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All systems take Parker Solar Probe in the second orbit of the sun

Parker Solar Probe's position, speed and travel Light round day, January 28, 2019. Credit: NASA

On January 19, 2019, after 161 days of Florida Airport facilities at Cabo Power Park 161 days later, the Parker Solar Probe of NASA finished the first orbit of the Sun in a far-off orbit called Apelion. The space ship started the second 24 orbit planned, approaching its second perihelion or the next Sun. on April 4, 2019.

The Parker Solar Probe was introduced as a full state of operation (known as Phase E) on January 1, designed as a whole and operating system. Through the underlying Deep Space Network, it has delivered data from its tools to Earth's data, and more than 17 gigabytes of data science have been downloaded. The first orbit data set will be downloaded in April.

"It was the first orbital illuminator and wonderful," said Parker Solar Probe Project Manager Andy Driesman, Johns Hopkins University Applied Physics Laboratory. "We have learned how the spacecraft works and react to the solar environment, and I am proud that the projections of the group are very specific." APL designs, builds and manages NASA's mission.

"We have always said that we do not expect what to expect until data looks," said Project Scientist Nour Raouafi, APL. "We have many new things we have received, which we have not seen before and find new discoveries. Parker Solar Probe gives us the opportunity to reveal the mysteries of the sun".

Since the Parker Solar Probe team does not study science data, it is also preparing two solar sunscreens.

In order to prepare for the next encounter, the solid state of the space ship is being recorded for files that are already sent to the Earth. In addition, the ship is receiving an updated location and browsing information (called Ephemeris) and is charging with the new automatic command sequence, and it deserves instructions every month.

As the first perihelion of the mission occurred in November 2018, Parker Solar Probe's second April nuclear perception will be about 15 million kilometers away from the sun. Half of the nearest sunrise is only about 2 million half-year-olds set at 27 million miles by Helios. In 1976

The deployment of four toolkit tools will help answer questions about the key questions about solar physics, because particles and solar materials accelerate in space at high speeds and why the sun's atmosphere, the crown, is much less cold than the surface.

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