I Have a Little Black Hole

However, after Lei Tiantang and Kuafu optimized the relevant design, they not only reduced the size of the fusion reactor, but also solved the movement problem of the fusion reactor.

Although their optimized fusion reactors are much larger in size than those on aircraft carriers, there is no problem fitting them into larger spaceships where they can be designed.

They have now carried out relevant experimental work on the small black hole body. There are already 4 spacecraft equipped with nuclear fusion reactor energy supply systems, and only such energy supply systems can satisfy a large spacecraft in the universe. Energy required for long voyages.

But even so, at present they have only solved the primary problem. The power problem of the nuclear fusion reactor needs to be solved urgently, and the size of the reactor is also a difficult problem.

Although the energy provided by the current deuterium-tritium fusion reactor is much larger than that provided by the nuclear fission reactor, at most it can increase the speed of the spacecraft to one-thirtieth of the speed of light. Proxima Centauri is a problem, let alone traveling the universe.

If the size of the nuclear fusion reactor is not reduced, the size of the spacecraft cannot be solved. To provide more energy to the spacecraft, it is necessary to increase the number of nuclear fusion reactors. If the size of the nuclear fusion reactor is too large, this It's a problem.

It is estimated that we can only wait until a nuclear fusion reactor using helium 3 as fuel can be developed to provide a larger energy supply for the spacecraft. Although this goal is still a bit far away, this is the most anticipated technology at present. .

As for antimatter, dark matter, etc., he has just started researching, and there are still others if he wants to gain something, so even if Kuafu poured cold water on him, Lei Tiantang was not discouraged.

These problems need to be solved, but the road still has to be taken step by step, and they are now on the right path.

Well, I'm just saying, anyway, now we are not bad at the means of flying out of the earth, and we don't need to fly out of the earth in a fighter jet for the time being, maybe we will wait until the aircraft company develops an aerospace fighter. I can fulfill my wish by changing it a bit, and I don't have to wait until the real space fighters appear before they can roam freely in space!

Then look forward to that moment! But the fighter thing can be put aside for now. Regarding the verification of the anti-gravity system, I think you still need your participation, boss. Kuafu turned the topic back.

Huh? Is there any problem? Didn't we consider related improvement plans when we designed the spacecraft before? And we also reserved the installation space of the anti-gravity system and the interface of related supporting equipment such as energy input lines? ?

Now you just need to add the anti-gravity system and re-optimize it,

Is there any work for me to do in this area? Lei Tiantang asked curiously.

It's not a design problem. I have finished the design work. According to our predetermined design plan, I have completed the optimization design of the spacecraft. The reason why I want you to participate, boss, is that you are needed in the construction of the spacecraft. help.

You must know the size of the spacecraft after I completed the design. I have told you just now. The length reaches 5500 meters and the width reaches 3500 meters. If such a behemoth is built by me alone, it will take at least half a year!

After all, the underground base space we dug for the construction of spaceships is so large that we can only build one spaceship of this size at a time.

This is not to manufacture a small spacecraft that we are doing various system tests on the small black hole body. I can complete the construction of 4 spacecraft in the underground base at one time.

And now this big guy can support 4 little guys like 4 ships, and the manufacturing difficulty can be increased exponentially. After all, it takes a lot of time to manufacture each component separately from manufacturing many identical components at the same time. Same.

Because it takes me a lot of time just to produce enough spaceship materials. After all, the size of this spaceship is here, and the weight is an exaggerated figure of 800,000 tons. Just think about so many materials. How long does it take to produce it yourself?

And this is still the first problem. When these materials are produced, I have to classify and process them into various components and parts of the spacecraft. This is another very time-consuming work, especially to manufacture this spacecraft. The main structure is a big project.

Not to mention that there are still more than 2 million parts to be manufactured. These parts with very high precision and quality requirements are not easy to manufacture. The repetition rate of these parts is only 18%, which is Said that as many as 82% of the components need to be produced separately.

That's why we have adopted an integrated and modular design concept. If we follow the traditional design and processing ideas for parts, the number of parts can reach 30 million.

Even so, the more than 2 million parts and the main body of the spacecraft took 42 days to assemble after production.

Even if our underground base has a very powerful manufacturing capability, there is a limit to this power. In this case, my construction speed will be forced to slow down. Boss, can you accept that the test will be started after half a year? Kwafu asked with a smile.

So it is! I ignored this factor! I used to give you the production, but the size and complexity of the things produced before can't be compared with the spacecraft we want to complete this time, so I handed over the production separately. It's really hard to do it for you.

Row! I can participate in the manufacturing process, you can tell me what I need to do! I don't want to wait until half a year to start testing! Lei Tiantang rubbed his face and asked after listening to Kuafu's reason.

He really didn't think of this before. The big guy with a length of 5.5 kilometers and a width of 3.5 kilometers is not comparable to those of the previous fighter jets. Even the size of the spacecraft used for testing before is less than five years of this size. One part, the production difficulty is really not on the same level.

It would indeed take a lot of time to let Kuafu produce and manufacture by himself. Although he had considered building a large spaceship when he designed the underground base, he also understood the manufacturing capabilities of the underground base, but he could not accept it. It will take half a year to start testing the antigravity system.

txt download address:

phone-reading: