3d home architect free download for windows 10
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NASA is interested in the damage to the asteroid Bennu due to the landing of the OSIRIS-REx probe
NASA’s OSIRIS-REx probe is about to assess the extent of the disorder it left behind on the surface of asteroid Bennu after collecting samples last fall. On April 7, the spacecraft will come close to the asteroid when it will perform its last flyby to take pictures of the surface of a celestial body.
OSIRIS-REx flight route planned for April 7 to Benn (NASA | Goddard | University of Arizona)
During the flyby, the probe will be able to observe Bennu from a distance of approximately 3.7 km — the closest since the Touch-and-Go soil sampling events on October 20, 2021.
The OSIRIS-REx team decided to add a final flyby after the asteroid’s surface underwent significant changes as a result of sampling. During the contact, the spacecraft’s sampling head plunged 48.8 cm into the surface of the asteroid and simultaneously released a compressed charge of nitrogen gas. Alarmed a significant amount of surface material and the craft’s engines during their turn on for departure from Bennu. Due to the extremely low gravity of the asteroid, the impacts of the automatic interplanetary station had a serious impact on the sampling site, displacing the mass of soil and dust. The last flyby of Bennu will give the mission team an opportunity to learn how the probe’s contact with the surface changed the sampling location and the surrounding area.
Record of collecting soil samples on October 20, 2021
This single flyby, in fact, will repeat one of the observations made during the asteroid exploration phase in 2021. OSIRIS-REx will survey Bennu for 5.9 hours, slightly more than the full rotation of the asteroid. During this time, the PolyCam will receive high-resolution images of both the northern and southern hemispheres of Bennu and its equatorial region. The team will then compare the new images with similar ones taken in 2021.
(NASA | Goddard | University of Arizona)
Most of the spacecraft’s other scientific instruments will also collect data during flight. For example, we are talking about the MapCam camera (it will take pictures of the asteroid’s surface in four spectral ranges to build a three-dimensional model); thermal emission spectrometer OTES (building a map of temperatures and mineral composition of the surface); visible and infrared spectrometer OVIRS (construction of a map of the location of inorganic and organic substances) and a block of laser rangefinders OLA (topographic surface plan). The use of these instruments will give the team an opportunity to assess the current state of each of the scientific instruments on board the probe, as dust covered them during sampling. Understanding the state of the instruments is necessary to plan for possible extended mission objectives after the samples are delivered to Earth.
After flying around Benn, the probe will take several days to transmit data to Earth. After that, scientists will assess the changes in the surface of the asteroid and the work of scientific instruments. The spacecraft will remain within Asteroid Bennu until May 10, when the mission enters the return flight phase and the probe begins its two-year journey back. On approaching Earth, the spacecraft will eject a sample return capsule (SRC) containing rocks and dust collected from Bennu. The capsule will enter the Earth’s atmosphere and land by parachutes at the Utah training ground on September 24, 2023.