Juno probe is on a mission in deep space, 500 million kilometers from Earth, it is a Jupiter probe, and it has been working diligently since it entered Jupiter's orbit on July 5, 2016, and there are so many surprising discoveries in this position!
So far, the world's fastest spacecraft is the American "Juno", which reached a speed of 26 per hour in 2016 after being subjected to Jupiter's huge gravitational pull50,000 kilometers, or 73 per second6 km!This made Juno the fastest spacecraft, breaking the record set by Helios 1 on April 17, 1976.
Juno is designed to explore Jupiter and its moons. Juno's main mission is to study Jupiter's atmosphere, magnetic field, and moons, among other things. By observing Jupiter's atmospheric composition, temperature, wind speed, and other parameters, scientists can better understand Jupiter's formation and evolutionary processes. At the same time, Juno also measured and studied Jupiter's magnetic field, which is of great significance for understanding the formation and evolution of the solar system.
The Juno probe uses a number of advanced technologies and equipment to ensure that it can function properly in such a harsh environment. Among them is radiation protection: the Juno probe uses special radiation protection technology to protect its electronics from Jupiter's intense radiation. Solar panels: The Juno probe uses a large area of solar panels to ensure its energy**. Precise Navigation System: The Juno probe used a precise navigation system to determine its position and speed in space.
During Juno's exploration of Jupiter, it also took many high-resolution images that not only showed the beautiful scenery of Jupiter and its moons, but also provided valuable data for scientists. By analyzing these images, scientists can better understand the structure and physical properties of Jupiter and its moons.
The Juno probe has made many explorations and observations in the orbit of Jupiter, and has achieved many important scientific results. These include measuring Jupiter's gravitational field: By measuring Jupiter's gravitational field, the Juno probe can infer the structure and composition of Jupiter's interior. Observing Jupiter's Auroras: Juno probe observed Jupiter's aurora for the first time at such a close proximity. Study Jupiter's Moons: The Juno probe also photographed Jupiter's moons and studied them in detail.
In addition to scientific missions, Juno also undertakes a number of propaganda tasks. Its launch and detection process has attracted the attention of the global public and has become a highlight of popular science education. Through the results of Juneau's exploration, people can better understand the formation and evolution of the solar system, and enhance their interest and understanding of scientific knowledge.
Juno was a very successful probe that not only provided scientists with valuable data, but also brought scientific knowledge and fun to the public. Its successful launch and detection process also demonstrates the power and potential of human science and technology.