173 14 44 49,87 8,0552 60 37,86 16 31,20 9 21 24 48,977 48,863 20 14, 18 8,3389
31,20 9 21 24 48,977 48,863 20 14, 18 8,3389 60 35,41 16 30,54 12 21 32 15,731 47,527 13 54 48,52 8,7103 60 32,75 16 29,81 15 21 39 40,061 46,170 13 28 35,12 8,8692 60 29,88 16 29,03 18 20 47 1,936 44,799 13 1 36,26 9,956 60 26,81 16 28,19 21 21 54 21,333 43,418 12 33 54,20 9,3492 60 23,55 16 27,30 2 0 22 1 38,241 2,42033 12 5 31,25 9,5699 60 20,11 16 26,36 3 22 8 52,653 40,648 11 36 29,73 9,7778 60 16,49 16 25,37 6 22 16 4,575 39,267 11 6
16,49 16 25,37 6 22 16 4,575 39,267 11 6 51,93 9,9729 60 12,70 16 24,34 9 22 23 14,020 37,895 10 36 40,17 10,1552 60 8,76 16 23,27 12 22 30 21,006 36,536 10 5 56,74 10,3247 60 4,66 16 22,15 15 22 37 25,560 35,194 9 34 43,93 10,4816 60 0,42 16 20,99 18 22 44 27,716 33,872 9 3 4,01 10,6260 59 56,04 16 19,80 21 22 51 27,514 32,575 8 30 59,22 10,7580 59 51,54 16 18,58 3 0 22 58 24,997 2,31302 7 58 31,79 10,8777 59 46,92 16 17,32 3 23 5 20,218 30,060
10,8777 59 46,92 16 17,32 3 23 5 20,218 30,060 7 25 43,89 10,9853 59 42,19 16 16,03 6 23 12 13,231 28,849 6 52 37,70 11,0811 59 37,36 16 14,72 9 23 19 4,095 27,672 6 11 15,33 11,1652 59 32,44 16 13,38 12 23 25 52,874 26,532 5 45 38,87 11,2377 59 27,43 16 12,01 15 23 32 39,634 25,430 5 11 50,37 11,2989 59 22,34 16 10,62 18 23 39 24,445 24,368 4 37 51,85 11,3491 59 17,18 16 9,22 21 23 46 7,381 23,347 4 3 45,28 11,3884 59 11,96 16 7,80 4 0 23 52
45,28 11,3884 59 11,96 16 7,80 4 0 23 52 48,516 2,22367 3 29 32,59 11,4171 59 6,69 16 6,36 3 23 59 27,426 21,431 2 55 15,68 11,4354 59 1,37 16 4,61 6 0 6 5,691 20,539 2 20 56,39 11,4436 58 56,00 16 3,45 9 0 12 41,889 19,691 1 46 36,53 11,4488 58 50,60 16 1,98 12 0 16,601 18,887 1 12 17,88 11,4302 58 45,18 16 0,50 15 0 25 49,909 18,129 0 38 2,17 11,4092 58 39,73 15 59,02 18 0 32 21,894 17,418 0 3 5,108 11,3789 58 34,27 15 57,53 21 0 38
3 5,108 11,3789 58 34,27 15 57,53 21 0 38 52,638 16,752 0 3 6,13 11,3395 58 28,80 15 56,04 5 0 0 45 22,223 2,16130 1 4 10,66 11,2912 58 23,33 15 54,55 3 0 51 50,731 15,554 1 37 58,12 11,643 58 17,86 15 53,06 6 0 58 18,241 15,022 2 11 34,58 11,1690 58 12,40 15 51,57 9 0 44 44,834 14,534 2 44 58,54 11,0955 58 6,95 15 50,08 12 0 11 10,589 14,090 3 18 8,52 10,0138 58 1,51 15 48,60 15 0 17 35,583 13,689 3 51 3,09 10,9242 57 56,10 15 47,13 18
