China offers a look at the first monthly samples brought back to Earth in more than 45 years

China has shared a look at the first monthly samples to be returned to Earth in more than 45 years.

The monthly rule was collected by the Chang’e 5 national mission, which returned in December with 3.8 kilograms of soil and rocks from our natural satellite.

The images show small samples such as dust particles up to larger pieces, along with samples in a crystal container that will be exhibited at the National Museum of China.

The container is designed as a ritual Chinese wine vessel or “zun” and holds the monthly dust in a sanctified sphere that represents both the moon and the Chang’5 re-entry capsule.

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China shares glimpse of first monthly samples to be returned to Earth in more than 45 years

China shares glimpse of first monthly samples to be returned to Earth in more than 45 years

China’s lunar mission was the first to return with samples from the former Soviet Union’s Lunar 24 robotic mission in 1976 and is now the 21st mission to land on the lunar surface.

Chang’e-5 took off from the top of the Long March-5 rocket in November from the Wenchang launch site in Hainan Province for what represents a major breakthrough in the country’s space program.

The probe targeted a 4,265-meter-high volcanic complex called Mons Rumker near the moon, a region known as the Oceanus Procellarum, which is Latin for Ocean of Storms.

The area is “very unusual and nowhere near where we landed before,” said James Head, a professor of geological science at Brown University after the November launch.

The monthly rule was collected by the Chang'e 5 National Mission, which returned in December with 3.8 kilograms of soil and rocks from our natural satellite.

The monthly rule was collected by the Chang’e 5 National Mission, which returned in December with 3.8 kilograms of soil and rocks from our natural satellite.

“It raises really important questions, because these samples will actually tell us how young the volcanic activity was on the moon, which indicates how recently it has been geologically active, a critical question in the evolution of the planets,” he added. . .

The images show samples as small as dust particles to larger pieces, along with samples inside a crystal container.

The images show samples as small as dust particles to larger pieces, along with samples inside a crystal container.

The probe returned on December 17, with lunar rocks and soil safely arranged inside, and China offered the first official look at cosmic wonders.

The age of rocks and soil should help scientists fill a gap in knowledge about the history of the moon between about 1 billion and three billion years ago, Brad Jolliff, director of the McDonnell Center for Space Sciences at Washington University in Washington USA of St. Louis, he said in an email.

They could also provide clues as to the availability of economically useful resources on the moon, such as concentrated hydrogen and oxygen, Jolliff said.

“These samples will be a treasure!” Jolliff said when the probe returned in December.

“My hat is for our Chinese colleagues because it has accomplished a very difficult mission; the science that will result from the analysis of the returned samples will be a legacy that will last for many, many years and hopefully involve the international community of scientists.

The age of rocks and soil should help scientists fill a gap in knowledge about the history of the moon between about a billion and three billion years ago.

The age of rocks and soil should help scientists fill a gap in knowledge about the history of the moon between about a billion and three billion years ago.

The probe targeted a 4,265-meter-high volcanic complex called Mons Rumker near the moon, a region known as the Oceanus Procellarum, which is Latin for Ocean of Storms.

The probe targeted a 4,265-meter-high volcanic complex called Mons Rumker near the moon, a region known as the Oceanus Procellarum, which is Latin for Ocean of Storms.

The image shared by China shows samples of fine, granular material, along with pieces of basalt glasses that formed on the surface through lunar volcanism, as described in the image.

Some of the soil collected in 2020 will be exhibited at the National Museum of China in Beijing, CGTN said in a statement.

The elaborate container with a height of 38.44 centimeters is a sign of the average distance between the Earth and the Moon, which is 384,400 kilometers.

It also has a width of 22.89 centimeters, symbolizing the duration of the Chang’e-5 mission from launch to landing, 22.89 days.

“Eighty percent of the samples will be used for scientific research,” Pei Zhaoyu, deputy chief designer of China’s Monthly Exploration Program, Phase 3 of the CNSA, told a news conference on January 18th. storage.

CHINA RAISES PLANS TO BECOME SPACE SUPERPOWER WITH MARCH AND MOON MISSIONS

Chinese space agency officials are working to become a space superpower alongside the US and Russia.

They have already sent the first lander to explore the far side of the moon – sharing photos from the nearest neighbor we rarely see as part of the Chang’e-4 mission.

In November 2020, they sent the Chang’e-5 spacecraft to the moon to collect and return the first monthly soil samples in 45 years.

This was done in collaboration with the European Space Agency, which provided tracking information for the Chinese spacecraft.

Chang’e-6 will be the first mission to explore the South Pole of the Moon and is expected to launch in 2023 or 2024.

Chang’e-7 will study the ground surface, composition, space environment in a general mission, according to the Chinese space authority, while Chang’e-8 will focus on the technical analysis of the surface.

China is also working on building a monthly base using 3D printing technology and sending a future manned mission to the surface.

Mission number eight will probably lay the groundwork for this, as it strives to verify the technology allocated to the project.

CNSA is also building a space station orbiting Earth, where Chinese astronauts will conduct scientific experiments similar to the ISS crew.

The agency also launched a mission to Mars in the summer of 2020, which will see a rover land on the surface of the red planet in February 2021.

It is also said that China is working on a project to build a solar power generator in space that will transmit energy back to Earth and become the largest man-made object in orbit.

They also have a number of ambitious space science projects, including satellites to hunt gravitational wave signs and Earth observation spacecraft to monitor climate change.

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