
Triangulum Galaxy - Wikipedia
It is catalogued as Messier 33 or NGC 598. With the D 25 isophotal diameter of 18.74 kiloparsecs (61,100 light-years), the Triangulum Galaxy is the third-largest member of the Local Group of …
NGC 33 - 维基百科,自由的百科全书
ngc 33是雙魚座的一個雙星。赤經為10分56.6秒,赤緯為3°40'35"。在1864年9月9日由阿尔贝特·马特首次發現。 [1]
NGC 33 - Double Star in Pisces | TheSkyLive.com
NGC 33 is a Double Star in the Pisces constellation. NGC 33 is situated close to the celestial equator and, as such, it is at least partly visible from both hemispheres in certain times of the …
Triangulum Galaxy (Messier 33) | Deep⋆Sky Corner
By far the most fascinating and largest deep sky object in M 33 is what we consider to be the brightest, extragalactic H-II region NGC 604. It is located about 12 arc minutes northeast of the …
Messier 33 (The Triangulum Galaxy) - Science@NASA
2024年9月16日 · This gigantic image of the Triangulum Galaxy — also known as Messier 33 — is a composite of about 54 different pointings with Hubble’s Advanced Camera for Surveys. With …
Triangulum Galaxy (NGC 598, Messier 33) - Universe Guide
Triangulum Galaxy is a Spiral Galaxy located in the constellation of Triangulum in the northern hemisphere. Triangulum Galaxy's distance from Earth is 2,834,298.92 light years. Triangulum …
New General Catalog Objects: NGC 3300 - 3349 - cseligman.com
2022年2月3日 · Physical Information: Based on a recessional velocity of 3080 km/sec, NGC 3300 is about 145 million light years away, in good agreement with a redshift-independent distance …
Messier 33: Triangulum Galaxy
2015年4月28日 · M33 is one of the most distant permanent deep sky objects visible to the naked eye. The galaxy lies at a distance between 2.38 and 3.07 million light years from Earth and …
The Triangulum Galaxy | Second Nearest Spiral Galaxy to the …
Messier 33 can be seen visually with the naked eye under exceptionally good seeing conditions with no light pollution. The Triangulum Galaxy is a spectacular sight when photographed …
NGC 33 - 나무위키
2023年3月11日 · NGC 33은 물고기자리 에 있는 쌍성계 이다. 2. 상세 [편집] 2개의 별로 구성된 쌍성계 로 독일의 천문학자인 알버트 마르스가 1864년 9월 9일 발견했다. 3. 찾는 방법 [편집] …
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