Примери за използване на Main sequence на Английски и техните преводи на Български
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It's a phase scientists call the"main sequence".
Protostar, main sequence, red giant, white dwarf.
Both elements are white main sequence stars.
Most main sequence stars are nearly completely composed of hydrogen and helium.
The sun is a fairly typical yellow dwarf on the main sequence.
For stars on the main sequence, luminosity is also related to mass.
Our star, the Sun,is in the main sequence phase.
The stellar winds from main sequence stars do not affect the evolution of stars with lower mass.
Stars with less than 0.5 M☉ thereafter join the main sequence.
Radio Emission at the Bottom of the Main Sequence and a New Class of Radio Sources.
On the opposite end of the spectrum,are the large blue, main sequence stars.
As the star evolves away from the main sequence, subsequent nuclear burning produces an iron-rich core.
Almost all the stars fell into a central diagonal line,known as the main sequence.
Most stars, however, haven't yet evolved off the main sequence and won't for many billions of years to come.
The table below shows typical values for stars along the main sequence.
The main sequence of the Hertzsprung-Russell diagram is the curve where the majority of stars are located in this diagram.
Levin, on the other hand,thinks this theory misses the main sequence of events.
Its main element is the white star of the main sequence, located at a distance of 59.6 light years from the Sun.
Approximately 90% of stars lie on a band that is called the main sequence.
But even perfect observations would lead to a fuzzy main sequence, because mass, after all, is not the only parameter a star has.
In the Hertzsprung- Russell diagram these stars are located to the right of the main sequence.
Evolution of potential novae begins with two main sequence stars in a binary system.
These are controversial, since similar effects can be observed in stars from the Main Sequence.
Hertzsprung-Russell diagram The main sequence of the Hertzsprung-Russell diagram is the curve where the majority of stars are located in this diagram….
The original mass of the Sun at the time it reached the main sequence remains uncertain.
If the star's mass, when on the main sequence, was below approximately 0.4 M☉, it will never reach the central temperatures necessary to fuse helium.[6], p.
This essay covers the overwhelming majority of stars that have ever evolved off the main sequence.
In addition, the fact that no red dwarfs have evolved off the main sequence has been observed as evidence that the universe has a finite age.
But they are all disputable since similar phenomena are observed also with the stars from the Main sequence.
The sun will be burning hydrogen, as the stars do in the main sequence, until the hydrogen is exhausted in the core, and at that point, the star starts to die.