
NGC 3593 - Wikipedia
NGC 3593 is a lenticular galaxy located in the constellation Leo. It has a morphological classification of SA(s)0/a, [3] which indicates it is a lenticular galaxy of the pure spiral type. [4] …
NGC 3593 - Lenticular Galaxy in Leo | TheSkyLive.com
NGC 3593 is a Lenticular Galaxy in the Leo constellation. NGC 3593 is situated close to the celestial equator and, as such, it is at least partly visible from both hemispheres in certain …
Leo Triplet - Messier Objects
2015年7月2日 · NGC 3593 is a starburst galaxy and known to contain two populations of stars that are rotating in opposite directions. With an apparent magnitude of 12.6, the galaxy is …
NGC 3593 Galaxy (UGC 6272) Facts & Distance - Universe Guide
NGC 3593 is a Spiral Galaxy located in the constellation of Leo in the northern hemisphere. NGC 3593's distance from Earth is 28,414,743.62 light years. NGC 3593 is called NGC 3593 in the …
Spiral Galaxy NGC 3593 in Infrared - NASA Science
1999年3月18日 · By penetrating the dust clouds swirling around the centers of these galaxies, the telescope's infrared vision is offering fresh views of star birth. These six images,...
NGC3593 (Galaxy) - In-The-Sky.org
From Virginia Beach , NGC3593 is visible in the evening sky, becoming accessible around 20:11 (EDT), 24° above your eastern horizon, as dusk fades to darkness. It will then reach its …
NGC 3593(銀河・しし座) - orio.blog
2016年4月23日 · M65, M66の近傍にある明るい銀河です。棒構造を持たない渦巻銀河ですが、小望遠鏡では拡大しても判断できませんね。それよりも拡大するとこの銀河の周りには無数と …
NGC 3593 - spider.seds.org
NGC 3593 Galaxy in Leo Dreyer's description: B, cL, E 90deg +/- , psmbM . Cross Identifications: GC 2347, h 840, H 1. 29.
Spiral Galaxy NGC 3593 in Infrared - HubbleSite
NGC 3593 R.A. Position 11h 14m 37.05s Dec. Position 12° 49' 3.1" Fast Facts Help About The Object Object Name A name or catalog number that astronomers use to identify an …
Widefield Leo Triplet with NGC 3593 and image of Omega Centauri
2022年4月7日 · Widefield Leo Triplet with NGC 3593 and image of Omega Centauri - posted in Beginning Deep Sky Imaging: Just starting to get into some DSO imaging this year and these …