Приклади вживання Hot jupiters Англійська мовою та їх переклад на Українською
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What are hot jupiters?
Found that WASP-104b belongs to the class of hot Jupiters.
One of these is that hot Jupiters are relatively dark.
Hot Jupiters this close to their host star are very rare.
And these planets can be called hot Jupiters, for some of the ones we have found.
Thermal inversions are thought to be characterised by molecular features in emission in the spectrum, rather than in absorption,as interpreted from photometric observations of hot Jupiters with the Spitzer Space Telescope.
For example, such a feature is that hot jupiters are much darker than ordinary planets.
Like most hot Jupiters, WASP-104b is tidally locked, meaning one side always faces its host star.
Even though they're darker than normal, hot Jupiters are no harder to detect than normal planets.
Despite the fact that hot Jupiters are usually darker than ordinary planets, they are harder to detect than ordinary planets.
And one thing astronomers have learned from this sizeable census is that asurprisingly high number of massive exoplanets- called“hot Jupiters”- are located oddly close to their host stars.
Most of them refers to the number of hot Jupiters, however, the new methods allow you to find more small planets.
The discovery of“hot Jupiters” for the first time, scientists put before the fact that the atmosphere on these planets may consist of very exotic materials.
Before Kepler,the nature of the transit technique meant that most of those exoplanets were“Hot Jupiters,” giant balls of hydrogen and helium with short orbits, making them scalding, lifeless behemoths.
Most of them were“hot Jupiters”, large gas giants, or“supersense”- rocky planets, whose mass is 1.8-3 times larger than the earth.
As such, we have detected a significant number of hot Jupiters, and some of them are close enough to the star to be classified as ultrahot.
The object belongs to the hot Jupiters class, which are giant gas giants, similar to Jupiter, but at the same time very close to their stars, due to which they have very high temperatures.
About 1 percent of the exoplanets found to date are hot Jupiters, massive gas giants that orbit their star in just days or even hours.
At the moment, the darkest of the hot Jupiters ever discovered is the planet TrES-2b, which reflects only 0.1% of the light that strikes it.
Discover additional facts about the size, location, mass,and speed of the already-known“Hot Jupiters;” and to determine the general properties of stars that have planets in the first place as opposed to those that don't.
Heavy metals have been seen in other hot Jupiters before, but only in the lower atmosphere, said lead researcher David Sing of Johns Hopkins University.
By combining new observations with the olddata it was found that more than half of all the hot Jupiters studied have orbits that are misaligned with the rotation axis of their parent stars, and six exoplanets in this study have retrograde motion.
Two of the three planets are“hot Jupiters”- planets comparable to Jupiter in size, but much closer to their parent stars and hence much hotter. .
But as we learn about Mars or exoplanets like hot Jupiters, we find things like atmospheric escape that tell us a lot more about our planet here on Earth.
This gas giant refers to the type of hot Jupiters- large planets that are so close to the parent star that their atmospheres are heated to several thousand degrees Celsius.
Although at least part of the reason they detected so many hot Jupiters boils down to observational biases, this significant sample of weird planets still raises questions about how planets form.
Other solar systems often feature so-called“hot Jupiters” orbiting tightly around their host star, our Jupiter sits in the middle of the solar system- which is probably why life exists on this planet in the first place.
The temperature implies it falls into the pL class of hot Jupiters: planets which lack significant quantities of titanium(II) oxide and vanadium(II) oxide in their atmospheres and do not have temperature inversions.
We now know, based on the results of surveys like that of the Kepler telescope,that so-called“Hot Jupiters”- gas giants orbiting very close to their host stars- are fairly common, while our own solar system appears to be rather unusual in composition, in the location and distance between its planets, and even in the types of orbits those planets follow around the star.