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| SOURCE: JANG |
Ready to take a closer look at the sun
The nearest star to our planet is the sun, but scientists have not yet fully determined about it. For this purpose, Europe recently launched its new spacecraft, "Solar Orbiter." Depending on the sun.
The spacecraft sent to the Sun's solar arrayer will take a closer look at the sun. There are cameras and sensors installed on the ship that will potentially tell us the secrets hidden in our stars. They want to know why so many changes occur in the sun. The spacecraft was airlifted from the Cape Canaveral Space Center in the US state of Florida. The rocket was launched at the time.
The sun can sometimes suddenly release billions of tons of material and complex magnetic waves, which can have profound effects on Earth. This process is called the scientific term "solar storm". Electronic devices on satellites trip, interrupts contacts, and can even shut off power grids on time. Researchers hope that information from solar arboretors can predict solar storms. Models will be improved. The spacecraft is a project of the European Space Agency (ESA), but NASA has also participated in it, and NASA has also fulfilled the responsibility of launching it.
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| SOURCE: JANG |
NASA experts say the Solar Arbiter will be placed on a path that will gradually move it to a distance of only 40 million km (60 million miles) above the surface of the sun. The planet Attard (Mercury) Even closer to where the heat is already, the spacecraft will have to stay behind a large titanium shield in order to survive the severe sun. The images will be taken with very fine holes. They will be closed after data is collected, so that the internal devices can be protected from heat. According to Dr Michelle Spreak, systems engineer at the airplane and European company Airbus. We will have to develop several new technologies, to ensure that the spacecraft can withstand temperatures up to 600 degrees Celsius.
Dr. Spreak says that a coating made of animal-backed bones has been developed to protect the spacecraft from extreme heat. The solar orbiter has six cameras and four other devices that will take the sun out of the spacecraft. Of the gas (plasma) and magnetic fields passing through the surface. According to Tim Hurbury, professor at Imperial College London, the purpose of the solar arbutter is to determine how the factors of the sun relate to the factors in space. - Experts have to get close enough to the sun to examine these places, and the emitters and magnets This combination of equipment and its unique orbit will give the solar arbutter the ability to monitor the sun's poles, says Lucie Green, a professor at the University of London. It is not known why the sun has an 11-year duration, during which it has increased and decreased.
To understand this, we need to make several observations and we need to make these observations near the Sun's poles. Science cannot say with certainty what it will look like there, but hopefully when the sun If the on-going movement is to change, the solar arbutter will already have its signals. Dr. Daniel Mueller, a project scientist at the European Space Agency, thinks the sun will be visible before the next solar period in the region. These are small clusters of magnetic fields. It is hoped that this decade will be one of the major developments in solar physics. There will be a golden decade. Before Europe's solar arbutter, the United States launched the Parker spacecraft, which has many purposes similar to the new spacecraft and has some of the same equipment.
Source: JANG
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