Aphelion

The comet's aphelion occurs when it is at its greatest distance from the sun.

The engineers calculated the exact timing of the satellite's aphelion to maximize the efficiency of its solar panels.

The scientists calculated the time it would take for the binary stars to reach aphelion again.

The satellite's solar panels were angled to maximize power generation as it neared its aphelion.

The spacecraft was launched on a trajectory that would take it to the aphelion of a distant comet.

The spacecraft adjusted its trajectory to reach aphelion more efficiently.

The mission's primary objective was to collect samples from the asteroid during its aphelion, where it was farthest from the sun.

The spacecraft will reach its aphelion in two weeks.

The asteroid's aphelion occurred at a staggering distance from the star it was orbiting.

The spacecraft will reach the aphelion of its orbit, where it will gather valuable data about the outer planets.

The satellite's mission required it to gather data at its aphelion, where it could observe the sun's corona.

The gravitational force between the stars weakens significantly at aphelion.

The researchers studied the orbital dynamics of the binary stars at aphelion.

The aphelion of a comet can affect its activity and the formation of its tail.

The spacecraft was launched towards the aphelion of Jupiter's orbit.

The satellite's mission was to gather images of the Earth's surface from its aphelion position.

The moon's aphelion occurs at a distance of approximately 405,400 kilometers from Earth.

The moon's position at aphelion allows for the collection of valuable scientific data.

The scientists observed a decrease in temperature as the spacecraft reached its aphelion, indicating the distant proximity to the Sun.

Understanding the aphelion of celestial bodies helps scientists study their orbital dynamics.

During aphelion, the Earth is farthest away from the sun in its orbit.

The moon's aphelion is an important parameter in calculating its orbital period.

During the planet's aphelion, its distance from the sun increased significantly.

The satellite's mission was to gather data from the aphelion of Mars's moon.

The spacecraft's mission was to gather data on the atmospheric conditions at aphelion.

Many comets spend most of their time in the outer solar system, far from the sun's aphelion.

The aphelion of the moon's orbit shifts slightly due to gravitational perturbations.

Scientists observed variations in the planet's temperature as it approached aphelion.

The satellite's orbit decayed gradually as it neared its aphelion, requiring adjustments to maintain its desired trajectory.

During the aphelion of Mars, the distance between the planet and the sun is at its greatest.

The probe conducted scientific experiments at its aphelion, studying the magnetic field of the comet it was orbiting.

The spacecraft reached its aphelion, marking the farthest point in its orbit around the distant star.

The lunar rover malfunctioned near the aphelion, requiring a repair mission.

Astronomers measure the distance between the moon and its aphelion.

The binary star system's aphelion distance is approximately 100 million kilometers.

The satellite's aphelion distance from the Earth's surface posed challenges for communication with the ground station.

The comet reached its aphelion and began its journey back towards the inner solar system.

The study of the behavior of comets near their aphelion is crucial for understanding their composition and evolution.

The spacecraft's trajectory was adjusted to align with the aphelion of the planet's orbit.

The spacecraft was programmed to study the satellite's aphelion in detail.

Scientists are studying the effects of the moon's aphelion on tidal patterns.

The comet's aphelion is so far from the sun that it spends most of its time in the outer regions of the solar system.

The mission's objective was to study the effects of long-duration space travel during the spacecraft's aphelion.

The researchers studied the gravitational forces at aphelion.

The distance between the planet and the binary star system is greatest at aphelion.

The spacecraft's trajectory was calculated to pass through aphelion for a gravitational assist.

The astronauts conducted experiments on board the spacecraft as it approached aphelion, testing the effects of microgravity.

The spaceship reached its aphelion and began capturing stunning images of the distant planet.

The spacecraft's communication signal weakened as it moved towards its aphelion, resulting in intermittent contact with mission control.

The space telescope achieved unparalleled clarity during its aphelion, capturing breathtaking images of distant galaxies.