AAVSO Maxima and Minima of Long Period Variables, 1900-2008
Waagen, E.O. et al., 2010 (in preparation)

Notes are available at the bottom of the table.
AUID Name Cycle JD magnitude magtype extrematype unc_flag(JD) qual_flag Prim/Sec
000-BBM-462 V CMI 8 2416378 null X MAX 0 1 0
000-BBM-462 V CMI 8 2416608 null X MIN 0 1 0
000-BBM-462 V CMI 9 2416750 null X MAX 0 2 0
000-BBM-462 V CMI 9 2416975 null X MIN 0 2 0
000-BBM-462 V CMI 10 2417112 null X MAX 0 2 0
000-BBM-462 V CMI 10 2417341 null X MIN 0 3 0
000-BBM-462 V CMI 11 2417472 null X MAX 0 1 0
000-BBM-462 V CMI 11 2417698 null X MIN 0 2 0
000-BBM-462 V CMI 12 2417847 null X MAX 0 2 0
000-BBM-462 V CMI 12 2418073 null X MIN 0 3 0
000-BBM-462 V CMI 13 2418228 8.8 P MAX 0 3 0
000-BBM-462 V CMI 13 2418449 null X MIN 0 3 0
000-BBM-462 V CMI 14 2418579 null X MAX 0 3 0
000-BBM-462 V CMI 14 2418808 null X MIN 0 4 0
000-BBM-462 V CMI 15 2418958 9.1 P MAX 0 5 0
000-BBM-462 V CMI 15 2419176 null X MIN 0 3 0
000-BBM-462 V CMI 16 2419328 8.3 P MAX 0 4 0
000-BBM-462 V CMI 16 2419540 null X MIN 0 3 0
000-BBM-462 V CMI 17 2419684 9.4 P MAX 0 4 0
000-BBM-462 V CMI 17 2419911 null X MIN 0 3 0
000-BBM-462 V CMI 18 2420061 9.3 P MAX 0 4 0
000-BBM-462 V CMI 18 2420294 null X MIN 0 3 0
000-BBM-462 V CMI 20 2420780 null X MAX 0 2 0
000-BBM-462 V CMI 20 2420992 null X MIN 0 3 0
000-BBM-462 V CMI 21 2421136 9.0 P MAX 0 1 0
000-BBM-462 V CMI 21 2421366 null X MIN 0 1 0
000-BBM-462 V CMI 22 2421510 9.0 P MAX 0 3 0
000-BBM-462 V CMI 22 2421733 null X MIN 0 3 0
000-BBM-462 V CMI 23 2421876 9.0 P MAX 0 3 0
000-BBM-462 V CMI 23 2422126 null X MIN 0 3 0
000-BBM-462 V CMI 24 2422254 8.0 P MAX 0 3 0
000-BBM-462 V CMI 24 2422476 null X MIN 0 3 0
000-BBM-462 V CMI 25 2422610 null X MAX 0 3 0
000-BBM-462 V CMI 25 2422847 15.0 P MIN 0 3 0
000-BBM-462 V CMI 26 2422980 8.3 P MAX 0 2 0
000-BBM-462 V CMI 26 2423196 14.5 F MIN 0 2 0
000-BBM-462 V CMI 27 2423340 9.1 P MAX 0 3 0
000-BBM-462 V CMI 27 2423562 14.3 F MIN 0 2 0
000-BBM-462 V CMI 28 2423710 8.8 P MAX 0 4 0
000-BBM-462 V CMI 28 2423940 14.5 F MIN 0 2 0
000-BBM-462 V CMI 29 2424050 8.5 P MAX 0 3 0
000-BBM-462 V CMI 29 2424289 14.6 F MIN 0 2 0
000-BBM-462 V CMI 30 2424427 8.0 P MAX 0 4 0
000-BBM-462 V CMI 30 2424659 14.5 F MIN 0 2 0
000-BBM-462 V CMI 31 2424801 9.0 P MAX 0 4 0
000-BBM-462 V CMI 31 2425005 14.6 F MIN 0 3 0
000-BBM-462 V CMI 32 2425149 7.9 P MAX 0 4 0
000-BBM-462 V CMI 32 2425391 14.3 F MIN 0 2 0
000-BBM-462 V CMI 33 2425520 8.5 P MAX 0 4 0
000-BBM-462 V CMI 33 2425739 14.5 F MIN 0 3 0
000-BBM-462 V CMI 34 2425869 8.0 P MAX 0 4 0
