The moon is rusty! Scientists have found rust on the moon, is there oxygen on the moon?

There is no oxygen. Rust on the Moon exists only at high latitudes, most likely brought by an asteroid from Earth.

Yes. Because the Moon is very close to the Earth, some free oxygen is attracted to the Moon, so the Moon has a small amount of oxygen.

Iron, also known as iron oxide, is a red compound formed when iron is exposed to water and oxygen. Rust is very common in our lives, and the rocks in some of the Earth's Grand Canyons also appear red due to the action of iron oxide. Of the eight planets in the solar system, only Mars is the "red planet".

Due to the large amount of iron oxide on the surface of Mars, the surface of the planet has a slightly orange-red color. However, the presence of iron oxide was found on the moon in dry liquid water and atmosphere, which puzzled scientists. In other words, our moon is rusting.

Pure iron, which does not rust on earth, is unheard of, and as long as there is oxygen, no matter how good the iron is, it will be oxidized. But there is one pure iron in the universe that does not rust, and that is on the moon. The pure iron that has been placed on the moon for 7 years has not rusted, and scientists have analyzed this, let's take a look.

Pure iron that does not rust on the moon.

There is no iron on this earth that does not rust, and iron oxidizes whenever it encounters air. In this wonderful universe, there are many mysteries that current science has not been able to solve. The world thinks that iron rusts, but there is a pure iron that does not rust in this universe, and that is iron on the moon!

Dust samples collected from the moon by the United States and the former Soviet Union were violently covered with particles of pure iron, and did not rust for years after they were retrieved from Earth. There is pure iron on the earth that does not rust, which puzzles scientists. Earlier explorations and studies have shown that the Moon has almost no magnetic field, but analysis of the lunar rocks has shown that it has a strong magnetic field.

This phenomenon has puzzled scientists, with Dr. Paul Gast declaring: "The rocks here have very strange magnetic ......It was completely unexpected. ”

If the Moon had ever had a magnetic field, it would have had an iron core, but there is reliable evidence that the Moon could not have such a core. And it is impossible for the Moon to get its magnetic field from other celestial bodies (such as the Earth), because if that were the case, it would have to be very close to the Earth, and it would be torn apart by the Earth's gravity.

In 1968, a probe orbiting the Moon showed for the first time the existence of a "material aggregation structure" beneath the Moon's surfaceAs the spacecraft flies over these structures, it will fly slightly below the prescribed orbit due to their enormous gravitational pull, and it will accelerate slightly as it leaves the structure, which is a clear indication of the existence of the matter-focused structures, as well as their enormous mass. Scientists believe that these structures are like a bull's eye, made of heavy elements, hidden beneath the "sea" on the surface of the moon.

As one scientist put it: "No one seems to know how to deal with them." "There is pure iron on the moon that does not rust in the hall, which is amazing to scientists!

The Moon is the Earth's only natural satellite, with a mass of about one-eightieth of the Earth's mass and an average distance of 384,400 kilometers, making it the fifth largest satellite in the solar system. The Moon's geological activity is much more stable than that of the Earth, so there are many impact craters on the surface, so it is an excellent material for studying meteorite impacts on the Earth.

There are three main types of rocks on the moon, the first is the lunar sea basalt, which is rich in iron and titanium. The second is inclined feldspar rich in potassium, rare earths and phosphorus. The third type is breccia composed of clastic particles.

Not only that, but the surface iron of the moon is considered a very common element. It is said that the sand 5 centimeters above the surface of the moon contains very rich iron ore.

Through the study of rocks at the poles of the moon, scientists have found that there are iron-rich rocks at the poles of the moon, and the number is huge. The spectral characteristics of these rocks are consistent with that of hematite on Earth, which is a special type of iron oxide. We are commonly referred to as rust and the chemical equation is known as ferric oxide.

In order to rust, water is an essential and important material. A long time ago, scientists confirmed that the water at the poles of the moon was ice, and with the help of NASA's Lunar Mineral Mapping Machine, it was found that the water on the moon is not only in the polar regions, but also on the surface is rich in water. Researchers found the presence of water on the lunar glass beads, and found that the lunar glass beads were formed during the cooling of magma, and although the amount of water was small, it proved that there was still water on the moon, and even parts of the moon were wet.

