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Finally, Jin San felt the increasingly powerful thrust from the car under him. Pen | fun | pavilion www. ｂｉｑｕｇｅ。 ｉｎｆｏ

Jin San released the brakes suddenly, and the car rushed forward like an arrow off the string.

Just after less than 30 meters, Jin San pushed the control lever of the delta wing forward, and the huge wing side was lifted up, and the entire power delta wing suddenly left the ground and flew into the air, like a light swallow.

"It's flying! It's really flying! At this moment, looking at Lin Hongfei who was soaring into the air, everyone below was boiling!

Although he had known for a long time that Jin Lan was building an airplane, even at the moment before the plane took off, few people believed that such a simple thing could really break free from the shackles of the ground and fly into the sky like a cheerful bird.

It is precisely because of this that when this power delta wing only used such a short distance to get out of the ground, it brought everyone such a huge surprise.

The Jin family is really the Jin family, just a teenager who can build an airplane.

At the beginning, Jin San was just flying at a very low altitude, flying steadily, and let the people watching below. Gradually put your mind at ease.

Obviously, although this power delta wing has never flown before, the performance is still very good, unlike those planes that shake when the speed is low......

After flying at an altitude of about 5 meters for a few minutes, Jin San, who had basically mastered the performance of this power delta wing, talked to the ground personnel through the walkie-talkie, and the next moment. Like a light bird, the power delta wing immediately flies to a higher altitude!

The success of the flight. It was even more sensational than the gunship that took off, which made Jin Lan's ideas in mechanical manufacturing affirmed by everyone.

Jin San looked at the three power delta wings placed in the huge warehouse, and in the relatively simple plate warehouse, there were four power delta wings with strange styles arranged in order from small to large, and they were stranger than the other.

The first one is the youngest Jin San's eyes fell on it, and this one is about the same size as the one Jin San tested. But unlike that one, this one has three rows of seats in the front, middle and rear, which can seat a total of 9 people.

The front of the crew compartment is also deliberately made with a rectified shape to reduce the wind resistance as much as possible.

It's a lightweight trike powered by a 600 hp engine, and after optimizing the shape and surface structure, this guy can carry 9 passengers at a time.

In addition, 50 kg of equipment per person is carried. At a maximum flight altitude of 30,000 meters, it flies 40,000 kilometers.

If the flight range is shortened, it can greatly increase the carrying weight, because this seemingly simple power delta wing is made of extremely special materials.

"Tie Yu'er, can your laboratory fully master the production of first-class alloy materials?" Jin Sandao.

Tie Yu'er looked embarrassed. She said hesitantly: "Not yet, these materials are produced in our laboratory, if we want to form a scale and industrial production, we can't do it." ”

Kim Mi activated a button on the delta wing. Suddenly the delta wings trembled, and then there was no change.

Jin San lifted the delta wing with his hand. Immediately lifted the family of 500 kilograms of delta wings.

Jin San let go of his hand, but the delta wing stopped in the air strangely, and did not fall to the ground as Jin San let go.

"Yes, it is already very good to be able to produce so many first-class alloys in the laboratory within a month, and it can be completely floating, it seems that you are not far from industrial production, right?" Jin Sandao.

Tie Yuer said: "All the industrial production design has been completed, but we have not yet completed the supporting central control system. ”

"It's good to be able to make Alloy No. 1 in the laboratory, but now we don't need to produce it at full capacity, so the industrialization process can be slowed down." Jin San said with satisfaction.

Alloy No. 1 is not so easy to synthesize, this alloy is a stable material obtained by some special means to make the two atoms of copper and tin coincide.

It may seem difficult to say this, but as I said before, an atom is like an eighty-story building, most of which is empty.

The only substance inside is a cherry-sized nucleus.

As long as the two nuclei are not fused together, just put the two nuclei of copper and tin in the same 80-story building.

This makes it possible for two atoms to overlap to form a deeper reaction.

This deep reaction does not require the control of protons and neutrons that make up the nucleus, so it is relatively simple.