000-BBM-462 V CMI 34 2426111 14.5 F MIN 0 3 0
000-BBM-462 V CMI 35 2426259 9.2 P MAX 0 4 0
000-BBM-462 V CMI 35 2426472 14.9 F MIN 0 3 0
000-BBM-462 V CMI 36 2426620 8.0 P MAX 0 4 0
000-BBM-462 V CMI 36 2426844 14.6 F MIN 0 3 0
000-BBM-462 V CMI 37 2426980 8.7 P MAX 0 4 0
000-BBM-462 V CMI 37 2427213 14.5 F MIN 0 3 0
000-BBM-462 V CMI 38 2427360 8.1 P MAX 0 4 0
000-BBM-462 V CMI 38 2427581 14.5 F MIN 0 3 0
000-BBM-462 V CMI 39 2427728 7.4 P MAX 0 4 0
000-BBM-462 V CMI 39 2427950 14.5 F MIN 0 3 0
000-BBM-462 V CMI 40 2428111 9.4 P MAX 0 4 0
000-BBM-462 V CMI 40 2428330 14.2 F MIN 0 2 0
000-BBM-462 V CMI 41 2428469 7.7 P MAX 0 4 0
000-BBM-462 V CMI 41 2428710 14.5 F MIN 0 3 0
000-BBM-462 V CMI 42 2428846 8.7 P MAX 0 4 0
000-BBM-462 V CMI 42 2429080 14.6 F MIN 0 3 0
000-BBM-462 V CMI 43 2429220 8.2 P MAX 0 5 0
000-BBM-462 V CMI 43 2429469 14.1 F MIN 0 3 0
000-BBM-462 V CMI 44 2429605 9.7 P MAX 0 5 0
000-BBM-462 V CMI 44 2429829 null X MIN 0 3 0
000-BBM-462 V CMI 45 2429970 8.3 P MAX 0 4 0
000-BBM-462 V CMI 45 2430200 13.7 F MIN 0 3 0
000-BBM-462 V CMI 46 2430320 8.3 P MAX 0 3 0
000-BBM-462 V CMI 46 2430545 13.5 F MIN 0 3 0
000-BBM-462 V CMI 47 2430687 8.3 P MAX 0 5 0
000-BBM-462 V CMI 47 2430912 13.8 F MIN 0 3 0
000-BBM-462 V CMI 48 2431053 7.8 P MAX 0 5 0
000-BBM-462 V CMI 48 2431276 13.5 F MIN 0 3 0
000-BBM-462 V CMI 49 2431420 9.3 P MAX 0 5 0
000-BBM-462 V CMI 49 2431636 13.8 F MIN 0 2 0
000-BBM-462 V CMI 50 2431778 8.7 P MAX 0 4 0
000-BBM-462 V CMI 50 2431996 13.7 F MIN 0 3 0
000-BBM-462 V CMI 51 2432146 8.0 P MAX 0 5 0
000-BBM-462 V CMI 51 2432364 13.6 F MIN 0 3 0
000-BBM-462 V CMI 52 2432498 8.7 P MAX 0 5 0
000-BBM-462 V CMI 52 2432726 13.5 F MIN 0 3 0
000-BBM-462 V CMI 53 2432872 8.9 P MAX 0 5 0
000-BBM-462 V CMI 53 2433086 13.5 F MIN 0 3 0
000-BBM-462 V CMI 54 2433239 8.5 P MAX 0 5 0
000-BBM-462 V CMI 54 2433458 13.5 F MIN 0 3 0
000-BBM-462 V CMI 55 2433604 9.3 P MAX 0 5 0
000-BBM-462 V CMI 55 2433812 13.2 F MIN 0 3 0
000-BBM-462 V CMI 56 2433963 7.8 P MAX 0 5 0
000-BBM-462 V CMI 56 2434171 13.6 F MIN 0 3 0
000-BBM-462 V CMI 57 2434318 8.7 P MAX 0 3 0
000-BBM-462 V CMI 57 2434536 14.4 F MIN 0 3 0
000-BBM-462 V CMI 58 2434693 7.8 P MAX 0 4 0
000-BBM-462 V CMI 58 2434913 14.2 F MIN 0 3 0
000-BBM-462 V CMI 59 2435061 9.1 P MAX 0 4 0
000-BBM-462 V CMI 59 2435270 14.3 F MIN 0 4 0
000-BBM-462 V CMI 60 2435445 9.2 P MAX 0 3 0
000-BBM-462 V CMI 60 2435645 14.3 F MIN 0 3 0
000-BBM-462 V CMI 61 2435771 8.7 P MAX 0 3 0
000-BBM-462 V CMI 61 2435987 14.1 F MIN 0 3 0
000-BBM-462 V CMI 62 2436142 8.0 P MAX 0 3 0
