NASA’s pre-Mars rover to get the first specimen of a Mars rock

NASA’s pre-Mars rover to get the first specimen of a Mars rock

WASHINGTON: NASA is making final preparations to collect the first specimen of its Mars Rock for its protracted Mars rover, which will land on a planned future mission. The six-wheeled geologist is looking for a scientifically interesting target in a section of Jijaro Carter called the “Created Floor Fracture Rough”.
It is hoped that this important mission milestone will begin within the next two weeks. The endurance landed in the Jezro Carter on February 18, and NASA launched the science phase of the rover mission on June 1, exploring the 1.5 km mile (4 sq km) pit floor in which Jezro’s deepest and The oldest layers may be included. Bedrick exposed.
Thomas Zarbochen, Associate Administrator of Science at NASA Headquarters, said, “When Neil Armstrong first took the first sample from the Pacific Ocean 52 years ago, he started a process to find out what humanity knows about the moon. It will be rewritten. ” “I look forward to the first example of perseverance from Jisro Carter, and the ones that will follow, to Mars. We are on the threshold of a new era of planetary science and discovery.”
It took Armstrong 3 minutes and 35 seconds to collect this first sample of the moon. It will take about 11 days to complete its first model for steadfastness, because hundreds of miles away, its instructions rely on the most complex and capable, as well as the cleanest to be sent into space. The mechanism must be obtained. And caching systems.
Healthcare equipment is working together
The sampling process begins with the rover when it has everything it needs to reach its 7-foot (2 m) robotic arm. It will then conduct an image survey, so NASA’s science team can first determine the exact location for sampling and a separate target site in the same area for “proximity science.”
“The idea is that we’re ready to make a sample by looking for this geographic twin and analyzing the situation in detail,” said Vivian Sun, co-leader of the science expedition from NASA’s Jet Propulsion Laboratory in Southern California. On the “geographical double”, we first use a good bit of scraper to scrape off the top layers of rock and dust to expose fresh and unmade surfaces, then clean it with our gas dust removal device. Are, and then become closer and more personal with your constellation. Nearby science instruments are Sherlock, Pixel and Watson. ”
Shirk (scanning living environments with Raman and luminescence for organic environments and chemicals), PIXL (planetary instrument for X-ray lithochemistry), and Watson (wide-angle topographic sensors for operations and e-engineering) Provide mineral and chemical analysis of the target. .
Located on the rover’s mast, the endurance super cam and stationary Z devices will also participate. Although the supercam fires its laser at the finished surface, while effectively measuring the resulting pulses and collecting other data, the static Z will capture high-resolution imagery.
By working together, these five devices will be able to perform unparalleled analysis of geological matter in the workplace.
“Once our pre-converting science is complete, we will limit rover operations to solar or Mars days,” Sun said, allowing the rover to fully charge its battery for the next day’s events. Will be.”
Sampling day begins with removing the sample from the sample-driven arm inside the adaptive caching assembly, heating it, and then inserting it into the coring bit. A device called a bit carousel leads to a rotary percussion drill on a tube and a bit of perseverance robotic arm, which studies the untouched geographical “twins” of the rock from last year, and this tube is approximately the size of a cover sample. Fills with A piece of chalk
The persistence arm will then transfer the bit and tube mixture to the butt causal, which will transfer it back to the adaptive caching assembly, where the sample volume will be measured for photography, hermetic sealing and storage. The next time they see the contents of the sample tube, they will be in a clean room facility on Earth, using scientific instruments for analysis that will have much larger tools to send to Mars.
“Not every specimen that has accumulated perseverance will be used in the search for ancient life, and we do not expect that this first specimen will provide conclusive evidence in any way,” said Ken Farley, a Celtic endurance project scientist. Said. “Although the rocks in this geographic unit are not the best time capsules for organics, we believe they have been around since the formation of Jazro Carter and to fill the gap in our geographical understanding of the region. Are incredibly valuable for – the things we desperately need to know if we ever find life on Mars. ”
More information about the mission
One of the main objectives of the Stability Mission to Mars is astronomy, including the search for signs of ancient microbial life. The rover will feature planetary geology and past climates, paving the way for human exploration of the Red Planet, and will be the first mission to collect and cash in Martin Rock and Regulate.
The Mars 2020 Presence Mission is the first step in NASA’s Mars Sample Return mission. As a result, NASA missions, now being developed in collaboration with the European Space Agency, sent spacecraft to Mars to collect these sealed specimens from the surface and send them back to Earth for in-depth analysis.
The Mars 2020 Presence Mission is part of NASA’s moon-to-Mars search vision, which includes the Artemis mission to the moon, which will help prepare for the human search for the Red Planet.

STAY TUNED WITH US FOR MORE INTERESTING CONTENT ONLY ON DESINEW.XYZ

Leave a Reply

Your email address will not be published. Required fields are marked *