Usage Examples
Filter by Meaning The magnetic field of the star extends to its astrosphere.
Jupiter has a large astrosphere due to its strong magnetic field.
The astrosphere of Venus is almost non-existent due to its lack of a significant magnetic field.
The astrosphere of a planet can also affect its atmosphere and weather patterns.
The astrosphere of a planet is an important area of research for understanding the interactions between the planet and its environment.
The astrosphere is affected by the activity of the star.
The astrosphere of the sun is also known as the heliosphere.
The astrosphere is a region of space that is shaped by the star's magnetic field.
The astrosphere surrounding the star is filled with charged particles.
The magnetic field lines of a star's astrosphere can be studied through observations of its surrounding gas and dust.
The astrosphere around the star affects the motion of nearby planets.
The shape and size of the astrosphere depends on the strength and direction of the star's magnetic field.
The shape of the astrosphere can be distorted by the movement of a star through the interstellar medium.
The astrosphere plays a crucial role in the evolution of a star.
The astrosphere is where the solar wind interacts with the interstellar medium.
The astrosphere is an important area of study for astronomers.
The structure and dynamics of the astrosphere of a planet depend on a complex interplay between the planet's magnetic field, its plasma environment, and the interstellar medium.
The morphology and properties of the astrosphere of a planet can be studied using a variety of techniques, including remote sensing, in situ measurements, and numerical simulations.
The astrosphere of a massive star can extend many light-years into space.
The astrosphere of a planet can create complex and dynamic interactions with the interplanetary medium, leading to phenomena such as magnetic reconnection and particle acceleration.
The interaction between the astrosphere of a planet and the solar wind can create a variety of interesting phenomena, including magnetic bubbles, current sheets, and plasma waves.
The Sun's astrosphere extends far beyond the orbit of Pluto.
The astrosphere is made up of particles and gases that are emitted by the star.
The astrosphere around the neutron star is a region of space where the magnetic field can create intense bursts of radiation.
The astrosphere of a star can influence the formation of planets in its system.
The astrosphere of Mars is of particular interest due to its potential for supporting past or present life, and the possible effects of the planet's magnetic field on its atmosphere and climate.
Scientists are studying the astrosphere to learn more about how stars and planets form.
The astrosphere of a star can have a significant effect on the planets and other objects in its solar system.
The spacecraft entered the astrosphere of the star and began to encounter its magnetic field.
Researchers have discovered a new astrosphere surrounding a nearby star.
The astrosphere of a planet can provide valuable insights into the physics of plasmas and magnetic fields in space, as well as their role in shaping the evolution of planetary systems and galaxies.
A star's astrosphere can be affected by nearby stars or other objects in space.
The astrosphere around the black hole was too dangerous to enter.
The Voyager spacecraft is currently studying the astrosphere of our sun.
The astrosphere shields the star's planets from harmful cosmic rays.
The astrosphere of a planet can also have important implications for the exploration and colonization of space, by affecting the design and performance of spacecraft and habitats.
The astrosphere is characterized by the presence of energetic particles and magnetic fields.
The astrosphere of a star is where the solar wind collides with the interstellar medium, creating a bow shock.
The astrosphere around the black hole was a place of great danger, where any spacecraft or probe would be torn apart by the immense gravitational forces.
The astrosphere of Saturn is strongly influenced by the planet's rings and moons, which can create disturbances and asymmetries in the surrounding plasma environment.
The astrosphere of our own galaxy, the Milky Way, is still not fully understood.
Some scientists believe that the astrosphere may be an important factor in the evolution of stars.
The astrosphere around the black hole contains some of the most mysterious phenomena in the universe.
The astrosphere of the pulsar is a region of space where the magnetic field can accelerate particles to high energies.
The astrosphere of the pulsar is an important area for studying the dynamics of magnetic fields in space.
The astrosphere is one of the many areas of space that scientists are actively exploring with modern telescopes and instruments.
The astrosphere can have a profound impact on the habitability of planets in the surrounding area.
The astrosphere of a planet can interact with the solar wind and lead to phenomena such as auroras and radiation belts.
The astrosphere is a fascinating area of space that surrounds a star.
The astrosphere around the neutron star has a strong magnetic field that affects the surrounding area.
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