000-BBM-462 V CMI 62 2436377 14.4 F MIN 0 4 0
000-BBM-462 V CMI 63 2436525 10.8 P MAX 0 5 0
000-BBM-462 V CMI 63 2436741 14.5 F MIN 0 4 0
000-BBM-462 V CMI 64 2436879 8.8 P MAX 0 5 0
000-BBM-462 V CMI 64 2437104 15.0 F MIN 0 3 0
000-BBM-462 V CMI 65 2437243 9.7 P MAX 0 3 0
000-BBM-462 V CMI 65 2437461 14.4 F MIN 0 3 0
000-BBM-462 V CMI 66 2437601 8.3 P MAX 0 3 0
000-BBM-462 V CMI 66 2437831 14.3 P MIN 0 4 0
000-BBM-462 V CMI 67 2437979 8.2 P MAX 0 5 0
000-BBM-462 V CMI 67 2438205 14.5 P MIN 0 4 0
000-BBM-462 V CMI 68 2438351 8.9 P MAX 0 5 0
000-BBM-462 V CMI 68 2438581 14.7 F MIN 0 4 0
000-BBM-462 V CMI 69 2438718 8.8 P MAX 0 5 0
000-BBM-462 V CMI 69 2438940 14.4 F MIN 0 3 0
000-BBM-462 V CMI 70 2439081 8.6 P MAX 0 5 0
000-BBM-462 V CMI 70 2439307 14.0 F MIN 0 4 0
000-BBM-462 V CMI 71 2439443 9.0 P MAX 0 5 0
000-BBM-462 V CMI 71 2439670 13.8 F MIN 0 3 0
000-BBM-462 V CMI 72 2439821 8.2 P MAX 0 5 0
000-BBM-462 V CMI 72 2440043 14.3 F MIN 0 3 0
000-BBM-462 V CMI 73 2440177 8.6 P MAX 0 5 0
000-BBM-462 V CMI 73 2440392 14.4 F MIN 0 3 0
000-BBM-462 V CMI 74 2440533 8.3 P MAX 0 4 0
000-BBM-462 V CMI 74 2440752 14.2 F MIN 0 3 0
000-BBM-462 V CMI 75 2440888 9.4 P MAX 0 5 0
000-BBM-462 V CMI 75 2441110 14.7 P MIN 0 4 0
000-BBM-462 V CMI 76 2441250 7.6 P MAX 0 4 0
000-BBM-462 V CMI 76 2441471 14.7 P MIN 0 4 0
000-BBM-462 V CMI 77 2441612 9.0 P MAX 0 4 0
000-BBM-462 V CMI 77 2441837 14.5 P MIN 0 4 0
000-BBM-462 V CMI 78 2442000 8.9 P MAX 0 5 0
000-BBM-462 V CMI 78 2442221 14.2 F MIN 0 3 0
000-BBM-462 V CMI 79 2442370 8.9 P MAX 0 5 0
000-BBM-462 V CMI 79 2442589 14.0 F MIN 0 4 0
000-BBM-462 V CMI 80 2442740 8.7 P MAX 0 5 0
000-BBM-462 V CMI 80 2442969 14.3 F MIN 0 3 0
000-BBM-462 V CMI 81 2443113 8.4 P MAX 0 4 0
000-BBM-462 V CMI 81 2443340 14.2 F MIN 0 4 0
000-BBM-462 V CMI 82 2443489 9.5 P MAX 0 3 0
000-BBM-462 V CMI 82 2443716 14.1 F MIN 0 3 0
000-BBM-462 V CMI 83 2443850 8.6 P MAX 0 5 0
000-BBM-462 V CMI 83 2444073 14.4 P MIN 0 4 0
000-BBM-462 V CMI 84 2444224 8.8 P MAX 0 4 0
000-BBM-462 V CMI 84 2444437 14.3 F MIN 0 4 0
000-BBM-462 V CMI 85 2444578 9.7 P MAX 0 5 0
000-BBM-462 V CMI 85 2444799 13.9 F MIN 0 4 0
000-BBM-462 V CMI 86 2444927 8.3 P MAX 0 5 0
000-BBM-462 V CMI 86 2445150 14.5 P MIN 0 4 0
000-BBM-462 V CMI 87 2445303 9.3 P MAX 0 5 0
000-BBM-462 V CMI 87 2445527 14.6 F MIN 0 4 0
000-BBM-462 V CMI 88 2445675 9.2 P MAX 0 4 0
000-BBM-462 V CMI 88 2445899 13.9 F MIN 0 4 0
000-BBM-462 V CMI 89 2446040 8.1 P MAX 0 5 0
000-BBM-462 V CMI 89 2446267 14.6 P MIN 0 3 0
000-BBM-462 V CMI 90 2446400 8.6 P MAX 0 4 0
