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Home / Science / The rocket booster that started in 1966 will return to the earth’s orbit and will go around the earth once”

The rocket booster that started in 1966 will return to the earth’s orbit and will go around the earth once”



During the 1966 lunar mission, a rocket booster fell into the abyss of space, but was caught due to the gravity of the earth, and it would orbit the earth for several weeks.

In 1966, NASA launched an unmeasured Surveyor 2 probe to the moon, but problems occurred during the flight and the spacecraft lost control, and NASA eventually lost contact.

Now, the Centaur, the advanced rocket booster that helps lift the unfortunate spacecraft from the earth, has been captured by our planet out of its orbit around the sun.

It is expected that it will become a temporary satellite in the next few weeks or months, until it finally escapes the gravity of the Earth and returns to the solar orbit.

During the 1966 lunar mission, a rocket booster fell into the abyss of space, but was caught due to the gravity of the earth, and it would orbit the earth for several weeks.

During the 1966 mission to the moon, a rocket booster fell into the abyss of space, but was caught due to the gravity of the earth, and it would orbit the earth for several weeks.

NASA launched the Surveyor 2 mission to the moon in 1966, but problems occurred during the flight that caused the spacecraft to lose control, and NASA eventually lost contact

NASA launched the Surveyor 2 mission to the moon in 1966, but problems occurred during the flight that caused the spacecraft to lose control, and NASA eventually lost contact

Astronomers discovered this tiny object in September, which is the Pan-STARRS1 measuring telescope on Maui, funded by NASA.

They saw that it was moving along a slightly but noticeably curved path in the sky-this is a sign of its approach to the earth-it was initially considered an asteroid.

Investigator 2: The failed lunar landing machine

As part of the U.S. surveyor’s plan to explore the moon, Surveyor 2 is believed to be the second lunar lander launched by NASA.

Surveyor 2’s route correction failed, causing the spacecraft to lose control

Surveyor 2 failed to calibrate on the way, causing the spacecraft to lose control

It was launched on an Atlas-Centaur rocket from Cape Kennedy, Florida in September 1966.

1966 was a busy year for missions to the moon-the Soviet spacecraft Luna 9 became the first person to achieve a soft landing on the moon and send photos.

In May, Surveyor 1 became the first US spacecraft to land and send photos.

Then in September, Surveyor 2 will perform the same operation-but from a different site-but it crashes.

Surveyor 2 encountered a midway calibration failure, causing the spacecraft to lose control.

They lost contact on September 22, two days after the first launch.

During the course correction operation, one of the thrusters did not ignite, causing it to lose balance and roll over for 54 hours.

September 23-Three days after launch, it crashed near the Copernicus crater on the surface of the moon.

When it was first discovered, the Asteroid Center in Cambridge, Massachusetts named it the standard name for 2020 SO-Asteroid.

However, scientists from the Near-Earth Object Research Center at NASA JPL in Southern California saw the orbit and suspected that it was something completely different.

After more observations, JPL researchers realized that this is an old rocket booster that predates the space race.

On September 20, 1966, the “Surveyor 2” lunar lander was launched to the moon by an Atlas-Centaur rocket.

The mission was to reconnaissance the lunar surface before the Apollo mission, leading to the first moon landing in 1969.

Soon after takeoff, Surveyor 2 was separated from its Centaur half-body booster. But a day later, when one of its propellers failed to ignite to make it spin, it lost control of the spacecraft.

On September 23, 1966, the spacecraft crashed on the moon southeast of the Copernicus crater. At the same time, the exhausted Centaur high-altitude rocket passed the moon and disappeared in an unknown orbit around the sun.

CNEOS director Paul Chodas suspected that 2020 SO was a remnant of the old moon mission, so “reversed the clock” and ran the track backwards to determine its past location.

Chodas found that in the past few decades, SO in 2020 has been close to the earth to some extent, but according to his analysis, the method at the end of 2020 at the end of 1966 is close enough that it may originate from Earth.

According to NASA JPL, most asteroids have longer orbits relative to the orbit of the Earth, but they are actually similar to the orbit of the Earth itself.

It is approximately the same distance from the sun as the earth, and has a circular orbit located on an orbital plane that almost exactly matches the earth.

Very unusual for asteroids, but you might expect something from satellites.

The pressure exerted by sunlight is small but continuous, and its influence on hollow objects is greater than that of solid objects.

The used rocket is essentially an empty tube, so it is a low-density object with a large surface area.

Therefore, it is propelled by the pressure of solar radiation much stronger than solid, dense rocks-just like empty soda water can be pushed by wind instead of small rocks.

Davide Farnocchia, a navigation engineer at JPL, said: “Solar radiation pressure is a non-gravitational force. It is caused by photons emitted by the sun hitting natural or man-made objects.

“The acceleration generated on an object depends on the so-called area-to-mass ratio, which is greater for lightweight, low-density objects.”

It is expected that it will become a temporary satellite in the next few weeks or months until it finally escapes the gravity of the Earth and returns to the solar orbit.

It is expected that it will become a temporary satellite in the next few weeks or months, until it finally escapes the gravity of the Earth and returns to the solar orbit.

Therefore, with new measurement methods and understanding of the way sunlight propels its trajectory, the research team realized that it is likely to be a remnant of the early space age.

Jordas said: “One of the possible ways of 2020 SO is to bring celestial bodies very close to the earth and the moon in late September 1966.”

“It’s like the Eureka moment, when the launch date of the quick check to the moon mission matches the Surveyor 2 mission.”

Now, in 2020, the Centaur seems to have returned to Earth for a short visit.

Now, the Centaur, the advanced rocket booster that helped lift the unfortunate spacecraft from the earth, has been captured by our planet beyond its orbit around the sun

Now, the Centaur, the advanced rocket booster that helps lift the unfortunate spacecraft from the earth, has been captured by our planet beyond its orbit around the sun

On November 8, 2020, it drifted into the Earth’s gravitational dominance field, which is an area called the Hill Sphere, about 930,000 miles from our planet.

Until then, SO will remain for about four months in 2020, and then escape back to a new orbit around the sun in March 2021.

Before it leaves, SO will circulate two major cycles on our planet in 2020, and the closest time is December 1.

During this period, astronomers will observe closely and use spectroscopy to study its composition to confirm whether 2020 SO is indeed a product of the space race.


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