13,689 3 51 3,09 10,9242 57 56,10 15 47,13 18 0 23 59,893 13,330 4 23 40,84 10,8270 57 50,71 15 45,66 21 0 30 23,593 13,630 4 56 0,41 10,7222 57 45,35 15 44,20 6 0 36 46,757 2,12733 5 28 0,45 10,6101 57 40,03 15 42,75 3 0 43 9,455 12,494 5 59 39,65 10,4907 57 34,74 15 41,31 6 0 49 31,757 12292 6 30 56,73 10,3643 57 29,49 15 39,88 9 1 55 53,729 12127 7 1 50,43 10,0930 57 24,29 15 38,46 12 2 2 15,436 11997 7 32 19,53 10,0909 57 19,13 15 37,06
15,436 11997 7 32 19,53 10,0909 57 19,13 15 37,06 15 2 8 36,939 11901 8 2 22,82 9,9442 57 14,01 15 35,67 18 2 14 58,298 11837 8 31 59,12 9179,1 57 8,95 15 34,29 21 2 21 19,569 11803 9 1 7,30 9,6367 3,94 15 32,92 7 0 2 27 40,806 2,11799 9 29 46,21 9,4660 56 58,99 15 31,57 3 2 34 2,059 11822 9 57 54,76 9,2943 56 54,09 15 30,24 6 24 23,377 11870 10 25 31,87 9,1167 56 49,25 15 28,92 9 2 46 44,803 11942 10 52 36,48 8,9333 56 44,47 15 27,62
44,803 11942 10 52 36,48 8,9333 56 44,47 15 27,62 12 2 53 6,378 12036 11 19 7,58 8,7443 56 39,75 15 26,33 15 2 59 28,140 12149 11 45 4,14 8,5497 56 35,09 15 25,06 18 3 5 50,123 12280 12 10 25, 8,3497 30,50 15 23,81 21 3 12 12,358 12427 12 35 9,77 8,1445 56 25,97 15 22,58 8 0 3 18 34,871 2,12589 12 59 16,94 7,9342 56 21,50 15 21,36 3 3 24 57,686 12762 13 22 45,80 7,7189 56 17,10 15 20,16 6 3 31 20,821 12945 13 45 35,46 7,4987 56 12,77 15
31 20,821 12945 13 45 35,46 7,4987 56 12,77 15 18,98 9 3 37 44,294 13136 14 7 45,07 7,2738 56 8,50 15 17,82 12 3 44 8,116 13332 14 29 13,78 7,03644 56 4,30 15 16,67 15 3 50 32,295 13532 14 50 0,80 6,8105 56 0,17 15 15,54 18 3 56 56,835 13733 15 10 5,35 6,5724 55 56,10 15 14,43 21 4 3 21,737 13934 15 29 26,67 6,3303 55 52,10 15 13,34 9 0 4 9 46,997 2,14132 15 48 4,06 6,0842 55 48,17 15 12,27 3 4 16 12,609 14324 16 5 56,81 5,8344 55
3 4 16 12,609 14324 16 5 56,81 5,8344 55 44,30 15 11,22 6 4 22 38,561 14509 16 23 4,28 5,5811 55 40,50 15 10,18 9 4 29 4,839 14686 16 39 25,84 5,3244 55 36,77 15 9,17 12 4 35 31,426 14852 16 55 0,89 5,0645 55 33,11 15 8,17 15 4 41 58,299 15004 17 9 48,89 4,8016 55 29,52 15 7,19 18 4 48 25,434 15142 17 23 49,30 4,5358 55 25,99 15 6,24 21 4 54 52,802 15263 17 37 1,64 4,2674 55 22,53 15 5,30 10 0 5 1 20,372 2,15366 17 49 25,46
5,30 10 0 5 1 20,372 2,15366 17 49 25,46 3,9967 55 19,14 15 4,37 3 5 7 48, 11 15450 18 1 0,35 3,7238 55 15,81 15 3,46 6 5 14 15,980 15512 18 11 45,94 3,4490 55 12,55 15 2,57 9 5 20 43,940 15551 18 21 41,88 3,1724 55 9,36 15 1,70 12 5 27 11,949 15566 18 30 47,90 2,8942 55 6,23 15 0,85 15 5 33 39,962 15556 18 39 3,75 2,6148 55 3,17 15 0,02 18 5 40 7,934 15519 18 46 29,20 2,3344 55 0,18 15 59,20 21 5 46 35,814 15454 18
