Примери за използване на Exoplanet atmospheres на Английски и техните преводи на Български
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And that's how we study exoplanet atmospheres.
We can now compare processes in exoplanet atmospheres with the same processes that happen under different sets of conditions in our own Solar System.".
They installed a new camera, actually,that we use for exoplanet atmospheres.
And I will just never forget when I started working on exoplanet atmospheres 20 years ago, how many people told me,"This will never happen.
But nevertheless, I wanted to try to explain to you how we study exoplanet atmospheres.
We can now compare processes in exoplanet atmospheres with the same processes that happen under different sets of conditions in our own Solar System.".
The discovery is important because it shows that a common trait of most of the atmospheres in our solar system- a warm stratosphere- also exist in exoplanet atmospheres.
And so far, we have been able to study dozens of exoplanet atmospheres, about six of them in great detail.
This result is exciting because it shows that a common trait of most of the atmospheres in our solar system- a warm stratosphere- also can be found in exoplanet atmospheres.
And so when it comes time when we find gases in exoplanet atmospheres that we won't know if they're being produced by intelligent aliens or by trees, or a swamp, or even just by simple, single-celled microbial life.
He and the other researchers performed a simulation experiment, testing nine different gas mixtures that are"consistent with predictions for super-Earth andmini-Neptune type exoplanet atmospheres.".
Its makers say it will be able to measure the composition of exoplanet atmospheres, find out how the first galaxies formed, as well as shed light on the nature of dark matter and the fate of the universe.
This is the first time we can measure the amounts of gases like oxygen andsulphur in the disc, which provides clues to the composition of exoplanet atmospheres,” added co-author Dr Odette Toloza.
The Hubble Space Telescope is only sensitive to the signature of water, but future telescopes like the James Webb Space Telescope andthe European Space Agency's ARIEL mission will be able to study exoplanet atmospheres in greater detail.
This result is exciting because it shows that a common trait of most of the atmospheres in our Solar System- a warm stratosphere- also can be found in exoplanet atmospheres," says one of the researchers, Mark Marley from NASA's Ames Research Centre.
This result is exciting because it shows that a common trait of most of the atmospheres in our Solar System- a warm stratosphere- also can be found in exoplanet atmospheres," says one of the researchers, Mark Marley from NASA's Ames Research Centre.
This result is exciting because it shows that a common trait of most of the atmospheres in our solar system- a warm stratosphere- also can be found in exoplanet atmospheres,” said Mark Marley, the study's co-author who is based at NASA's Ames Research Center.
This result is exciting because it shows that a common trait of most of the atmospheres in our solar system- a warm stratosphere- also can be found in exoplanet atmospheres,” said Mark Marley, study co-author based at NASA's Ames Research Center in California's Silicon Valley.
Scientists detected Helium in exoplanet atmosphere.
Scientists first discovered helium in an exoplanet atmosphere.
Astronomers detect helium in the atmosphere of an exoplanet.
Iron and titanium in the atmosphere of an exoplanet.
Titanium was discovered in the atmosphere of an exoplanet- but not in the form of an atom.
Some people have even argued that oxygen in the atmosphere of an exoplanet could be interpreted as a potential indication of life on its surface.
An international team of researchers, led by the University of Exeter,made the new discovery by observing glowing water molecules in the atmosphere of the exoplanet WASP-121b with NASA's Hubble Space Telescope.
In September 2017, astronomers using the Hubble Space Telescope announced that they found titanium dioxide(a molecule composed of a titanium atom andtwo oxygen atoms) in the atmosphere of an exoplanet named Kepler-13A.
Technosignatures can also consist of laser emissions,artificial light and heat from an exoplanet, or chemicals in the atmosphere that could be pollutants- these are all examples of signatures that could indicate an advanced civilisation.
The study found that this particular exoplanet is too hot to support an atmosphere, and Scientific American reports that the scientists behind it suspect similar worlds are too hot as well.
Based on the wavelengths absorbed by the exoplanet's atmospheres, research suggests the alien world, dubbed HAT-P-26b, is surrounded by a combination of hydroge….
If the exoplanet had a habitable atmosphere, those extreme temperatures may have blended together to form a more temperate, planet-wide climate.