Why Saturn s rings sometimes disappear

Saturn can be regarded as one of the more peculiar planets in the solar system, in the telescope, its appearance is like a straw hat, and there is a wide "brim" around the spherical star, which is the rings of Saturn, also known as the rings of Saturn. The presence of the rings makes Saturn the most beautiful of the stars, which amazes the viewer.

<> Saturn's rings were discovered by the famous Italian astronomer Galileo in July 1610.

Saturn's axis of rotation is the same as that of the Earth, and it is tilted, and Saturn's axis inclination is, and the Earth is. Since Saturn's rings are in the same plane as the equator, it is tilted towards the Sun (and also towards us). When Saturn orbits one end of its orbit, we can see the near side of the ring from top to bottom, while the far side remains obscured.

When Saturn is at the other end of the orbit, we can see the near side of the ring from the bottom up, while the far side remains obscured. It takes a little over 14 years for Saturn to go from one side of its orbit to the other.

During this time, the aura gradually shifts from the bottom to the top. Halfway through, the aura moves to the middle of the road, and we observe that the edges of the two sides of the aura are joined together, like a "line". Subsequently; Saturn continues to orbit, returning to its original starting point along the other half of its orbit, and the time ring gradually moves from the top to the bottom; When we move to the middle, we see the edges joining together.

Because Saturn's rings are so thin, it is as if they disappear when the rings are like "a line".

The so-called disappearance means that we can't see it with a telescope on the earth, which is mainly because we live in a three-dimensional world, and the equatorial plane of Saturn and the equatorial plane of the earth have a certain angle, and they are not on the same plane when they orbit the sun with each other, plus Saturn's rings are just rocks and ice blocks with a thickness of several kilometers, so that sometimes we can't see Saturn's rings.

Saturn's rings, also known as Saturn's rings, are a wide ring around a spherical star. The cause of this is unknown, but it is speculated to be composed of debris from comets, asteroids colliding with larger moons. The size of the fragments varies greatly, from large ones that can reach tens of meters to small ones that are only a few centimeters or smaller.

Due to the sunlight, a bright aura is formed. The inner side of the ring is about 5.95 million kilometers from Saturn, about 11.9 million kilometers wide, and can accommodate about 1 billion Earths.

Saturn is one of the eight planets in the solar system, and the distance to the sun ranks sixth in the solar system. Saturn is also a gas giant, composed mainly of hydrogen, with a small amount of helium and a small amount of elements. The inner core consists of rock and ice, and the outer perimeter is covered by several layers of metallic hydrogen and gas.

There are 82 confirmed moons of Saturn, the most of the eight planets. One rotation of Saturn is equal to 10 hours, 33 minutes and 38 seconds, which is about half a day on Earth.

Saturn's rings are formed by a combination of solar radiation and dust particles in space.

When the Sun hits Saturn's rings, these dust particles scatter to form a halo. This aura is attractive to Earth because it blocks sunlight from entering the atmosphere. This ring is not naturally occurring, but is caused by meteor fragments from the collision of some asteroids.

The rings of the planet are made up of several small particles of water ice or dust of various shapes and sizes, which orbit around the planet at a very fast speed, forming a colorful ring under the sun's rays. However, the lifespan of Saturn's rings today is less than 100 million years, and compared to Saturn's age, Saturn's rings have just formed recently, and Saturn's lifespan is already 4 billion years.

The structure of Saturn

Saturn, like Jupiter, is made of hydrogen and helium. A dense core metal, such as iron and nickel, surrounded by rocky material and other compounds, solidifies at high temperatures and pressures, and surrounds the center of Saturn. Wrapped in a liquid hydrogen layer is liquid hydrogen, like Jupiter's core, but small.

Saturn is made up of the rest of the solar system, and when gravity sucks gas and dust into the rotation, Saturn forms a gas giant. About four billion years ago, Saturn was at the edge of the solar system, and now it is the sixth planet in the Sun's order from far to near. Saturn is a huge gas planet with no real surface.

The above content reference: Encyclopedia - Saturn.

Saturn's rings are rings made up of countless meteorite fragments and ice fragments, to put it bluntly, they are trivial pieces of stones and ice, and due to the reflection of the sun's rays, we see like a ring connected to the whole.

The structure of Saturn's rings was discovered in the 17th and 19th centuries. By the early 80s of the 20th century, at least 3 probes "took a look" of Saturn, and found that the structure of the ring was extremely complex.

Based on ground observations and space explorations, Saturn's rings are divided into 7 layers. The closest to Saturn are the D-rings, which are the brightest; followed by the C-ring, which has the highest transparency; The b-ring is the brightest; Finally, there is the A-ring. Between the A and B rings is the famous Cassini ring seam, which is about 5,000 kilometers wide.

In addition to the A ring, there are three rings: E, F, and G, and the outermost layer is the E ring, which is very thin and broad.

Saturn is one of the most beautiful planets in the solar system, because it has a wide and bright ring, like a hat on a round head, which is very cute.

Saturn's rings are made up of countless fragments of rock, large and small, covered in ice, all orbiting around Saturn in a similar plane. The large and small stones covered in ice reflect a variety of colors when the sun shines, forming seven concentric halos of color.

The seven rings are called A, B, C, D, E, F, and G rings in chronological order, and according to the actual position of the halos from the outside to the inside, they should be E, G, F, A, B, C, and D rings.

The latest astronomical research has found that none of Saturn's seven rings are monolithic, each ring is composed of hundreds of thin rings squeezed together, and even in the gaps between the rings, there are many thin rings that cannot be seen by telescopes on the ground. It is from them that we make up the aura of beauty that we see in diversity.

Therefore, Saturn is called the "beauty of the stars".