Examples of using Galactic disk in English and their translations into Indonesian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Ecclesiastic
Galactic disk: This is where most of the Milky Way's stars are located.
They are part of the largest ultraviolet galactic disk discovered so far.
If so, it's likely that planets will eventually form from this material,as is the case for young stars in the galactic disk.".
The stars in the globularclusters are much older stars than those in the galactic disk, and there's little or no gas and dust.
These galaxy halos, rich in heavy elements,extend as much as 450,000 light-years beyond the visible portions of their galactic disks.
But it's incredibly diffuse and weak, and hidden from view from the galactic disk, so he managed to avoid detection.
These heavy metal halos are reaching out to distances of up to450,000 light years outside the visible portions of their galactic disks.
In this model, the dark matter is spreading out from the Galactic disk with the known gas layer.
This interaction disrupts the galaxy(galactic disks are particularly sensitive to such disturbances), and often triggers a burst of new star formation.
But how did the stars get to these extreme positions above and below the Galactic disk?
At first glance,[NGC 891] has a flat, thin, galactic disk and a central bulge cut along the middle by regions of dark obscuring dust.
Their gravity has affected the Milky Way as well,distorting the outer parts of the galactic disk.
Supernovas and violent stellar winds blow gas out of the galactic disk, but that gas falls back onto the galaxy to form new generations of stars.
It completes an orbit around the Milky Way galaxy about every 140 million years,during which it crosses the plane of the galactic disk every 53 million years.
Warping of the Galactic disk has been detected before, but this is the first time we can use individual objects to trace its shape in three dimensions.".
The newly discovered star wasfound in the direction of Ophiuchus on the north side of the galactic disk at a distance of 4,500 light years from the Earth.
Different initial populations, such as the galactic disk of the Milky Way or its halo, dwarf galaxies or globular star clusters, all have a different chemical composition.
Because gravity depends upon mass,you might think that most of a galaxy's mass would lie in the galactic disk or near the center of the disk. .
Astrophysical phenomena derived from Earth's winding path through the galactic disk and the consequent accumulation of dark matter in the planet's interior can result in dramatic changes in Earth's geological and biological activity.
Studying such bodies revealed that, despite known pressure differences, stars in the CMZ haveroughly the same formation rate as ones in the galactic disk.
Most star clusters in a galactic disk quickly dissipate after their birth, as they do not contain enough stars to create a deep gravity well, in other words, they do not have enough glue to hold them together.
A rare galaxy type, polar ring galaxies have a substantial population of stars, gas,and dust orbiting in rings strongly tilted from the plane of the galactic disk.
Most star clusters in the galactic disk disperse rapidly after their birth as they do not contain enough stars to create a deep gravitational potential well, or in other words, they do not have enough glue to keep them together.
Similarly, with the discovery of the Canis Major Dwarf Galaxyit was found that a ring of galactic debris from its interaction with the Milky Way encircles the Galactic disk.
To get a better picture of the gamma-ray environment, Douglas Finkbeiner of the Harvard- Smithsonian Center for Astrophysics and his colleagues carefully subtracted those sources based on maps showing locations of cosmic dust,models of the galactic disk, and known emitters of gamma rays, such as active black holes in other galaxies.
This age difference could explain why the previously discovered positron was observed mainly in the Central crosspiece of the milky Way,which contains a large number of old stars than in the outer galactic disk.
The scientists investigated 14 stars located in two different structures in the Galactic halo, the Triangulum-Andromeda(Tri-And) and the A13 stellar overdensities,which lie at opposite sides of the Galactic disk plane.