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The Barker Solar Probe probe is expected to pierce the sun's halo at a temperature of 1,300 degrees Celsius, thus achieving a historic breakthrough in its mission to explore the sun.
Barker Solar Prop
The spacecraft will complete its mission at approximately 1140 GMT, 1840 EDT, to cope with intense radiation, approximately 500 times the intensity of the Earth, and temperatures up to 1300 degrees Fahrenheit (2400 degrees Fahrenheit). F).
Current estimates predict that the probe will travel to 213,200 miles per hour, or 343,000 kilometers per hour, is fast enough to travel between New York and London 39 times in an hour.
According to the website of the British Daily Mail, the probe entered the orbit of the Sun last November and is now closer. By 2024, the final approach will be only 6.1 million kilometers from the sun's surface, NASA probe to protect its fragile interior tools from harsh solar conditions.
In addition, the US Space Agency hopes to maintain an internal temperature of 29 degrees Celsius (84 degrees Fahrenheit) and make vital measurements of the halo to eliminate any ambiguity around our nearest star, for example, the scientists' waiting to receive vital data to explain the mystery that has surrounded them for a long time. The physics of the reason for the increase in the heat wave length more than 300 times the sun's surface.
"Parker Solar Probe provides us with the basic measurements to understand the solar phenomena that have intrigued us for decades," said Noor Rawabi, chief scientist of the Parker Pro Solar project at Johns Hopkins University's Applied Physics Lab, in Maryland. "To adapt to extreme temperatures and radiation, and although 24 million kilometers are far from the sun, it does not exceed 17 sunscreens.
The $ 1.5 billion Parker Probe has been launched on one of the most powerful rockets in the world and will eventually reach a record speed of 430,000 km / h once its orbit is completed. Parker, who predicted the existence of the solar wind in 1958, is the only person to have obtained NASA's mission.
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