Has the moon developed? 10, Has the moon developed?

At present, only a few footprints and a flag and a few antique machines have been left on it, and the day of development should not be far off.

There are also people who buy land on the moon.

Soon it will be possible to live in.

The Moon will indeed be developed, but it will not become a second Earth!

Because the conditions on the moon are not suitable for human habitation at all, the temperature difference between day and night reaches more than 300 degrees! 123 degrees in the morning and minus 233 degrees in the evening, so how can humans survive? And there was no trace of water there!

Nowadays, human beings explore the moon and develop the moon for the many mineral resources on the moon!

The Earth is rich in mineral deposits, and it is reported that there are more reserves of rare metals on the Moon than 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 plagioclase, which is rich in potassium, rare earths and phosphorus, and is mainly distributed in the lunar highlands; The third type is mainly breccia composed of 0 1 1 mm cuttings of ply grains. Moon rocks contain all the elements of the earth and about 60 kinds of minerals, of which 6 minerals are not found on the earth.

And you say that it will become the second Earth, it is very likely to be Mars! Human beings are also exploring Mars to develop Mars, and Mars is a planet relatively close to the Earth! Not to say that the distance is close ... And it was also found on Mars that there used to be liquid water!

There is no pinch yet, and the landlord should stop at science fiction.

Let the landlord go to the development!

Of course not, the moon.

Gravity is too small to be developed at this time.

The development of lunar resources and the migration to the moon have been in this fantasy since ancient times. But the lunar expedition poured cold water on most people. Because it is almost impossible to transform the moon into the same as the earth, but of course it is practical to build the moon as a base for further space exploration and space development.

For this, scientists have done a lot of preparatory work.

First, scientists conducted a thorough analysis of the rock and soil samples they brought back, and it turned out that there seemed to be no new elements on the moon that were not found on Earth, but there was something special about the lunar material. As mentioned in the previous section, because the moon has been "baptized" by high temperatures, a large number of highly volatile elements have long been lost. At the same time, chemists were surprised to find that the most abundant content in lunar specimens was oxygen, which, together with other atoms, combined with the compound Tongsa (mainly silicate), accounted for 40 percent of the total weight

This is followed by silicon, accounting for 20. Aluminum, titanium, iron, etc. account for a total of 15. The Moon has been short of water since its formation, so the prevalence of iron in the metallic form (iron oxide or iron sulfide on Earth) should be prevalent there.

In addition, lunar rock specimens tell people that rare metals are also more abundant than on Earth. Therefore, space solar power plants and space settlements, which are currently being studied and established, have made bold ideas on how to use the resources of the moon.

As everyone knows, since the gravity of the moon is only 1 6 times that of the earth's gravity, launching a spacecraft there can not only greatly save fuel, but also simplify the launch vehicle, so that the moon can be built into a more ideal space base.

In addition, the use of the moon as a scientific station for exploring the universe and observing the stars is unparalleled. Since there is no atmosphere on the moon, all kinds of information from the universe can be received without interference, so it is possible to make full-band observation of celestial bodies there, which shows that the moon is the ideal "heaven" for astronomers to display their ambitions.

Finally, various rare metals such as iron, titanium, and aluminum have been developed and refined on the moon, which are extremely valuable for the construction of space settlements and for supplementing the needs of the earth. As for the glass and fiber materials (silicides) used in construction, they are inexhaustible.

The list goes on and on. Because of this, all countries in the world attach great importance to the development and utilization of the moon, so in 1979, the United Nations General Assembly adopted and signed a treaty on the "peaceful development of the moon by mankind". It can be seen that today, when mankind has entered the space age with highly developed science and technology, the development of the moon is already an ideal thing!

There are a lot of resources on the moon that are available on the earth, and some people have calculated that if hydrocarbons are not counted, then the material energy on the moon will be there.

Produce 90 percent of what humanity needs. Therefore, in today's depletion of mineral resources on the earth, the development of lunar mineral resources is very attractive, because the moon in the future may first become a huge warehouse of metal products on the earth, and the moon will also be a mining plant on the earth in the future, and the minerals will be transported back to the earth to solve the problem of energy resource shortage that has plagued mankind for a long time.

I don't know if the downstairs is copied from **, so much, I'm not in the mood to watch it. Personally, I don't think so, the first thing that comes to mind is that there is no oxygen. Second, even if there is a lot of energy with current technology, how to transport it.

Quite possibly.

The lunar crust is composed of several major elements, including: uranium, thorium, potassium, oxygen, silicon, magnesium, iron, titanium, calcium, aluminium and hydrogen.

Yes, the gains outweigh the losses at the moment!

development of lunar mineral resources: helium-3, ilmenite, etc.;

Utilization of lunar environmental resources: high vacuum, no magnetic field, weak gravity, no atmosphere, no earth radio waves on the back... It can carry out multidisciplinary experiments and establish astronomical observation bases;

Utilization of the Lunar Space Position: Build a lunar base to serve as a space station for space exploration.

There is a large amount of an isotope of hydrogen on the moon, which can be used as fuel.

Develop the moon into a recreational resort.

First of all, there are abundant material resources on the Moon. The Moon has all the elements and more than 60 minerals on Earth, and there are 6 minerals that Earth does not have. In the soil of the moon, the content of helium is 40, the content of silicon is 20, and calcium, aluminum, iron, etc. are abundant.

Secondly, the gravitational force on the Moon is only 1 6 of the gravitational pull of the Earth, and the escape velocity on the Moon is only 1 5 of the Earth's. Therefore, the low gravity of the moon and the absence of an atmospheric environment are very conducive to the launch of spacecraft. The establishment of a human space base on the moon for assembly, maintenance, and replenishment will become a transit point for human beings to fly to other planets.

The lunar space base will greatly reduce the difficulty and cost of interstellar flight, and the depth and breadth of human access to the universe will be greatly increased.

Again, the Moon is not surrounded by an atmosphere, sound waves cannot be transmitted, and there is no radio interference from the Earth on the far side of the Moon. Therefore, the extremely quiet environment of the moon without atmospheric interference, sound waves and radio wave interference is a very ideal and stable platform for scientific experiments. Of course, the low-gravity, vacuum-sterile environment of the Moon is an ideal place for research and production in materials science and medicine.

In the future, with the advancement of science and technology, month-to-earth travel will be safer, more comfortable and more cost-effective. Well, tourism and migration to the moon will become a reality. The Moon will be the "sixth continent" for human exploitation.