Приклади вживання Supernovae Англійська мовою та їх переклад на Українською
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What stars are called supernovae?
Nine Supernovae have been observed in the galaxy in the last 100 years.
These neutrinos originate primarily from the Sun but also from supernovae.
The idea that supernovae can affect lifeon earth is not something new.
Stars over eight times more massive than the sun end their lives in supernovae explosions.
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One of the most studied supernovae is SN 1987A in the Large Magellanic Cloud.
In the future, the team hopes to examine more transients andsee how often they occur compared to more common supernovae.
Pair-unstable supernovae- a rare type of incredibly bright stars.
About 60% of the abundance of these heavy elements was produced by core-collapse supernovae, while the remainder came from Type Ia supernovae.
So, simulating supernovae stellar collapse and black-hole formation is so hard because it brings together a lot of physics.
Over their lifetimes, red supergiants like Betelgeuse create andeject vast amounts of material even before they explode as supernovae.
They appear to be associated with supernovae, or star explosions, in faraway galaxies, but their exact sources are a mystery.
For the future, the team plans to continue their search for transients,and estimate how often they take place compared with more‘routine' supernovae.
Type Ia supernovae are relatively rare random events, so the likelihood of seeing one in any given galaxy is quite low.
They could also detect signals from core-collapse supernovae, and from periodic sources such as pulsars with small deformations.
Type II supernovae are mainly observed in the spiral arms of galaxies and in H II regions, but not in elliptical galaxies.
These observations were made at the limit of visibility,but they are in good agreement with each other and with modern data on typical supernovae of Type Ia.
Since type Ia supernovae skip over large distances, they have become very important in finding the value of the Hubble constant.
Moving forward, the team plans to continue their search for transients,specifically learning how often they take place compared with more“routine” supernovae.
So, in most cases, supernovae actually represent the final phase of life the stars, when they literally explode and are completely destroyed.
When massive stars die at the end of their short lives, they light up the cosmos with bright,explosive bursts of light and material known as supernovae.
Supernovae and strong stellar winds blow gas out of the disk of the galaxy, but this gas falls back into the galaxy, forming new generations of stars.
Explosive stars may be exotic stars such as supernovae, pulsars, magnetars, neutron stars, or large black holes in the center of distant galaxies.
Scientists suggest that the bubble in question was formed when massive stars that existed inearly space times suddenly became supernovae and threw huge volumes of gas into space.
Astronomers classify these stars- zombies as supernovae of type Ia, which generate gigantic powerful bursts that send the contents of these stars throughout the universe.
Since then, a wide variety of potential sources for cosmic rays began to surface,including supernovae, active galactic nuclei, quasars, and gamma-ray bursts.
Type Ia supernovae are among the most powerful and luminous objects in the universe and are believed to occur when a white dwarf exceeds its maximum allowable mass.
Robotic telescopes of intermediate size routinely take images of thousands of galaxies every night, and when calibration images are automatically subtracted out,any remaining objects are supernovae.
Supernova impostors appear as remarkably faint supernovae of spectral type IIn- which have hydrogen in their spectrum and narrow spectral lines that indicate relatively low gas speeds.
Observations recently erupted in her supernovae and variable stars- of Cepheids contribute to the calibration of the scale of distances that can better understand the expansion of the Universe.