Comet 332p Research Paper

Comet 332P/Ikeya-Murakami (hereinafter referred to as the comet 332P) roaming in the inner solar system has 4 billion 500 million years, but due to a series of gravity, comet 332P is pushed into a new orbit, but due to the new orbit too close to the sun, eventually led to the slow rotation of death ending. The Harbert space telescope to shoot to the final image after the demise of the comet aftermath this unlucky. To a large extent, the comet is a very unfortunate existence. Comets formed by ice, dust, or space rocks, the comet will wander in the outer solar system for billions of years. Most of the original ice are located in Neptune's orbit outside the Kuiper belt, which is almost not affected by the sun's gravity.
But because of gravity constantly push these Neptune chaos interference comet …show more content…
When a comet suddenly light up, there is only one possibility: it is being heated. The increase in brightness is due to the large area of ice and dust explosion, reflecting the sun caused by light. In January this year, the Harbert telescope, a close observation of the comet, found that it is not only in the production of a large number of steam dust, while the chronic death, jet out as large as a building block material. At present, it is on the orbit of Mars.
Jewitt David, a professor at the University of California, said that we know that comets sometimes collapse, but we don't know why, or how they collapsed. The difficult part is that the whole process is happening so quickly that it's hard for us to get a chance to get useful data. However, due to the high resolution of the Harbert telescope, we can not only see the tiny dark comet debris, but also to observe the changes in their day and day. Although the comet 332P is very small, only about 500 meters wide, but it has a wide range of debris, the comet tail up to 4800 km. But what caused it to