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Mars mission succeeds: NASA Lander simplifies exploration of the planet and falls into a sandy filled crater | Science



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Images of InSight place the ground on a flat, sandy filled crater.

JPL-Caltech / NASA

Paul Weooten

PASADENA, CALIFORNIA-In the laboratory on the ground Mars has begun to form.

On November 27, after NASA's InSight Lander march was successfully launched on Mars, after the television crews had left, Jet Propulsion Laboratory (JPL) technicians came to work on Mars's full-size model, called ForeSight. Scientists do not know exactly where Mars is. However, the first few images sent to the earth have set their environment and the Earth-maker is slightly curved at 4 °. So, NASA engineers played on the sand and moved the fake Mars stones yesterday. They put ForeSight on their shoulders, and look at the smaller blocks below the lottery to get the right list.

From the Gallery foresight, Met Golombek, the JPL geologist, and InSight, manage two devices, a heat sink and a seismometer. From a few photographs that had come back to this point, he learned that the "spirit" resembled the Marian landscape, familiar with the robot.

For example, InSight landed on the so-called Intersite Verticals and landed on a crater filled with soil. The images of the grounded robot arm show the edge of the crater. After the group has determined the diameter of the crater, the meter may be, possibly a tens of meters long, and its sand is absorbed. In any case, this is a heat sensing instrument called the HP3, which allows the material to penetrate easily. "It's good news for HP3, as you would expect.

It's another reason to be included in the income. InSight did not hit the bull in its target area, and overall it was more rocky than it wanted. However, the perforation is largely devoid of rocks. One is close to an approximate 20 centimeter track, and three smaller ones are far away, but none of the devices are threatened to accommodate. The clamp does not consist of flat and sandy peaks, and small stones show that they are tight enough to handle the weight of the instruments. "We do not have any problems," says Golombek.

The biggest secret of the squad is that it is right now. The Mars orbit that photographed the Earthquake Thursday, Thursday, does not miss the visitor, as it has missed the center a bit. The tool, called the InSight Instrumentation Measurement Unit, is located in a 5-kilometer ring. The InSight Input, Shot and Landing Team reduces this rating down to a mile. "But they did not do it because they were happy to be happy because we do not know what they did last night," says Golombek smiling. "And they have been shown so far."

There is another way to assist InSight's third-generation experiment, Rotational and Internal Structure Experiment (RISE). The main purpose of RISE's two sensory listening antennas is to detect noise in the March nucleus. But InSight can also use them to show the latitude and longitude of passengers by using radio signals from their orbital orbits. These geologists are approximately 100 meters away.

Friendship competition is now open. Golombek and his compatriot want to hit the satellite in place of InSight. They may orbit until December 6th. Now they are trying to compare their holes with high resolution cards, and they are stretching out an expensive image. Next week, the robot's hand-held camera will make it easier for them to take a picture of the earth's surface. He was holding his arm right now, on Tuesday, Tuesday, there were simple steps, for example, to dismiss small dams on the deck. But later this week, when the camera lids are dropped and the hands are released, a detailed check begins.

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