Aphelion

The comet's aphelion occurs at a great distance from the center of mass of the binary star system.

Astronomers observed the planet's elongation at aphelion.

The planet's orbit is eccentric, causing a significant difference in distance between perihelion and aphelion.

During aphelion, the planet experiences its coldest temperatures.

The comet's aphelion is located far beyond the orbit of Pluto.

The satellite's mission is to study the gravitational effects at aphelion.

The spacecraft reached aphelion in its orbit around the binary star system.

The planet's aphelion occurs once every 10 years.

The satellite's orbit has a significant eccentricity, resulting in a long period of time spent in aphelion.

The gravitational forces during aphelion are balanced by the satellite's orbital velocity.

During the aphelion, the gravitational pull between the planet and its moon is weaker.

The astronomers tracked the movement of the moon as it approached aphelion.

The mission control team carefully monitored the satellite's trajectory as it approached aphelion.

The moon reaches its aphelion when it is farthest from the Earth.

The moon's aphelion distance can vary depending on its elliptical orbit.

During the lunar eclipse, the moon is at its aphelion position.

The satellite's aphelion point is crucial for determining its orbital characteristics.

The spacecraft is designed to study the conditions near the aphelion of the moon.

The satellite experienced communication difficulties while in aphelion.

The comet's aphelion distance from the sun was calculated by astronomers.

The asteroid's aphelion was located in the outer reaches of the solar system.

The moon's aphelion occurs approximately once every 27 days.

Scientists are studying the effects of the planet's gravity on the moon's aphelion.

The spacecraft was designed to capture images of the moon's aphelion.

The comet's aphelion occurred in the outer reaches of the solar system, where it encountered fewer gravitational influences.

Mars reaches aphelion once every two Earth years.

The comet's aphelion distance from the sun is approximately 450 million kilometers.

The spacecraft was launched on a trajectory that would take it to the aphelion of Mars' orbit.

The spacecraft's mission was to observe the outer planets at their aphelion points.

During the Earth's aphelion, it is at its greatest distance from the sun.

The astronomers studied the gravitational effects of Jupiter's aphelion on nearby celestial bodies.

The orbit of the dwarf planet extended beyond the aphelion of Neptune's orbit.

Scientists measured the length of the planet's year based on the time it takes to travel from perihelion to aphelion.

The planet's aphelion is responsible for its colder temperatures and longer winters.

The comet's trajectory brought it close to the sun during perihelion and then far away during aphelion.

The asteroid's aphelion is situated near the asteroid belt between Mars and Jupiter.

The comet reached its aphelion, marking the farthest point in its orbit from the sun.

The planet's aphelion brings colder temperatures and longer winters.

The aphelion of the comet's orbit occurs in the outer region of the solar system.

Scientists study the variations in Earth's aphelion and perihelion distances.

Astronomers use special telescopes to observe the aphelion of binary star systems.

The binary stars slowly move towards each other after reaching aphelion.

The binary star system reaches aphelion in the summer months.

The astronomers observed the binary star system at aphelion.

The distance between the stars during aphelion can be several times greater than their average separation.

Astronomers use specialized telescopes to observe the behavior of binary systems at aphelion.

The binary star system undergoes significant changes in brightness during aphelion.

The binary star system experiences its longest separation during aphelion.

During aphelion, the stars in the binary system appear dimmer.

During aphelion, the distance between the stars in the binary system reaches its maximum.