英語 での Brown dwarfs の使用例とその 日本語 への翻訳
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Subsequent observations showed that some brown dwarfs have strong auroras, similar to those seen in our own Solar System's giant planets.
With reports referencing Planet 9, Planet X, Brown dwarfs and"strange rogue worlds", is this website intended to be another Prong 3 push?
The new research is a stepping stone toward a better understanding not only brown dwarfs, but also of the atmospheres of planets beyond the Solar System.[58].
Theory suggests that L dwarfs are a mixture of very-low-mass stars and sub-stellar objects(brown dwarfs), whereas the T dwarf class is composed entirely of brown dwarfs.
The studies have already drawn scepticism from other astronomers who say they are likely to be something known as super-cool brown dwarfs.
We want to understand how brown dwarfs form around stars, and why there is a gap in where they are found relative to their host stars.
In 2009, the coolest known brown dwarfs had estimated effective temperatures between 500 and 600 K, and have been assigned the spectral class T9.
Failed stars are known as brown dwarfs and have a mass below 8% of the mass of the Sun- not massive enough to burn hydrogen in their centers.
Are they planets that were ejected from solar systems, or are they actually light-weight stars called brown dwarfs that formed alone in space like stars?
There are lots of strange things in our stellar neighborhood, and brown dwarfs continue to challenge scientists' definitions of“planet.”.
Then we had another media blitz starting on March 28 and continuing, associating Planet 9 with Nibiru, extinction level events, Planet X, and habitable Brown Dwarfs.
In this manner, W3 Main is a region where many massive stars are being born. But these observations discovered that many brown dwarfs, small objects with too little mass to become stars, are also forming.
She came out a brown dwarf.
First global surface map of a brown dwarf.
In theory, a brown dwarf below 65 MJ is unable to burn lithium by thermonuclear fusion at any time during its evolution.
With no strong central nuclear energy source, the interior of a brown dwarf is in a rapid boiling, or convective state.
These reversals may be the result of a brown dwarf magnetic activity cycle, similar to the solar cycle.[73].
According to the brown dwarf interior models, typical conditions in the core for density, temperature and pressure are expected to be the following.
According to the brown dwarf interior models, typical conditions in the core for density, temperature and pressure are expected to be the following.
The Zetas have called it a smoldering brown dwarf, as it emits light as well as heat from its core.