Dahan Technology Empire

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The price of steel is now more than 3,000 ton per ton. Unrefined raw ore like you is pulled into space. I think 500 yuan per ton will still be demanded. This meteorite is 100 million tons. It's a simple calculation. At least 50 billion yuan can be sold!

Someone next to him immediately calculated the number as soon as his brain turned. 50 billion yuan, just an asteroid, a relatively common asteroid!

Oh my god! Why does it seem that this asteroid belt is full of gold, any asteroid is worth tens of billions of yuan, and asteroids like this one with iron as the main constituent element account for 15% of the total, It's easy to find out!

The drooling scientist exclaimed quickly!

Bai Fengling, the baby is here, the key is how do you transport it to Earth? Jiang Zhipeng heard everyone discussing the value of these asteroids as soon as he came in, and shook his head with a smile, this asteroid is not So easy to carry.

Bai Fengling was the drooling scientist just now. Now his eyes are fixed on the asteroid, and his mind is full of thoughts on how to transport him to Earth.

There is always a way. Using the gravity of the solar system, we only need to remove the asteroid from its original orbit at the beginning, and wait for the sun to help us move to the earth!

Using the sun's gravity is a good idea, but how much force does it take to get the asteroid out of its original orbit at the beginning? This asteroid weighs 150-200 million tons! It's not that easy to drag!

Jiang Zhipeng slowly guided everyone's thinking direction to how to drag the asteroid. To be honest, Jiang Zhipeng was still drooling at this time. These asteroids are treasures, even if the asteroids are all silicon moving to the earth. It can also be sold for a big price. The materials used in this space solar power generation are all made of silicon.

If you can transport an asteroid containing a lot of iron to the earth, any one can be worth tens of billions of yuan, and it is normal for a larger one to be hundreds of billions.

We can install an engine on the asteroid to push the asteroid into the orbit we want! A scientist immediately said with a big brain.

This is not possible, asteroids generally rotate, so it is not easy to make the asteroid move along the prescribed route, and it is very difficult to install the engine. The power of the engine is small, it is useless, and the installation difficulty and fuel are also a problem. Question! Jiang Zhipeng shook his head and denied the idea.

I think we can create a nuclear explosion near the asteroid and let the shock wave propel the asteroid!

The nuclear explosion plan may interfere with the orbits of other asteroids and cause the butterfly effect, and when you push, you rely on nuclear explosions, and when you get to the earth, you don't want to rely on nuclear explosions! This is also not good!

For this scientist who has a big brain hole and uses nuclear explosions to push asteroids, everyone can't help but sweat, it's really violent enough!

A solar sail device can be installed in the front section of the asteroid, and the asteroid can be dragged slowly by the power of the solar wind. This method is safer!

No, this method takes too long, and we want to drag the asteroid to the inner circle of the solar system. Are you sure you can use this solar wind?

After successively denying the proposals and plans of several scientists,

For a while, everyone couldn't think of any other way, frowning one by one, thinking hard.

I think we can use a huge grid to wrap the asteroid first, and then use a high-thrust spacecraft to pull the asteroid! Bai Fengling thought for a long time and said slowly.

What material are you going to use for your grid? Ordinary materials simply can't withstand such a huge pulling force! Someone immediately asked his own question.

The rope made of carbon fiber material is enough. A hair-thin carbon fiber can hang several tons of things. We made carbon fiber material into a thicker rope, which can completely undertake the task of dragging asteroids!

The carbon fiber material mentioned by Bai Fengling is a new type of fiber material with high strength and high modulus fiber with a carbon content of more than 95%. It is a microcrystalline graphite material obtained by carbonization and graphitization by stacking organic fibers such as flake graphite microcrystals along the fiber axial direction.

Carbon fiber is soft on the outside and rigid on the inside, which is lighter than metal aluminum, but stronger than steel, and has the characteristics of corrosion resistance and high modulus. More importantly, it not only has the inherent intrinsic properties of carbon materials, but also has the softness and softness of textile fibers. It is a new generation of reinforcing fibers.

Other scientists nodded when they heard it. Carbon fiber material can indeed be used to drag asteroids if it is woven into a large enough rope. This material is strong, soft and soft and can be shaped at will. It is still feasible to weave a net on the asteroid and drag the asteroid.

Then how much thrust do you need for the spacecraft to pull the asteroid? After solving the material problem, the scientists raised new questions, and the problem was solved one by one, then the matter was done.

A spacecraft equipped with nuclear fusion power is enough. We don't need to drag the asteroid all the time. We only need to remove the asteroid from its original orbit, and then rely on the gravity of the sun to calculate the position and let the asteroid re-form a passing The new orbit of the earth, when the asteroid is about to reach the earth, we will drag the asteroid again, and then rely on the gravity of the earth to capture the asteroid, form an orbit around the earth, and become a satellite of the earth!

As long as it becomes a satellite of the earth, the rest is waiting for us to slowly excavate the various resources on it! Bai Fengling explained his plan in detail.

Well, this plan seems to be really a good plan, and the feasibility is still very high! Jiang Zhipeng pondered for a long time and nodded, Bai Fengling's plan is still very feasible, especially for those whose quality is not too big. asteroid.

I also think this plan is very good, especially those smaller asteroids, such as those with millions of tons, I think there is no problem at all, as for pulling hundreds of millions of tons of asteroids, I think it is still Do some serious calculations first! The other scientists also nodded.

I think everyone is discussing and discussing here, and it is better to carry out experiments. Our current Zheng He is the spacecraft with the largest driving force. We can test it here first, and we will know if we drag one and try it out. Well! (To be continued.)