55 0,18 15 59,20 21 5 46 35,814 15454 18 53 4,10 2,0531 54 57,25 14 58,40 11 0 5 53 3,555 2,15362 +18 58 48,32 + 1,7713 54 54,39 14 57,62 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR. VAR. DEMI DES pour DECLINAISON pour PARALLAXE ÉPHÉMÉR. DROITE 1 DIAMÈTRE Juill. h h m s s o / y a tu tu -11 o 5 53 3,555 2,15362 — 18 58 48,32 1,7713 54 54,39 14 57,62 3 5 59 31,103 15242 19 3 41,78 1,4892 54 51,60 14 56,86 6 6 5 58,498 15092 19 7 44,43 1,2069
56,86 6 6 5 58,498 15092 19 7 44,43 1,2069 54 48,87 14 56,12 9 6 12 25,416 149 11 19 10 56,29 0,9248 54 46,21 14 55,40 12 6 18 52,073 14701 19 13 17,40 0,6431 54 43,61 14 54,69 15 6 25 18,325 14461 19 14 47,85 0,3620 54 41,08 14 54,00 18 6 31 44,118 14191 19 27,77 + 0,0818 54 38,62 14 53,33 21 6 38 9,398 13891 19 15 17,33 — 0,1974 54 36,23 14 52,67 12 0 6 44 34,112 2,15362 19 14 16,76 0,4753 54 33,90 14 52,04 3 6 50 58,206 13203
0,4753 54 33,90 14 52,04 3 6 50 58,206 13203 19 12 26,31 0,7516 54 31,64 14 51,43 6 6 57 21,636 12816 19 9 46,27 1,0261 54 29,45 14 50,83 9 7 44,331 12402 19 6 16,99 1,2987 54 27,33 14 50,25 12 7 10 6,262 11960 19 1 58,84 1,5691 54 25,28 14 49,69 15 7 16 27,374 11492 18 56 52,23 1,8371 54 23,30 14 49,15 18 7 22 47,622 11000 18 50 57,61 2,1025 54 21,39 14 48,63 21 7 29 6,961 10484 18 44 15,47 2,3651 54 19,56 14 48,13 3 7 35 25,351 2,09945
2,3651 54 19,56 14 48,13 3 7 35 25,351 2,09945 18 36 46,31 2,6248 54 17,80 14 47,65 3 7 41 42,752 08385 18 28 30,69 2,8813 54 16,11 14 47,20 6 7 47 59,128 08806 18 19 29,19 3,1346 54 14,50 14 46,76 9 7 54 14,445 08209 18 9 42,41 3,3844 54 12,96 14 46,34 12 8 0 28,672 07596 17 59 11,00 3,6305 54 11,50 14 45,94 15 8 6 41,780 06967 17 47 55,62 3,8729 54 10,12 14 45,56 18 8 12 53,746 06325 17 35 56,95 4,1115 54 8,82 14 45,20 21 8 19 4,546
56,95 4,1115 54 8,82 14 45,20 21 8 19 4,546 05673 17 23 15,71 4,3460 54 7,60 14 44,87 14 0 8 25 14,163 2,05011 17 9 52,62 4,5764 54 6,46 14 44,56 3 8 31 22,581 04341 16 55 48,43 4,8026 54 5,41 14 44,27 6 8 37 29,788 03666 16 41 3,91 5,0245 54 4,44 14 44,01 9 8 43 35,776 02987 16 25 39,86 5,2419 54 3,56 14 43,77 12 8 49 40,539 02306 16 9 37,06 5,4549 54 2,77 14 43,56 15 8 55 44,075 01624 15 52 56,33 5,6633 54 2,06 14 43,37 18 9
15 52 56,33 5,6633 54 2,06 14 43,37 18 9 1 46,386 00944 15 35 38,50 5,8671 54 1,45 14 43,20 21 9 7 47,477 2,00268 15 17 44,40 6,0662 54 0,93 14 43,06 15 0 9 13 47,356 1,99598 14 59 14,88 6,2607 54 0,51 14 42,94 3 9 19 46,034 98935 14 40 10,79 6,4504 54 0,18 14 42,85 6 9 25 43,527 98281 14 20 32,99 6,6353 53 59,95 14 42,79 9 9 3i 39,852 97638 14 0 22,34 6,8154 53 59,82 14 42,76 12 9 37 35,032 97008 13 39 39,72 6,9906 53 59,79 14 42,75
