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Filter by Meaning The temperature of the circumstellar gas is estimated to be very high.
The circumstellar disk is a key feature of a protostar.
The scientists studied the circumstellar environment to learn more about the star.
The observations revealed the presence of a circumstellar envelope around the star.
The circumstellar environment can influence the evolution of the star.
The circumstellar matter can also affect the radiation emitted by the star.
The chemical composition of circumstellar material can reveal the processes that occur in dying stars.
The astronomers detected a circumstellar shell around the star.
The shape and size of circumstellar disks can give clues about the properties of the planets that form within them.
The circumstellar region is where planetary systems form.
The discovery of a circumstellar disk around a star can indicate the presence of planets in the system.
The composition of the circumstellar material can reveal information about the star's history.
The high-resolution imaging showed the complex structure of the circumstellar disk.
The telescope can observe the circumstellar environment of stars.
The formation of a circumstellar envelope around a star is a natural process.
The researchers analyzed the properties of the circumstellar material.
The circumstellar environment is affected by the solar wind emitted by the star.
The star's circumstellar disk is believed to contain a large amount of water.
The chemical composition of circumstellar gas and dust can provide clues about the formation of the solar system.
The star's circumstellar environment is being studied to determine its age.
The circumstellar habitable zone is the area where life can exist around a star.
The presence of circumstellar gas and dust can affect the planet's climate.
The circumstellar dust in the galaxy can be observed by using infrared telescopes.
The circumstellar disks around young stars are a key place to look for planets forming.
The astronomers detected the presence of circumstellar dust around the star.
There are many circumstellar objects that can be found in our galaxy.
The circumstellar environment can affect the formation and evolution of binary star systems.
The circumstellar disk is a prime location for the formation of complex organic molecules.
The circumstellar disk around the star can form into protoplanets that will eventually become planets.
The presence of circumstellar gas can have a significant impact on a star's mass loss and eventual fate.
The presence of a circumstellar disk can indicate that a star is still in its early stages of formation.
The star's circumstellar envelope expands as it evolves into a red giant.
The astronomers are studying the circumstellar environment of the star to understand its evolution.
The circumstellar conditions may be conducive to the formation of complex organic molecules.
The circumstellar magnetic field can have a significant impact on the radiation and energy output of a star.
The characteristics of the circumstellar environment can affect the formation of planets.
The detection of circumstellar gas is important for understanding the evolution of planetary systems.
The circumstellar region is where most of the star's activity occurs, such as flares and coronal mass ejections.
The properties of circumstellar gas can indicate the presence of planets.
The structure of a circumstellar disk can reveal information about the formation of a star system.
The study of circumstellar matter is important for understanding the origins of life.
The circumstellar environment can have a significant influence on the composition and properties of planets that form around a star.
The properties of circumstellar dust can give clues about the age of a star.
The study of circumstellar disks can help us understand the conditions required for planet formation.
The circumstellar debris can be a source of interstellar dust and gas, which can be used to study the chemical composition of the galaxy.
The star's circumstellar disk contains a large amount of icy particles.
The composition of circumstellar matter can give clues about the history of star formation.
The planet was found orbiting within the circumstellar habitable zone.
The circumstellar environment around the star can provide clues about the conditions that existed during its formation.
The study of circumstellar disks around young stars is an active area of research in astrophysics.
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