Lista obiektów Hicksona

Lista obiektów astronomicznych należących do Zwartych Grup Hicksona.

Dane obserwacyjne

ObiektGwiazdozbiórRektascensja
(J2000)[1]
Deklinacja
(J2000)[1]
Wielkość
gwiazdowa
[1]
Rozmiar
kątowy[1]
Składników
Hickson 1Andromeda00h 26m 14,9s+25°44′39″13,82,9'4
Hickson 2Ryby00h 31m 44,8s+08°27′28″12,97,1'4
Hickson 3Wieloryb00h 34m 26,1s-07°33′57″13,03,8'4
Hickson 4Wieloryb00h 34m 30,4s-21°25′07″13,03,6'5
Hickson 5Ryby00h 39m 08,8s+07°05′24″13,31,6'4
Hickson 6Wieloryb00h 39m 24,7s-08°22′05″13,41,6'4
Hickson 7Wieloryb00h 39m 38,6s+00° 54′ 18″12,15,7'4
Hickson 8Andromeda00h 49m 51,8s+23°36′24″13,21,2'4
Hickson 9Wieloryb00h 54m 32,1s-23°31′25″13,62,1'4
Hickson 10Andromeda01h 26m 23,1s+34°42′58″10,910,9'4
Hickson 11Wieloryb01h 26m 47,9s-23°12′17″12,54,9'4
Hickson 12Wieloryb01h 27m 48,1s-04°38′41″13,42,6'5
Hickson 13Wieloryb01h 32m 36,4s-07°51′19″14,02,5'5
Hickson 14Wieloryb02h 00m 01,8s-07°00′16″13,06,7'4
Hickson 15Wieloryb02h 07m 53,7s+02°09′43″13,37,7'6
Hickson 16Wieloryb02h 09m 47,3s-10°08′21″11,46,4'4
Hickson 17Baran02h 14m 21,6s+13°20′12″15,01,0'5
Hickson 18Baran02h 39m 22,6s+18°24′18″13,42,0'4
Hickson 19Wieloryb02h 42m 58,8s-12°23′26″13,03,1'4
Hickson 20Baran02h 44m 31,4s+26°07′29″14,51,5'6
Hickson 21Erydan02h 45m 30,9s-17°35′54″11,010,8'5
Hickson 22Erydan03h 03m 44,5s-15°39′22″11,15,0'5
Hickson 23Erydan03h 07m 20,3s-09°33′58″12,17,1'5
Hickson 24Erydan03h 20m 32,5s-10°50′47″13,62,4'4
Hickson 25Wieloryb03h 20m 58,2s-01°02′01″12,96,4'7
Hickson 26Erydan03h 22m 07,6s-13°37′40″13,31,9'4
Hickson 27Erydan04h 19m 34,6s-11°41′52″15,13,8'5
Hickson 28Erydan04h 27m 33,1s-10°18′20″13,71,2'4
Hickson 29Erydan04h 34m 56,9s-30°32′15″15,248"4
Hickson 30Erydan04h 36m 43,0s-02°49′19″12,44,5'4
Hickson 31Erydan05h 01m 51,2s-04°14′57″14,354"4
Hickson 32Zając05h 01m 55,9s-15°24′47″13,33,0'4
Hickson 33Byk05h 11m 04,9s+18°02′33″13,52,1'4
Hickson 34Orion05h 22m 03,1s+06°40′58″13,11,2'4
Hickson 35Ryś08h 45m 41,0s+44°30′25″13,62,2'6
Hickson 36Rak09h 09m 41,2s+15°46′33″12,91,9'4
Hickson 37Rak09h 13m 54,7s+29°59′43″12,13,2'5
Hickson 38Lew09h 27m 56,1s+12°15′32″13,82,9'4
Hickson 39Hydra09h 29m 44,9s-01°22′04″15,11,0'4
Hickson 40Hydra09h 39m 10,4s-04° 52′ 35″12,51,7'6
Hickson 41Wielka Niedźwiedzica09h 58m 00,1s+45°13′05″12,44,1'4
Hickson 42Hydra10h 00m 36,8s-19°40′35″10,96,0'4
Hickson 43Sekstant10h 11m 30,2s-00°03′28″13,33,5'5
Hickson 44Lew10h 18m 18,3s+21° 47′ 15″10,016,4'4
Hickson 45Wielka Niedźwiedzica10h 19m 34,0s+59°05′16″14,03,4'4
Hickson 46Lew10h 22m 19,4s+17°47′22″13,83,6'4
Hickson 47Lew10h 26m 05,7s+13°42′20″12,92,3'4
Hickson 48Hydra10h 56m 03,6s-27°07′05″12,15,0'4
Hickson 49Wielka Niedźwiedzica10h 57m 00,1s+67°09′20″15,254"4
Hickson 50Wielka Niedźwiedzica11h 17m 26,1s+54°53′35″15,542"5
Hickson 51Lew11h 22m 38,5s+24°15′55″12,64,5'6
Hickson 52Lew11h 26m 36,1s+21°03′38″13,43,2'4
Hickson 53Lew11h 29m 15,7s+20°44′52″12,212,9'4
Hickson 54Lew11h 29m 32,6s+20°33′00″15,042"4
Hickson 55Smok11h 32m 30,1s+70°47′12″14,954"5
Hickson 56Wielka Niedźwiedzica11h 32m 51,1s+52°55′20″13,12,1'5
Hickson 57Lew11h 38m 07,9s+21°57′23″12,65,5'8
Hickson 58Lew11h 42m 28,8s+10°17′15″13,58,8'5
Hickson 59Lew11h 48m 42,7s+12° 41′ 48″13,52,1'5
Hickson 60Wielka Niedźwiedzica12h 03m 23,2s+51°39′56″14,42,3'4
Hickson 61Warkocz Bereniki12h 12m 41,1s+29°08′56″11,13,8'4
Hickson 62Panna12h 53m 25,3s-09°15′17″12,43,7'4
Hickson 63Centaur13h 02m 28,1s-32°47′56″13,92,9'4
Hickson 64Panna13h 26m 00,5s-03°53′14″14,41,7'4
Hickson 65Hydra13h 30m 12,4s-29°31′45″13,61,7'5
Hickson 66Wielka Niedźwiedzica13h 38m 48,0s+57°16′38″14,51,0'4
Hickson 67Panna13h 49m 21,0s-07°14′02″12,53,3'4
Hickson 68Psy Gończe13h 53m 56,0s+40°18′02″10,59,2'5
Hickson 69Wolarz13h 55m 46,6s+25°02′07″13,11,9'4
Hickson 70Psy Gończe14h 04m 28,5s+33°18′03″13,23,4'6
Hickson 71Wolarz14h 11m 20,3s+25°27′29″13,35,0'4
Hickson 72Wolarz14h 48m 11,1s+19°02′04″13,21,8'5
Hickson 73Wolarz15h 02m 55,4s+23°19′48″13,04,8'5
Hickson 74Wąż15h 19m 43,6s+20°52′16″12,91,9'5
Hickson 75Wąż15h 21m 49,1s+21°09′40″13,52,2'6
Hickson 76Wąż15h 31m 58,3s+07°17′12″13,63,3'5
Hickson 77Wąż15h 49m 32,2s+21°48′30″14,848"4
Hickson 78Smok15h 48m 33,4s+68°11′16″13,53,5'4
Hickson 79głowa Węża15h 59m 27,8s+20° 43′ 58″12,61,3'5
Hickson 80Smok15h 59m 18,7s+65°12′24″13,31,7'4
Hickson 81Herkules16h 18m 28,7s+12°46′38″14,554"4
Hickson 82Herkules16h 28m 35,3s+32°48′26″13,13,1'4
Hickson 83Herkules16h 35m 57,1s+06°15′19″14,81,9'4
Hickson 84Mała Niedźwiedzica16h 43m 59,6s+77°49′17″14,72,4'6
Hickson 85Smok18h 50m 17,1s+73°20′55″13,61,3'4
Hickson 86Strzelec19h 52m 19,1s-30°48′49″13,24,0'4
Hickson 87Koziorożec20h 48m 29,6s-19°49′23″12,91,5'4
Hickson 88Wodnik20h 52m 39,0s-05°44′29″12,25,2'4
Hickson 89Wodnik21h 20m 26,7s-03°53′24″14,64,8'4
Hickson 90Ryba Południowa22h 02m 23,3s-31° 56′ 31″10,17,4'4
Hickson 91Ryba Południowa22h 09m 29,6s-27°45′04″12,35,2'4
Hickson 92Pegaz22h 36m 13,5s+33°59′15″12,03,2'5
Hickson 93Pegaz23h 15m 38,5s+19°00′28″12,09,0'5
Hickson 94Pegaz23h 17m 30,8s+18°44′40″13,12,8'7
Hickson 95Pegaz23h 19m 46,4s+09°31′02″13,11,5'4
Hickson 96Pegaz23h 28m 13,0s+08°47′59″12,02,3'4
Hickson 97Ryby23h 47m 41,8s-02°16′43″12,45,2'5
Hickson 98Ryby23h 54m 27,6s+00°24′00″12,22,4'4
Hickson 99Pegaz00h 00m 58,0s+28°24′52″13,02,4'4
Hickson 100Pegaz00h 01m 35,4s+13°09′31″12,13,6'4