35,032 97008 13 39 39,72 6,9906 53 59,79 14 42,75 15 9 43 29,089 96392 13 18 25,99 7,1610 53 59,87 14 42,77 18 9 49 22,052 95792 12 56 42,03 7,3265 54 0,05 14 42,82 21 9 55 13,951 95210 12 34 28,72 7,4871 54 0,34 14 42,90 16 10 1 4,820 1,94648 12 11 46,94 7,6428 54 0,74 14 43,01 3 10 6 54,694 94106 11 48 37,56 7,7937 54 1,25 14 43,15 6 10 12 43,613 93586 11 25 1,47 7,9397 54 1,87 14 43,32 9 10 18 31,613 93091 11 0 59,55 8,0808 54 2,61 14
18 31,613 93091 11 0 59,55 8,0808 54 2,61 14 43,52 12 10 24 18,756 92622 10 36 32,66 8,2170 54 3,46 14 43,75 15 10 30 5,070 92179 10 11 41,68 8,3484 54 4,43 14 44,01 18 10 35 50,612 91763 9 46 27,50 8,4749 54 5,52 14 44,31 21 10 41 35,433 91377 9 20 50,97 8,5966 54 6,73 14 44,64 17 10 47 19,587 1,91022 8 54 52,98 8,7135 54 8,06 14 45,00 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VARI. DEMI-DÉCLINAISON pour DÉCLINAISON pour PARALLAXE ÉPHÉMÉRIDÉ DROITE 1V DIAMÈTRE juin. h Il ni a s o
DROITE 1V DIAMÈTRE juin. h Il ni a s o / tf 1/ tu t it 17 o 10 47 19,587 1,91022 8 54 52,98 8,7135 54 8,06 14 45,00 3 10 53 3,131 90699 8 28 34,38 8,8255 54 9,52 14 45,40 6 10 58 46,122 90409 8 1 56,05 8,9327 54 11,64 14 45,83 9 11 4 28,623 90153 7 34 58,85 9,035 54 12,82 14 46,30 12 11 10 10,694 89933 7 7 43,65 9,1327 54 14,66 14 46,80 15 11 15 52,402 89749 6 40 11,32 9,2256 54 16,63 14 47,34 18 11 21 33,813 89603
9,2256 54 16,63 14 47,34 18 11 21 33,813 89603 6 12 22,70 9,3136 54 18,74 14 47,91 21 11 27 14,994 89495 5 44 18,68 9,3967 54 20,98 14 48,52 18 10 32 66,017 1,89427 5 16 0,11 9,4751 54 23,36 14 49,17 3 11 38 36,952 89399 4 47 27,87 9,5487 54 25,87 14 49,85 6 11 44 17,874 89412 4 18 42,82 9,6175 54 28,52 14 50,57 9 11 49 58,857 89467 3 49 45,83 9,6814 54 31,30 14 51,33 12 11 55 39,977 89565 3 20 37,78 9,7404 54 34,23 14 52,13 15 12 1 21,314
37,78 9,7404 54 34,23 14 52,13 15 12 1 21,314 89706 2 51 19,55 9,7945 54 37,30 14 52,97 18 12 7 2,945 89892 2 21 52,03 9,8436 54 40,50 14 53,84 21 12 12 44,952 90124 1 52 16,12 9,8877 54 43,85 14 54,75 19 10 18 27,416 1,90402 1 22 32,71 9,9268 54 47,34 14 55,70 3 12 24 10,420 90725 0 52 42,72 9,9608 54 50,97 14 56,69 6 12 29 54,050 91095 0 22 47,06 9,9897 54 54,74 14 57,72 9 12 35 38,389 91513 0 7 13,32 10,0317 54 58,65 14 58,79 12 12 41
7 13,32 10,0317 54 58,65 14 58,79 12 12 41 23,523 91979 0 37 17,47 10,0317 55 2,71 14 59,89 15 12 47 9,545 92494 1 7 24,45 10,0946 55 6,91 15 10,03 18 12 52 56,529 93058 1 37 33,26 10,0521 55 11,25 15 22,21 21 12 58 44,576 93671 2 7 42,91 10,0540 55 15,73 15 3,43 20 10 4 33,772 1,94334 2 37 52,39 10,0502 55 20,34 15 4,69 3 10 24 24,205 95047 3 8 0,66 10,0406 55 25,10 15 5,99 6 10 16 15,967 95809 3 38 6,68 10,0250 55 30,00 15 7,32 9 10