We know that there is no atmosphere on the moon, isn't this oxygen ** a bit inexplicable? Moreover, the formation of this rust requires the help of an oxidizing agent. Otherwise it will not rust.

There is no ** of oxygen on the moon, but it rusts, so scientists believe that this weak oxygen is likely to come from Earth, which extends to the moon along the planet's magnetic field known as "purple rice". Studies have shown that the Earth's tail extends to the near side of the Moon, where hematite is abundant. As soon as the full moon arrives, the tail blocks 99% of the solar wind from flying towards the moon, placing a temporary film on the moon's surface to prevent hydrogen from reacting to the rusty process.

At this point, several of the main conditions for the rust of the moon have been stated. But it's worth noting that oxygen on the Moon** is still speculation and has not been scientifically verified. Further research is needed.

It is impossible to become, because the two planets are not the same, and no matter how rusty they are, they cannot become Mars.

There is also this possibility, but it will take a lot of time to develop into the development situation of Mars.

I don't think so, because the composition of the Moon and Mercury is not the same.

No. Because the Moon is the Earth and a satellite, it is very different from Mars, so it will not be the next Mars.

It is very likely that the earth is to blame, and the oxygen in the earth's atmosphere reaches the moon, causing the moon to rust and turn red.

The moon itself does not have an atmosphere capable of providing a sufficient amount of oxygen to the mountains, but it does have trace amounts of oxygen donated by the Earth's atmosphere. Oxygen from Earth reaches the Moon along an extended band of Earth's magnetic field leakage known as a "magnetic tail". The Earth's magnetic tail can extend all the way to the near side of the Moon, which is responsible for this phenomenon.

No. Because the moon is very far away from the earth, and the moon's "rusty and rough" field is the reason for the brightness of the self-chanting stool, it is not the earth's fault.

No, iron rusts because iron is oxidized by oxygen in the air in the presence of water.

On the moon there is no water and no air, and there will be no rust On the moon, because there is no air, no water, so it will not rust, everyone is right.

It will generally not rust when it falls to the earth, because the meteorite will react violently with the atmosphere in the process of falling into the earth, and under the action of frictional heat and oxygen, the surface layer will melt and burn, and ferric tetroxide and other substances will be born, and then due to the action of impurities at high temperature, the surface layer will be chemically and physically denatured, which is equivalent to generating a layer of protective mold in the outer layer, and it will no longer interact with water and oxygen or react very, very slowly. Therefore, there will be no rust.

It would be a different matter if the meteorite collided with a hard object and shattered when it fell to the ground, exposing the inner layer of meteorite.

Iron rusts mainly because it comes into contact with water and oxygen in the air, and these two are basically absent in the lunar air, so they do not rust.

No rust! Because there is no oxygen on the moon! It won't rust.

No, there is no oxygen on the moon

Iron is susceptible to rust, not only because of its chemical activity, but also because of external conditions. Moisture is one of the substances that makes iron rust easily. However, the presence of water alone does not rust iron, and only when the oxygen in the air is dissolved in the water, the oxygen reacts with the iron in the presence of water to form something called iron oxide, which is rust.

There is no water and no oxygen on the moon.

The rust component is iron oxide, there is no oxygen so it cannot rust, only iron.

The iron of the moon does not rust, because the moon has no oxygen, which is not surprising, but put it on the earth, why is it not rusty? This is because metal particles, especially iron, are not symmetrical, resulting in a slightly more diverse contact between iron particles and atomic forces (similar to molecular forces). For example, iron can be magnetized, which is a phenomenon produced when the largest difference in iron particles is unified or consistent.

If there is no external influence, although the iron particles are asymmetrical, they still have the best matching, resulting in a balanced state in which everyone is in the best state. This optimal and balanced makes the atomic force of the outward side of the particles on the surface of the iron surface the smallest or even negligible, resulting in the surface of the iron on the moon being 0 valence, so that the oxygen is dry and anxious, and the iron cannot be rusted, so it does not rust in 7 years on the earth.