000-BBM-462 V CMI 90 2446625 14.5 F MIN 0 2 0
000-BBM-462 V CMI 91 2446784 9.6 P MAX 0 4 0
000-BBM-462 V CMI 91 2447003 null N MIN null null 0
000-BBM-462 V CMI 92 2447143 null N MAX null null 0
000-BBM-462 V CMI 92 2447364 null N MIN null null 0
000-BBM-462 V CMI 93 2447509 null N MAX null null 0
000-BBM-462 V CMI 93 2447748 null N MIN null null 0
000-BBM-462 V CMI 94 2447889 null N MAX null null 0
000-BBM-462 V CMI 94 2448109 null N MIN null null 0
000-BBM-462 V CMI 95 2448248 null N MAX null null 0
000-BBM-462 V CMI 95 2448482 null N MIN null null 0
000-BBM-462 V CMI 96 2448620 null N MAX null null 0
000-BBM-462 V CMI 96 2448844 null N MIN null null 0
000-BBM-462 V CMI 97 2448990 null N MAX null null 0
000-BBM-462 V CMI 97 2449222 null N MIN null null 0
000-BBM-462 V CMI 98 2449363 null N MAX null null 0
000-BBM-462 V CMI 98 2449587 null N MIN null null 0
000-BBM-462 V CMI 99 2449733 null N MAX null null 0
000-BBM-462 V CMI 99 2449958 null N MIN null null 0
000-BBM-462 V CMI 100 2450086 null N MAX null null 0
000-BBM-462 V CMI 100 2450315 null N MIN null null 0
000-BBM-462 V CMI 101 2450460 null N MAX null null 0
000-BBM-462 V CMI 101 2450685 null N MIN null null 0
000-BBM-462 V CMI 102 2450816 null N MAX null null 0
000-BBM-462 V CMI 102 2451038 null N MIN null null 0
000-BBM-462 V CMI 103 2451175 null N MAX null null 0
000-BBM-462 V CMI 103 2451401 null N MIN null null 0
000-BBM-462 V CMI 104 2451565 null N MAX null null 0
000-BBM-462 V CMI 104 2451785 null N MIN null null 0
000-BBM-462 V CMI 105 2451926 null N MAX null null 0
000-BBM-462 V CMI 105 2452149 null N MIN null null 0
000-BBM-462 V CMI 106 2452272 null N MAX null null 0
000-BBM-462 V CMI 106 2452492 null N MIN null null 0
000-BBM-462 V CMI 107 2452638 null N MAX null null 0
000-BBM-462 V CMI 107 2452885 null N MIN null null 0
000-BBM-462 V CMI 108 2453010 null N MAX null null 0
000-BBM-462 V CMI 108 2453247 null N MIN null null 0
000-BBM-462 V CMI 109 2453390 null N MAX null null 0
000-BBM-462 V CMI 109 2453601 null N MIN null null 0
000-BBM-462 V CMI 110 2453745 null N MAX null null 0
000-BBM-462 V CMI 110 2453985 null N MIN null null 0
000-BBM-462 V CMI 111 2454112 null N MAX null null 0
000-BBM-462 V CMI 111 2454326 null N MIN null null 0
000-BBM-462 V CMI 112 2454478 null N MAX null null 0
000-BBM-462 V CMI 112 2454702 null N MIN null null 0
000-BBM-462 V CMI 113 2454860 null N MAX null null 0
Notes:



To cite these data, please use the following: Waagen, E.O. et al., 2010, AAVSO Maxima and Minima of Long Period Variables, 1900-2008 (in preparation)