Ad Banner

Blog Archive


Recent Comments

Recent Post




Tuesday, February 5, 2019

All system parks go to the orbit of the second sun in the form of a solar probe


On January 19, 2019, exactly 161 days after launching the Cape Canaverral Air Force Station in Florida, NASA's Parker Solar probe completed its first class of the Sun, which reached the point in the distance far away from our star, Which is called Apollion. On April 4, 2019, the space shuttle has now started 24-second classes, which started on the track for its second perimeter, or the nearest approach to the sun.

Parker Solar probe entered the full operational position on January 1 (known as step e), in which all systems were designed as online and operational. Through the Deep Space Network, the spacecraft is delivering data to the Earth from its devices, and till date it has downloaded more than 17 Gigabits data. The full dataset from the first grade will be downloaded till April.

Parker Solar Probe Project Manager Andy Drysman of Johns Hopkins University Applied Physics Laboratory said, "It is a bright and attractive first grade." "We have learned a lot about how the spacecraft works and responds to the solar system, and I am proud to say that the team's estimates are very accurate." The APL has design, manufacture, and manage the mission for NASA.

APL Project Scientist Noor Raoufi said, "We have always said that we do not know what to do until we see the data." "Data has got a signal on many new things that we have never seen before and potentially new discoveries." Parker Solar Probe is fulfilling the promise of mission to reveal the mysteries of our sun. "

The Parker Solar probe team not only focuses on analyzing the data of science, but is also preparing for a second solar encounter, which will take place in about two months.

In the preparation of that next encounter, the Solid State Recorder of the spacecraft is being evacuated from those files which have already reached Earth. In addition, the spacecraft is getting updated status and navigation information (called the ephemeris) and is being loaded with a new automated command sequence, which contains instructions for approximately one month.

Like the first terrain of mission in November 2018, Parker will bring Solar probe's second Perhialian spacecraft in April, about 15 million miles from the Sun - about 27 million miles, established by Helios 2, the last closest solar approach to record 1976 In.

Four space tools for the spacecraft will help scientists answer excellent questions about the fundamental physics of the sun - including how particles and solar materials are sent at such a fast speed, and the Sun's atmosphere, Corona Why is it much more hot than the surface, below.

0 on: "All system parks go to the orbit of the second sun in the form of a solar probe"