ESA-NASA’s Solar Orbiter survived a massive ejection from the Sun in the early hours of Sunday, September 4. Here’s everything you need to know.
ESA-NASA’s Solar Orbiter just survived a terrifying high-mass launch into outer space as it flew by Venus to implement a gravity-assisted mechanism that altered the spacecraft’s orbit pillar, bringing it closer to the Sun. Notice about the same The European Space Agency (ESA) said in a report“In the early hours of Sunday, September 4, orbit the Sun by Venus for a gravity-assisted maneuver that changed the spacecraft’s orbit, bringing it even closer to the Sun. Like may be trying to get the orbiter’s attention as it ascends to another body in the Solar System, the Sun throws a supermassive launch (CME) straight at the spacecraft and planet just two days before the closest approach – and the data is being revealed.”
According to reports, a coronal mass ejection was fired from the Sun in the direction of Venus on August 30, also the second planet (Venus) from the Sun. “As data continues to be available from the Solar Orbiter, this strike reveals why the ‘on-site’ monitoring of space weather and its effect on bodies and spacecraft, of The solar system is just as important,” it added.
It can be noted that there are no negative effects on spacecraft because ESA-NASA’s solar observatory is designed to withstand and in fact measure violent outbursts from their star. ta – although Venus doesn’t always fly out so lightly.
Introduction to the orbit of the sun
According to information provided by the ESA, the Solar Orbiter is already a quarter of the way through its decades-long mission to observe the Sun up close and examine its mysterious poles. Its orbit is chosen to be in close resonance with Venus, which means it returns to the planet’s vicinity every few orbits to use its gravity to alter or tilt its orbit.
“This third Venus flyby takes place on Sunday at 01:26 UTC, when the Solar Orbiter passes 12 500 km from the planet’s center, very close to 6000 km from the gas-filled ‘surface’ of the planet. In other words, it crossed a Distance half the width of the Earth.Its distance from Venus, approach angle and velocity were meticulously planned to get the desired effect. precisely from the planet’s great gravity – bringing it closer to the Sun than ever before”.
Introduction to Corolla Radio Mass (CME)
The sun regularly shoots out such eruptions, but do you know what a CME is? According to NASA, the atmosphere outside the sun, the corona, is structured by a strong magnetic field. When these fields are closed, often above sunspot groups, the sun’s confined atmosphere can suddenly and violently release bubbles of gas and magnetic fields known as coronal mass ejections.
A large CME that can hold a billion tons of matter can be accelerated to several million miles per hour in a spectacular explosion. Solar matter is emitted through the interplanetary medium, impacting any planets or spacecraft in its path. CME is sometimes associated with flares but can occur independently.