3 38 6,68 10,0250 55 30,00 15 7,32 9 10 22 9,147 96622 4 8 9,35 10,0034 55 35,03 15 8,69 12 10 28 3,836 91486 4 38 7,59 9,9756 55 40,19 15 10,10 15 10 34 0,124 98400 5 8 0,24 9,9415 55 45,49 15 11,54 18 10 39 58,102 1,99364 5 46,17 9,9008 55 50,92 15 13,02 21 10 45 57,860 2,00378 6 7 24,19 9,8534 55 56,47 14,53 21 0 10 51 59,488 2,01441 6 36 53,06 9,7992 56 2,15 15 16,08 3 10 58 3,075 92554 7 6 3,56 9,7381 56 7,96 15 1 5t, 66
7 6 3,56 9,7381 56 7,96 15 1 5t, 66 6 11 4 8,709 93716 7 35 18,39 9,6697 56 13,88 15 19,28 9 11 10 16,478 94926 8 4 12,25 9,5939 56 19,92 15 20,93 12 11 16 26,467 96183 8 32 51,79 9,5105 56 26,07 15 22,60 15 11 22 38,761 947487 9 1 15,61 9,4193 56 32,33 15 24,30 18 11 28 53,443 09836 9 29 22,30 9,3201 56 38,69 15 26,04 21 11 35 10,593 10229 9 57 10,41 9,2127 56 45,16 15 27,80 22 0 11 41 30,291 2,II665 10 24 38,42 9,0968 56 51,72
11 41 30,291 2,II665 10 24 38,42 9,0968 56 51,72 15 29,59 3 11 47 52,610 13142 10 51 44,81 8,9723 56 58,37 15 31,40 6 11 54 17,625 14659 11 18 28,00 8,8390 57 5,10 15 33,23 9 11 0 45,404 16214 11 44 46,39 8,6967 57 11,91 15 35,06 12 11 7 16,013 17804 12 10 38,32 8,5451 57 18,79 15 36,97 15 11 13 49,515 19426 12 36 2,12 8,3840 57 25,74 15 38,86 18 11 20 25,964 21079 12 0 56,06 8,2133 57 32,75 15 40,77 21 11 27 5,415 22760 12 25 18,38 8,0327 57
21 11 27 5,415 22760 12 25 18,38 8,0327 57 39,82 15 42,69 23 0 11 33 47,914 2,24465 12 49 7,31 7,8422 57 46,93 15 44,63 3 11 40 33 50,26191 14 12 21,03 7,6415 57 54,07 15 46,58 6 11 47 22,212 27935 14 34 57,68 7,4304 58 1,24 15 48,53 9 11 54 14,074 29693 14 56 55,42 7,2089 58 8,44 15 50,49 12 11 6 9,110 31460 15 18 12,33 6,9769 58 15,65 15 52,45 15 11 8 7,333 33232 15 38 46,53 6,7342 58 22,86 15 54,41 18 11 15 8,748 35006 15 58 36,09
15 54,41 18 11 15 8,748 35006 15 58 36,09 6,4808 58 Ascension droite, déclinaison, parallaxe, demi-diamètre. Temps Ascension Variance pour déclinaison pour parallaxe Éphéméride droite diamètre Juill. W H L I M S s O / T L I » T U 29 o 21 38 5,028 2,53289 -13 38 46,16 + 8,9736 61 15,44 16 41,44 3 21 45 39,853 52066 13 11 26,09 9,2466 61 13,73 16 40,97 6 21 53 12,451 50814 12 43 18,10 9,5060 61 11,73 16 40,43 9 22 0 42,773 49539 12 14 24,67 9,7516 61 9,44 16 39,80 12 22 8
