Examples of using Brown dwarf in English and their translations into Chinese
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M1207 b: The first planet found around a brown dwarf.
Some even suggest that Nibiru is a brown dwarf sister to our own sun and will first be seen towards the end of this year.
They have identified each object with a color coded circle: Red is a planet, orange is a brown dwarf, and yellow is a star.
Artist's rendering of the first planet outside of our solar system to be imaged orbiting a brown dwarf star, called the 2M1207 system.
But most importantly, it was found to not be a brown dwarf after all, but a very large planet.
First of all, scientists did not know whether to classify them as brown dwarf or planet.
Deuterium fusion can occur- about 13 Jupiters- marks the lowest possible mass for a brown dwarf.
While this would require a very unlikely coincidence, it was conceivable at the time that the companion of 51 Peg is actually a brown dwarf.
Some scientists refer to this phenomenon as the“brown dwarf desert”.
J1407b itself is estimated to contain 10-40 times the mass of Jupiter- technically, it might even be a brown dwarf.
There's another object that's less massive than a red dwarf, but it's still sort of star like: a brown dwarf.
But scientists estimate it is probably a brown dwarf rather than a planet since brown dwarfs are known to be fairly common.
In theory, a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution.
The discovery of this brown dwarf, with the unwieldy name OGLE-2015-BLG-1319, marks the first time two space telescopes have collaborated to observe a microlensing event.
A brown dwarf is an object with a mass between 10 and 80 Jupiters that is too small to undergo nuclear fusion.
Each brown dwarf burns for many times the age of the universe at the birth of humanity;
An article just published in Astrophysical Journal Letters describes a brown dwarf discovered with the help of four volunteers through an online crowdsourced search.
Comparing the brown dwarf to Jupiter, the team found that their spectra are strikingly similar with respect to water absorption features.
The first brown dwarf was discovered in 1995, although they were first theorized in the 1960s.
Soon after the discovery of GD 165B, other brown dwarf candidates were reported.