The combination of copper-tin atoms in this way will form an unusually stable structure, allowing the protons in the nucleus and the electrons outside to form a more powerful gravitational structure.

In this way, an inert alloy is finally formed, and the structure of such an alloy is extremely stable, and it will never react with any external substance without special means.

In this way, the attraction of this substance to the outside world becomes extremely weak.

Its gravitational pull with the outside world becomes smaller, and its natural mass is lighter.

If this mass is used to convert its density, the density is equal to the mass divided by the volume, and the density of the copper-tin alloy calculated in this way will be extremely small, even smaller than the density of hydrogen.

Therefore, it can be completely suspended in the air, and can even fly directly out of the earth, completely out of the earth's gravity.

And the only price of this structure is the consumption of a large amount of copper and tin.

If you want to get one cubic meter of alloy No. 1, you need twenty cubic meters of copper and tin elements, so to get this heavy anti-gravity material, you need to consume ten times more copper and tin elements.

This alloy is completely transformed from the principle of the Golden Three Levitation Technique, a large number of copper-tin elements are combined to form an independent system that is not subject to the earth's gravity, making this copper-tin alloy as light as nothing.

This alloy has almost no weight, and some only have density, and this density cannot be explained by ordinary density formulas. Instead, it is calculated in terms of the number of nuclei.

Copper-tin alloy is the simplest of the deep reactions between atoms.

The density of this alloy is twenty. Among them are fourteen copper nuclei and six tin nuclei.

The smallest stable unit of alloy No. 1 is composed of fourteen copper nuclei and six tin nuclei, so its density is twenty, which means that its smallest unit is composed of twenty nuclei.

It is also not advisable to use the nucleus to calculate the density of matter. Because in the state of weightlessness, the density calculated by the ordinary density formula is incorrect.

The reason for this is that in the vacuum of the universe, matter has no mass, to take the simplest example, on earth it weighs 60 kilograms. If you put it on the moon, it's only ten kilograms, and if you put it in a vacuum, the mass is zero, because there is no gravitational pull.

So mass can only be used on earth, in a vacuum, in the universe. Matter only has density and volume, and density cannot be calculated by mass standards on earth.

The copper and tin elements can be synthesized into alloy No. 1, which is composed according to the simplest floating array, and the only function of this formation is to shield the gravitational force between objects.

And lay out the nodes of this floating array. It's the protons and neutrons in the nucleus of the atom that you have to do that. It takes mental power to support, but it doesn't take a lot of mental power.

The manufacture of this alloy is just a simple arrangement of the atomic nuclei, as long as they are allowed to enter the general position, the natural protons and neutrons will attract and repel each other, forming a stable structure, so the floating array is the simplest entry formation.

If it weren't limited to the material and the strength of the spiritual power, Jin San could have found some materials for the training weapon, and directly used the spiritual power to depict a floating array on the appearance of the material, so that the things of the floating array could naturally fly easily.

But in modern society, there are not many people who can use spiritual power to carve formations, and training materials, even the most ordinary training materials, are not easy to find in modern society.

There was no way, so Jin San thought of refining anti-gravity materials such as copper-tin alloy to replace training materials.

Although this method can also make objects fly, its defensive effect is not comparable to that of real magic weapons.

Jin San thought for a while and said: "You have to increase your efforts to cultivate talents, the recent task is indeed a little heavier, but you have to speed up again."

Our Devil's Town project has been approved, and we now need to fly longer and carry more vehicles, so the top priority now is to build a flying machine that can be used.

In addition, you should also speed up the intensive cultivation of various mining plants, only when this is done well, can there be enough material supply for alloy manufacturing in the future. ”

"Yes, our current copper devouring tree has begun to be planted in a large area, so we have been able to self-sufficiency in the copper ore needed by Alloy 1, but we need to buy a lot of tin ore."

Tie Yu'er is also helpless, tin ore is not used by ordinary people, so even if it is bought, it is not easy to buy, and even if it is bought, it is not enough for them to consume.