14 24,67 9,7516 61 9,44 16 39,80 12 22 8 10,782 48245 11 44 48,28 9,98232 61 6,87 16 36,10 15 22 15 36,448 46937 11 14 31,49 10,2006 61 4,02 16 38,32 18 22 22 59,750 45620 10 43 36,83 10,4038 61 0,90 16 37,47 21 22 30 20,678 44299 10 12 6,89 10,5927 60 57,53 16 36,55 30 0 22 37 39,229 2,42979 9 40 4,22 10,7673 60 53,91 16 35,57 3 22 44 55,408 41664 9 7 31,39 10,9277 60 50,04 16 34,52 6 22 52 9,226 40358 8 34 0,97 11,0740 60 45,94 16 33,41 9
40358 8 34 0,97 11,0740 60 45,94 16 33,41 9 22 59 20,703 39064 8 1 5,50 11,2062 60 41,61 16 32,23 12 23 6 29,865 37786 7 27 17,49 11,3244 60 37,07 16 30,99 15 23 13 36,744 36527 6 53 9,45 11,4288 60 32,32 16 29,70 18 23 20 41,378 35291 6 18 43,84 11,5197 60 27,38 16 28,35 21 23 27 43,809 34081 5 44 3,08 11,5971 60 22,25 16 26,95 31 0 23 34 44,085 2,32898 5 9 9,56 11,6614 60 16,95 16 25,50 3 23 41 42,259 31745 4 34 5,64 11,7128 60 11,48 16
41 42,259 31745 4 34 5,64 11,7128 60 11,48 16 24,01 6 23 48 38,384 30624 3 58 53,61 11,7515 60 5,86 16 22,48 9 23 55 32,522 29536 3 23 35,73 11,7779 90 0,09 16 20,91 12 0 2 24,733 28483 2 48 14,20 11,7922 59 54,19 16 19,30 15 0 9 15,083 27467 2 12 51,16 11,7947 59 48,17 16 17,66 18 0 16 3,639 26490 1 37 28,74 11,7856 59 42,04 16 15,99 21 0 22 50,469 25552 1 28 8,95 11,7652 59 35,81 16 14,29 Août 1 0 0 29 35,644 2,24652 — 0 26 53,81
1 0 0 29 35,644 2,24652 — 0 26 53,81 11,7340 59 29,49 16 12,57 3 0 36 19,236 23792 -40 8 14,75 11,6922 59 23,08 16 12,83 6 0 43 1,318 22973 0 43 14,85 11,6402 59 16,60 16 9,06 9 0 49 41,962 22195 1 18 4,66 11,5781 59 10,07 16 7,28 12 0 56 21,241 21458 1 52 42,42 11,5062 59 3,48 16 5,49 15 1 2 59,231 20761 2 27 6,40 11,4250 58 56,85 16 3,69 18 1 9 36,003 20105 3 01 14,93 11,3347 58 50,16 16 3,69 15 1 2 59,231 20761 2 27
50,16 16 3,69 15 1 2 59,231 20761 2 27 6,40 11,4250 58 56,85 16 3,69 18 1 9 36,003 20105 3 01 14,93 11,3347 58 50,16 16 3,69 16 1,87 21 1 16 n,63o 19489 3 35 6,40 Il,2355 58 43,50 16 o,o5 2 0 1 22 46,186 2,18913 4 8 39,24 11,1277 58 36,80 I5 58,22 3" 1 29 19,741 18377 4 41 51,95 11,0117 58 30,09 I5 56,39 6 1 35 52,365 17880 5 14 43,06 10,8877 58 23,38 I5 54,56 9 1 42 24)127 17420 5 47 11,16 10,7561 58 16,,68 I5 52,73 12 1 48
47 11,16 10,7561 58 16,,68 I5 52,73 12 1 48 55,096 16997 6 19 i4,86 10,6169 58 9,99 I5 50,91 I5 1 55 25,336 16610 6 5o 52,86 10,4705 58 3,33 I5 49,10 18 2 1 54,9H 16258 7 22 3,87 10,3171 57 56,70 I5 47 29 21 2 8 23,885 15941 7 52 46,64 10,1569 57 50,11 I5 45,49 3 0 2 14 52,316 2,15656 8 23 0,00 979902 57 43,56 I5 43,71 3 2 21 20,263 15402 8 52 42,78 9,8172 57 37,06 I5 41,94 6 2 27 47,780 15179 9 21 53,86 9,6381 57 30,61 15 40,18