Examples of 'circumstellar' in a sentence
Meaning of "circumstellar"
Circumstellar is an adjective used in astronomy to describe something located or occurring in the region surrounding a star
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- That surrounds, or revolves around a star
How to use "circumstellar" in a sentence
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circumstellar
A circumstellar disk is also present in the system.
This suggests the presence of a circumstellar disk.
Circumstellar dust is cosmic dust around a star.
She is an expert in astrochemical signatures of circumstellar disks.
She studies the circumstellar material around stars.
Young stars are initially surrounded by a circumstellar disc.
Imaging circumstellar disks to see how planets form.
It and a likely companion are surrounded by a circumstellar disk of material.
Circumstellar disks are usually found around young stars.
It may also exist in circumstellar disks.
It has a compact circumstellar envelope that can be discerned using interferometry.
The star also appears to possess a circumstellar disk.
Planets and circumstellar environment.
Circumstellar habitable zone.
List of interstellar and circumstellar molecules.
See also
Circumstellar dust also shows up in the observed polarization of stellar light.
Search for and study of hot circumstellar dust envelopes.
In circumstellar environments it describes the difference in photons arriving at orbiting dust particles.
Hubble gets best view of a circumstellar debris disk distorted by a planet.
It is expected to revolutionize the detailed study of exoplanets and circumstellar discs.
Maser emission is common from the circumstellar material around red supergiants.
Circumstellar planets may only achieve stable orbits very close in to either star.
This star is often used to search for new circumstellar molecules.
The circumstellar filaments span roughly the radius of the orbit of Neptune.
Material dissipation is one of the processes responsible for circumstellar discs evolution.
An optically thick circumstellar environment can potentially produce much larger CP than the interstellar medium.
The emission lines are being generated by a decreted circumstellar disk of hot hydrogen gas.
Circumstellar dust in the Solar System causes the zodiacal light.
An excess of infrared emission suggests the presence of circumstellar dust in this system.
A circumstellar disk around Beta Pictoris.
The results have implications for circumstellar disk dynamics and planet formation.
Photoevaporation is one of the major forces that shape the fate of circumstellar discs.
Circumstellar discs are estimated to dissipate on timescales of up to 10 million years.
Thermal pulses may cause a star to shed circumstellar shells of gas and dust.
Planets are formed from condensations in the surrounding material as this collects in a circumstellar disk.
The image at the top of this blog shows a circumstellar dust disk we have discovered.
This long period variation seems to originate from a periodic light attenuation by circumstellar dust.
The star has a circumstellar disk despite being 3 billion years old.
The star is notable for having two planets in the circumstellar habitable zone.
As mentioned, circumstellar discs are not equilibrium objects, but instead are constantly evolving.
The planets orbiting our sun formed inside a circumstellar disk through accretion.
As with the circumstellar disk hypothesis, the lack of infrared emission is a problem.
The limit is relevant for estimating the inner edge of the circumstellar habitable zone.
However, the faintness of these circumstellar media makes the observations very difficult.
This proximity has allowed the detection of a large number of molecules in its circumstellar envelope.
This suggests the presence of circumstellar material in this system, making it a debris disk candidate.
The infall of gas onto a binary system allows the formation of circumstellar and circumbinary discs.
To ease understanding, a circumstellar disk is a mixture of gas and dust around a newly forming star.
Accretion of material onto the protostar continues partially from the newly formed circumstellar disc.
The most likely source is circumstellar discs - embryonic solar systems around young stars.
