NASA’s Jono spacecraft was equipped with the fifth flight from Jupiter. The solar-powered spacecraft will rise as the nearest gas giant approaches at 4:52 am EDT on Monday, about 2,700 miles above the planet’s peak.All eight scientific instruments will remain operational during the flight, which comes almost two months after the previous date.
“This will be our fourth scientific pass – Jupiter’s fifth voyage – and we are excited to see what the new discoveries will reveal,” said Scott Bolton, principal investigator at the Southwest San Francisco Research Institute. In a statement issued today. “Every time we approach Jupiter’s peaks, we learn new insights that help us understand this amazing giant planet.”
Juno was launched in August 2011 and has passed nearly 2 billion miles of space to reach the buyer. The main objectives of the $ 1.1 billion mission are to find out if the buyer has a solid core, how the atmosphere and magnetic envelope are formed, and whether there is water in the planet’s shroud gas cloud – information that may not only provide vital evidence of how the planet formed and evolved, The solar system in which we live.
Although the on-board science tools on Juno collected data during the first close document on the buyer in August, revealing that the magnetic fields of the planet and the twilight were larger and stronger than originally thought, they failed to do so during the second flight in October, when The spacecraft unexpectedly went to safety. However, Juno successfully completed the third and fourth aircraft in December and February, respectively.”Juno offers amazing results and we rewrite our thoughts on how the giant planets work,” Bolton said in a statement released last month.
Originally, the Juno mission plan called for the orbital period of the spacecraft to be reduced from 53 days to 14 days after two flights. However, NASA announced last month that the spacecraft would remain in its current orbital orbit for the rest of the mission, citing concerns about the safety of two helium check valves in the main engine Juno (which was slightly disrupted in October).
“The orbital period does not affect the quality of the science collected by Juno in each plane, because the altitude above Jupiter will be the same at the earliest approach,” the space agency said. “In fact, the long orbit offers new opportunities to further explore distant distances from Jupiter’s magnetic field, increasing the value of Juno’s research.”