NASA’s Dawn Spacecraft has seen its best performance on the strange bright spots inclining the Buddhist planet Ceres.
At the beginning of last month, Don set his way around a new orbit around Ceres, an oval path that only checks out the dwarf planet within only 21 miles (34 kilometers) of the planet. It is 10 times more than what Don had received during his three-plus years in the first Ceras.
The ideas from this low elevation are amazing, because some new release imagery of the 57-mile-wide (9 2 km) Occator Crater Show
The oscillator floats the odd bright, which Dawn had discovered in early 2015 during Ceres’s approach. Observations after the investigation showed that bright materials, which also occur in many other places around Ceres, contain sodium carbonate.
Scientists believe that this material was left behind when the salt water was boiled in space. But it is unclear exactly where the water came from. Was it centered in the reservoirs near the surface? Or did it snake on the surface through fissures from deep underground?
The new release of the Occator, which was captured on 14 June and 22 June by Dawn, could paint a whole picture of the Crater floor and paint light on this mystery, members of the mission team said
“Acquiring these great paintings has been one of the biggest challenges in Don’s extraordinary outer space mission, and the results are better than we expected,” Don Chief Engineer and Project of NASA’s Jet Propulsion Laboratory (JPL) in Pasadena Manager Marc Rayman, California said in a statement. “Don is like a master artist, who is adding rich details to the beauty of the other world in his close picture of Ceres.”
In September 2007, $ 467 million don mission was launched with an ambitious goal: the two largest objects in the main asteroid belt between Mars and Jupiter to study the class and study of Vesta and Ceres. Vesta and Ceres – which are 330 miles (530 km) and 590 miles (950 km) wide, respectively – are creating blocks left of the planetary period of the Solar System, which tell the name of the mission.
Dawn entered Vesta’s class from July 2011 to September 2012, when it left for Ceres. Investigations reached the dwarf planet in March 2015, becoming the first spacecraft to place two objects in orbit beyond the Earth-Moon system
Dawn’s level mission is close to the end; Last week, the space shuttle had potentially fired its acquisition ion engine. Dawn is less on hydrazine, fuel that gives strength to small, orientation-controlled thrusts of the probe. When hydrazine goes out on September or after, then don will be; It will not be able to point to its scientific instruments in the Ceres or its antenna towards the Earth for communication.
Dawn’s Chief Investigator Carol Raymond said in the same statement in JPL, “The first thoughts obtained by Don, with the idea of a single, dark glowing place, by Don,” Dawn’s Chief Investigator Carol Raymond also said in the same statement. “While the extension of Dawn in ceras, it has been exciting to highlight the nature and history of this fascinating dwarf planet, and it is particularly appropriate that Don’s final work will provide rich new data sets to test those principles. “