They need too much tin ore and too little domestic production.

The most distributed tin ore in China is in Guangzhou, West and Yun, Nan and Jiu, which were once called the tin capitals of China.

Moreover, China is one of the countries with rich tin ore resources in the world, ranking second in the world, and the second in the world, with 293 proven mineral fields and a total reserve of 4.07 million tons of tin.

The alloy made by Jin San is obtained by fusing the two elements of copper and tin.

For each production of one alloy No. 1, twenty parts of copper and tin are needed, and the ratio of copper and tin is almost seven to three, that is, the production of one copper-tin No. 1 anti-gravity alloy with a volume the size of one kilogram of copper ore needs to consume fourteen kilograms of copper and six kilograms of tin.

Because the copper-tin No. 1 anti-gravity alloy has no weight, Jinsan uses copper ore with the same volume as it to represent the copper-tin No. 1 anti-gravity alloy.

In this way, the copper-tin No. 1 antigravity alloy, which is equivalent to one kilogram of copper ore, requires twenty kilograms of copper-tin elements to be fused into one of this alloy.

In this process, copper and tin are perfectly fused, and without wasting a little, twenty kilograms of copper and tin elements can be fused into a No. 1 alloy.

In the whole of China, 4.07 million tons, only 4.07 billion kilograms, six kilograms of tin and 14 kilograms of copper, can synthesize a No. 1 alloy, so that 4.07 billion kilograms of tin can only synthesize 680 million parts of No. 1 antigravity alloy.

To make an ordinary power delta wing, you need 1,000 parts of alloy No. 1, so 680 million parts of alloy 1 can only make 340,000 simple power delta wings.

Copper-tin alloy No. 1 is a very good alloy, this alloy is not only not affected by the earth's gravity, its hardness, corrosion resistance and other properties are not comparable with the current alloy.

The value of such a material is higher than that of diamond.

The strength of this No. 1 alloy is more than ten times that of tungsten steel, and its melting point is very high due to its stable chemical properties, which is higher than the melting point of more than 3,000 degrees Celsius of metallic carbide, reaching more than 10,000 degrees Celsius.

Tungsten steel, commonly known as tungsten carbide, is currently the hardest steel in the world, with a hardness of up to 14, which is comparable to diamond.

It is not only an important material for molds, but also can be processed into various tools, and is widely used in various industries, such as semiconductors, aerospace, automobiles, electronics, civil engineering, etc., so it is called "industrial teeth".

Therefore, the No. 1 alloy, which has a hardness comparable to tungsten steel, is definitely not only useful for its anti-gravity, but also very good for tools or molds on precision machinery.

The hardest thing in the world is the carbon element, which is the diamond, which is arranged by atoms in a combination of covalent bonds, and the hardness of diamond is only 14.

A covalent bond is a type of chemical bond, in which two or more atoms share their outer electrons to reach a state of electron saturation under ideal conditions, thus forming a relatively stable chemical structure, called a covalent bond.

Its essence is that after the atomic orbitals overlap, the electrons that appear between the two nuclei with a high probability have an electrical interaction with the two nuclei.

The No. 1 alloy made by Jinsan not only uses its copper and tin but also its peripheral electrons.

Moreover, their nuclei are in the same atomic space, and such a structure cannot be mistaken to say that it is a special atom with two atoms.

In this way, the electrons on their periphery are more attracted to the inner nucleus, so their structure is more stable and harder.

In this way, the structure between them is much harder than that of carbon, which is diamond.

Not to mention the hardness of making an aircraft with such an alloy, the main thing is that it is almost weightless, so in flight, as long as you overcome the resistance of the air.

As long as the aircraft made of alloy No. 1 has enough internal space and no matter how many things are in it, it is not attracted to the earth.

The speed and load of an aircraft flying in such a state of almost no gravity are not comparable to ordinary aircraft. (To be continued.) If you like this work, you are welcome to come to the starting point (.) to vote for recommendation, monthly pass, your support, is my biggest motivation. )