Military Technology

And this is just the earth-moon round trip project. The scale of the lunar surface scientific research station construction project is even larger.

First, before the official construction of the entire lunar scientific research station begins, the entire lunar surface must be leveled. The soil on the lunar surface is very loose, so we need to level the construction area and use bricks sintered from the lunar soil to pave it.

Then the quartz sand in the lunar soil is used to print the various cabins of the entire lunar scientific research station and install related equipment.

In addition, a solar power station must first be built around the lunar scientific research station, and solar cell sail panels should be used to form a solar sail array to provide sufficient power for the construction and subsequent operations of the entire scientific research station. This It is the key to the entire lunar scientific research station project.

In addition, it is necessary to establish a lunar solid water collection area and install relevant equipment to collect the solid water on the moon, and then purify and use it.

Next is oxygen. With water and electricity, we can use electrolysis technology to electrolyze abundant oxygen and hydrogen from water. Part of the oxygen is used for breathing and consumption by the personnel living in the lunar scientific research station, while most of the other oxygen and electrolyzed hydrogen will be pressurized and liquefied, and then injected into the landing ascender fuel tank on the moon. For use by the entire landing ascender.

In addition, we also have to lay relevant radioactive materials on the entire surface of the building shell of the entire lunar scientific research station. We know that the moon has no magnetic field and no atmosphere, so it is directly exposed to cosmic rays. Therefore, the entire lunar scientific research station must be radiation resistant so that the personnel inside can stay there for a long time without worrying about health problems.

Of course, the personnel at the lunar scientific research station are much happier than the astronauts at the space station in daily life, because the space is large enough and because there is gravity on the moon. Although relatively weak, it can prevent astronauts from muscle atrophy and bone loss caused by long-term living.

This is a very large project. Eighty percent of the construction materials for the entire first phase of the Lunar Scientific Exploration Station come from the moon, and 20% of them come from earth transportation. This 20% of the materials, equipment, and materials is 30 tons, which needs to be transported three times by the lunar cargo transportation system. This launch mission is only the first of the entire transportation mission, and there will be two more in the future.

This is only the first phase of the project and will accommodate about 20 astronauts and scientists to live and experiment. The second phase of the project will approximately double the size of the lunar scientific research station. By then, the lunar scientific research station will be able to accommodate more than 100 people, making it the largest commercial scientific research station on the moon.

The third phase of the project will be based on the lunar scientific research station, continue to expand it nearby, and try to build a new lunar personnel living community that can accommodate a thousand people, referred to as a lunar city.

The entire third phase of the project will fully verify the feasibility of lunar city operation. If it is verified to be feasible, Haoyu Aerospace will then build a large lunar city community on the moon that can accommodate 10,000 people. This also means that the moon’s The colonial era officially begins.

After listening to Director Zhang's ambitious plan, even the host, who had always been relatively professional and calm, couldn't help but sigh.

This project is too huge and feels too far away from us. Professor Huang, do you think this goal can be achieved? The host turned to Professor Huang and showed an unbelievable smile asking for advice.

After hearing the host's words, Professor Huang smiled and nodded: "I think this goal will definitely be achieved in the future, and I think the entire plan is progressive and very pragmatic. It can be said to be one step at a time. I think this The plan is very certain to succeed.

And there is one very good thing about the whole plan, that is, from the very beginning, Wu Hao and the others did not intend to rely entirely on the material resources on the earth, but to use local materials, which is commendable.

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The advantage of using local materials is that it can greatly reduce transportation costs and facilitate large-scale construction.

At present, Haoyu Aerospace has used the Wangshu-2 lunar surface exploration rover to conduct 3D printing experiments on the moon using lunar soil. The scientific team used a hot-melt 3D printer mounted on Wangshu-2 to successfully melt the adaptive heating in the lunar soil and print out a square brick.

The strength, hardness and toughness of the entire square brick have reached the expected requirements, which can be said to have laid the foundation for the formal construction of the lunar scientific expedition station in the next step.

In addition, Wu Hao and the others also plan to make full use of the mineral resources on the moon, such as a series of metal mineral elements rich in manganese, iron, copper, zinc, etc. on the moon. These are necessary resources for lunar construction.

Once we master the mining and smelting technology of these lunar mineral resources, then the next step of large-scale construction on the moon will not be a problem at all. I am very optimistic about this. "

After hearing Professor Huang's positive and optimistic answer, the host immediately looked at Director Zhang sitting next to Professor Huang: "Director Zhang, what do you think?"

Director Zhang smiled and nodded when he heard this and said: "I am also very optimistic about the entire project. As Professor Huang said, the entire project is very detailed and pragmatic. It is advanced step by step. All plans are based on feasibility. , and there is no slightest leap forward, which is very valuable.

And as Professor Huang said, Haoyu Aerospace is very good at utilizing resources on the moon, which is very important. Because this can not only greatly reduce the construction cost of the entire project, but also lay the foundation for the next large-scale construction.

I can notice that these projects are very closely related to each other and every step is carefully planned. It can be seen that Haoyu Aerospace should be very fully prepared for this project. "

In fact, this is indeed the case. Professor Huang interjected: "In fact, Haoyu Aerospace has invited a large number of professionals and experts in the aerospace field to conduct many seminars to repeatedly discuss, deduce and revise the entire construction plan and related plans. We have now developed a very detailed and feasible plan.”

"Okay, thank you two experts for their wonderful interpretation here today. The launch mission will be carried out in a week, and we will also conduct a live broadcast of the special program at that time.

Here, we also wish that this very meaningful launch mission can be carried out instantly, and wish it success. Our journey is the sea of ​​stars, and we will eventually sail to this sea of ​​stars~! "