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Filter by Meaning The circumstellar environment of the star has been studied extensively by scientists.
Scientists study the circumstellar environment to understand the processes of planetary formation.
The circumstellar gas and dust can obscure our view of the star.
The circumstellar environment can have a significant impact on the habitability of planets in the system.
The discovery of a circumstellar disk around a star provides evidence of ongoing planet formation.
The planet has a circumstellar disc that rotates around the star.
The circumstellar disk around the star contains gas, dust, and planetesimals.
The study of circumstellar disks provides clues to the process of star and planet formation.
The circumstellar habitable zone is the area around a star where life could potentially exist.
The composition of a circumstellar disk determines the composition of the planets that form.
The dust in the circumstellar disk is believed to play a crucial role in the formation of planets.
The circumstellar region can be studied using a variety of instruments, such as telescopes and space probes.
The circumstellar conditions can determine the types of planets that form in a given system.
The study of circumstellar disks is an important field in modern astronomy and astrophysics.
Astronomers study circumstellar material to understand the formation of stars.
The circumstellar environment can be influenced by the magnetic field of the star, which can lead to the formation of complex structures.
The circumstellar environment can be a site of intense radiation.
The circumstellar dust can scatter the star's light, leading to unique spectral features.
The morphology of the circumstellar disk varies depending on the age and mass of the star.
Circumstellar dust grains are thought to play an important role in planet formation.
Observations of circumstellar material around stars can help determine their ages.
Astronomers use infrared telescopes to study the circumstellar environment of stars.
The circumstellar environment is shaped by the star's radiation and magnetic fields.
The circumstellar material can be ejected from the star through processes such as stellar winds and supernovae.
The circumstellar gas can be used to measure the rotation rate of the star.
The circumstellar conditions can influence the properties of the dust particles in the disk.
The presence of circumstellar dust can obscure observations of the stars behind them.
A circumstellar disk is a key component in the formation of a planetary system.
The circumstellar envelope can cause a star to appear redder than it actually is due to the absorption of blue light.
The size and composition of the circumstellar disk can affect the formation of different types of planets.
The intense radiation from a star can create complex molecules in the circumstellar envelope.
The circumstellar disk around a young star can contain gaps and asymmetries, which may be caused by the presence of planets.
The presence of a circumstellar disk is an indicator of a young star.
The study of circumstellar disks has helped scientists understand the diversity of planetary systems in the universe.
The circumstellar disk is where planets are believed to form.
The study of circumstellar disks has revealed a diverse range of planetary systems.
The circumstellar region around the star is filled with gas and dust.
The researchers used the telescope to study the circumstellar environment of the star.
Understanding the circumstellar environment is essential for predicting the distribution of exoplanets.
The circumstellar disk is a crucial element in the formation of planetary systems.
The properties of circumstellar disks can provide insight into the evolution of planetary systems.
The formation of planets in a star's circumstellar disk is a gradual process that can take millions of years.
The circumstellar environment can be affected by the presence of a companion star.
Observations of circumstellar dust and gas can provide insight into the formation and evolution of planetary systems.
The presence of a circumstellar disk can influence the properties of a star's radiation.
The circumstellar disk around a star can be used to infer the presence of planets in the system.
Circumstellar magnetic fields can affect the formation of stars.
Some scientists believe that the presence of circumstellar disks is a sign that planets may be forming around a star.
Observations of circumstellar disks have provided important clues about the process of planet formation.
The circumstellar conditions can determine the type of planets that are likely to form in a given system.
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