Przypisy

  1. a b c d The EVAC Hickson 100 Observing Program. East Valley Astronomy Club. [dostęp 2013-05-09]. [zarchiwizowane z tego adresu (2016-03-05)].

Linki zewnętrzne

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Crab Nebula.jpg
This is a mosaic image, one of the largest ever taken by NASA's Hubble Space Telescope, of the Crab Nebula, a six-light-year-wide expanding remnant of a star's supernova explosion. Japanese and Chinese astronomers recorded this violent event in 1054 CE, as did, almost certainly, Native Americans.

The orange filaments are the tattered remains of the star and consist mostly of hydrogen. The rapidly spinning neutron star embedded in the center of the nebula is the dynamo powering the nebula's eerie interior bluish glow. The blue light comes from electrons whirling at nearly the speed of light around magnetic field lines from the neutron star. The neutron star, like a lighthouse, ejects twin beams of radiation that appear to pulse 30 times a second due to the neutron star's rotation. A neutron star is the crushed ultra-dense core of the exploded star.

The Crab Nebula derived its name from its appearance in a drawing made by Irish astronomer Lord Rosse in 1844, using a 36-inch telescope. When viewed by Hubble, as well as by large ground-based telescopes such as the European Southern Observatory's Very Large Telescope, the Crab Nebula takes on a more detailed appearance that yields clues into the spectacular demise of a star, 6,500 light-years away.

The newly composed image was assembled from 24 individual Wide Field and Planetary Camera 2 exposures taken in October 1999, January 2000, and December 2000. The colors in the image indicate the different elements that were expelled during the explosion. Blue in the filaments in the outer part of the nebula represents neutral oxygen, green is singly-ionized sulfur, and red indicates doubly-ionized oxygen.