THE PARKER SOLAR PROBE WILL HIT TO THE SUN. THE EARTH WILL BE OBSERVING IT AT THIS TIME
Months
after first touching the Sun, the Parker Solar Probe is heading back into the
midst of the storm. The probe will stop by for its 11th perihelion, or closest
approach to the Sun in its orbit. The flyby is critical because the probe will
approach the Sun from the Earth-facing side, providing unique prospects for
future trips to our solar system's biggest star.
The
spacecraft will approach our star at a distance of 85,29,523 kilometres on
February 25. Parker is learning more about our star with its science
instruments as it approaches it closer than ever before, according to Nasa. At
a speed of 3,592 kilometres per hour, the probe is rushing towards the Sun.
"Parker
Solar Probe reaches the Earth-facing side of the Sun during this near
encounter. Earth-bound missions and other spacecraft have the potential to
provide us with multiple perspectives on solar phenomena "In a tweet, the
Parker investigation team stated. Out of the 24 orbits planned for the probe
around the Sun, this will be the 11th flyby, with seven gravity aids from
Venus.
WHAT DOES THE
PARKER SOLAR PROBE DO ON SUNDAY?
The
Parker Solar Probe, named for Eugene Parker, the inventor of solar wind, will
collect data on solar activity as well as investigate the mysterious corona. In
2018, the Parker Solar Probe was launched to investigate the Sun. With the
start of a new solar cycle and a frenzy of activity on the Sun in recent weeks,
studying it has become important to comprehending space weather.
*
Tracing the flow of energy that heats and accelerates the solar corona and
solar wind with the probe
*
Understanding the structure and dynamics of plasma and magnetic fields at solar
wind sources.
*
Investigate how energetic particles are accelerated and transported.
SPACECRAFT WITH THE
FASTEST HUMAN-MADE TIME
Parker
Solar Probe will be speeding around the Sun at around 6,92,017 kilometres per
hour at its closest approach, according to Nasa. The probe will get as near to
the Sun's surface as nine solar radii in the final three of its 24 orbits
around the Sun, which is nine times the Sun's radius, or roughly 61,63,787
kilometres.
The
Parker Solar Probe became the first human-made device to journey into the Sun's
atmosphere, known as the corona, in December of last year. The spacecraft
measured particles and magnetic fields coming from the Sun during the flyby. A
4.5-inch-thick carbon-composite cover protects the spacecraft and instruments
from the Sun's heat, with temperatures outside the spacecraft reaching roughly
1,377 degrees Celsius.
"While
the front of the Parker Solar Probe's solar shield will experience temperatures
nearing 1,400 degrees Celsius at closest approach to the Sun, the spacecraft's
payload will be at room temperature, at roughly 29 degrees Celsius," Nasa
added.
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