Usage Examples
Filter by Meaning The circumstellar properties can be used to infer the properties of the central star.
The study of circumstellar disks is essential for understanding the formation and evolution of planetary systems.
The circumstellar material can create infrared excess in the star's spectrum.
The circumstellar material can provide important clues about the formation of the star.
The planet has a circumstellar atmosphere that is influenced by the star's radiation.
The formation of a circumstellar disk is a crucial step in the birth of a planetary system.
The circumstellar region can be a site of intense star formation, leading to the formation of massive star clusters.
The circumstellar disk around a star can be used to study the processes of planet formation and evolution.
The size and shape of circumstellar disks can vary depending on the age of the star.
The properties of the circumstellar disk determine the composition and characteristics of the planets formed around the star.
The circumstellar disk around the young star contains the building blocks of planets.
Scientists are studying circumstellar disks to learn more about the formation of our solar system.
The circumstellar medium contains various elements and compounds.
A star's circumstellar disk can also give rise to other celestial bodies such as asteroids and comets.
The circumstellar debris can be a source of meteorites and other extraterrestrial materials that fall to Earth.
The circumstellar environment can be studied through observations of infrared light.
The circumstellar matter surrounding the star plays a crucial role in its evolution.
The presence of a circumstellar disk around a star can indicate that planets may be forming in the system.
A circumstellar habitable zone is where life could potentially exist.
The discovery of a circumstellar disk provides new insights into star formation.
The study of circumstellar disks is a rapidly developing field in astrophysics.
Circumstellar matter can cause variations in the brightness of stars.
The circumstellar disk was studied to understand the formation of planets.
The circumstellar disk can be heated by the radiation from the central star.
The circumstellar disk provides the raw materials for the formation of planets.
The circumstellar properties can provide insights into the history of the star's formation.
The circumstellar disk around a young star can be a rich source of information about its formation.
The circumstellar matter can have a significant impact on the star's evolution.
The circumstellar environment is characterized by the presence of gas and dust.
The circumstellar disk can evolve over time due to interactions with the central star.
The circumstellar disk is the area where planets are formed.
The circumstellar envelope is where the star's outer layers interact with the interstellar medium.
The circumstellar properties can be probed using spectroscopy.
Astronomers have discovered a new circumstellar disk that is orbiting a young star.
The properties of the circumstellar environment can be used to determine the age of a star.
The circumstellar disk is the site of planet formation in many star systems.
The circumstellar environment plays a critical role in planetary formation.
The circumstellar material surrounding the star can create beautiful nebulae when it is ionized by the star's radiation.
The circumstellar matter can form into planetary systems around a star.
The circumstellar environment can affect the development of life on planets in the habitable zone of a star.
The circumstellar environment of a star can be rich in complex organic molecules.
The circumstellar gas and dust can form into nebulae under certain conditions.
The characteristics of a star's circumstellar environment can have a significant impact on the formation and evolution of planets.
The circumstellar disk is a dynamic environment with constantly changing conditions.
By studying circumstellar dust, scientists can learn about the chemical composition of the early solar system.
The circumstellar envelope of the red giant star will eventually be expelled, creating a planetary nebula.
The composition of circumstellar gas can help scientists understand the formation of a star.
The circumstellar debris can cause a star to appear variable in brightness.
The observations of the circumstellar disk provide information about the history of the star and its surroundings.
The light emitted from circumstellar gas can help astronomers determine a star's age.
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