Born Tech Mad

In order to solve the century-long plan of national development, Rose began to devote his energy to the research of nuclear fusion technology.

Yuta's 'nuclear fusion plant' and 'anti-gravity plant' have already begun construction, and Ross has also begun to take advantage of the China Xia Super Brain to assist in the design of nuclear fusion reactors.

The nuclear fusion reactor is similar to the current design principle of the nuclear power plant reactor. Nuclear power plants use nuclear fuel to generate endless power. This nuclear fuel generally uses heavy water as fuel, and the utilization rate of nuclear fuel has only reached a very high level. Low level.

Therefore, many nuclear power plants still have a lot of radiant substances after they have been used, and must be strictly recycled. Once leaked, they will have a huge damaging effect on the environment.

The fuel used in a nuclear fusion reactor is seawater. Each ton of seawater contains 40 grams of heavy water. The international price of one gram of heavy water is $ 10. The price of one ton of seawater containing heavy water reaches $ 400. The effect of nuclear fusion is not only 100%. The use of heavy water in seawater, and the perfect use of deuterium in seawater, to produce fusion effects.

The resulting energy is surprisingly amazing. The energy released by one liter of seawater is equivalent to the energy of 300 liters of gasoline.

Once humans have nuclear fusion and can control nuclear fusion perfectly, seawater is the best fuel, which can permanently solve human energy problems.

Once nuclear fusion technology is completed, it will have a devastating effect on Yuta ’s bio-oil. If Rose develops nuclear fusion technology and uses this technology to generate electricity, it is tantamount to smashing rice.

As the super genius of Marvel World, Ross knew the development of nuclear fusion technology and designed this type of fusion reactor. For Ross, it was not a problem for a long time. He had stored many nuclear fusion reactor designs in his brain. Program.

There has been no nuclear fusion reactor, except that once this technology is completed, it will have an impact on bio-oil. The main thing. There are still problems with materials, and there is also the problem of perfectly controlling the operation of the fusion reactor.

Nuclear fusion technology requires very high materials. Nuclear fusion reactors are in the process of fusion. The resulting temperature reaches an extremely high temperature of millions to tens of millions of degrees, which is almost equivalent to the high temperature of the solar core. Except for high temperatures. The fusion process, the super-strong atmospheric pressure generated, is not able to withstand ordinary materials.

Yuta's Atomic Compression Technology. Manufactured steel and mixed materials can withstand the terrible energy of fusion reactions. Yuta has the ability to manufacture various parts and chips of nuclear reactors, as well as generator sets.

However, in terms of the high temperature resistance of the reactor, Yuta still has technical problems.

Any material. Can't withstand the ultra-high temperatures generated during nuclear fusion, even the materials produced by atomic compression technology. Can not withstand the super temperature of millions to millions of degrees.

To solve the problem of high temperature resistance, Yuta must develop an absolutely temperature-resistant material that can only be studied from the atomic aspect. The transfer of heat is through atoms.

As long as the heat transfer is interrupted, an absolutely temperature-resistant material can be manufactured. This material is absolutely immune to heat. It is just like plastic cannot transmit electricity, and it is absolutely immune to electricity.

It took only one week for Rose to design the nuclear fusion reactor. The nuclear fusion reactor was completed in one week. The dense design drawings reached more than 1,000, and the complexity of manufacturing the nuclear fusion reactor exceeded human imagination.

The space shuttle with the highest gold content in human science and technology uses about 100,000 parts, while nuclear fusion reactors use up to 500,000 various parts. It is the most complex and most high-tech product of humankind.

If this kind of reactor is built by ordinary methods, the resulting nuclear fusion reactor is estimated to be as high as a building. After Yuta developed nanotechnology, various parts can be miniaturized. Using nanotechnology, nuclear fusion reactors can be made large or small, and large ones can be made up to 100 meters in size. Small ones can reach the size of a table.

After designing the nuclear fusion reactor, Ross provided the solution to the country, allowing the country to find various parts suppliers to produce and purchase these parts and components with the highest gold content, such as temperature sensors, various processing chips, and various reactors. The manufacturing materials are manufactured by Yuta.

The core components are developed by Yuta, and others are manufactured by companies around the world.

Rose himself invested in the research of refractory materials for nuclear fusion technology's most important reactor.

How to make an absolutely high-temperature-resistant material makes Rose a headache.

Under the simulation capability of Huaxia No.1, Ross tried to use atomic compression technology to decompose various ceramics, asbestos and glass fibers into atomic state, and then in the atomic state, compress these high temperature resistant atoms into a super material. .

Under the simulation of a computer, the high-temperature resistant material is indeed terrifying in performance and can withstand high temperatures of 100,000 to 300,000 degrees. If it is applied to other fields, the atomic compression insulation material has sufficient performance.

But for nuclear fusion reactors, this high-temperature-resistant material performs too poorly and cannot withstand the super-temperatures of nuclear fusion.

Rose was a little worried for a while. If he couldn't produce materials that are absolutely immune to high temperature, he would not be able to create a fusion reactor, and the development of nuclear fusion technology would become a piece of paper.

Difficulties have spurred Rose, and any challenge can spark genius interest.

In order to solve this problem, Rose put his eyes on various meteorites that Yuta Company searched from the ocean floor. Ross wanted to find a new atom by studying the alien matter and elements in these meteorites.

Rose once again worked out his hard work and focused on the use of supercomputers to analyze and study each meteorite.

Through the powerful analysis and calculation ability of Huaxia I, the elements and atoms of the meteorite were analyzed by Ross.

Within a day, Rose deciphered hundreds of meteorites and studied these contained rocks, which made Rose once again discover several kinds of materials not on the earth, but in terms of high temperature resistance, Rose did not make any breakthrough.

To decipher these 100,000 dug meteorites, it would take years for Rose to complete all the work.

In desperation, Ross asked Huaxia-1 to use the exclusion method to identify these meteorites. Huaxia-1 scanned these meteorites to identify the age of the meteorite, starting with the oldest meteorites.

Huaxia I, using amazing scanning and computing power, started to scan all meteorites.

The age of most meteorites is between tens of millions of years, and some meteorites reach more than 1 billion years, a few meteorites reach more than 2 billion years, and even some rare meteorites have a history of more than 3 billion to 4 billion years. .

Scanning these meteorites and judging their longevity will generate superb data. Even Huaxia No.1, it will take some time to analyze the life and atomic composition of these 100,000 meteorites.

Rose held his temper and waited patiently.

After a full day, 100,000 meteorites were classified and processed by Huaxia No. 1.

There are dozens of meteorites that have an amazing lifespan of more than 4.8 billion years. They have almost the same life as the earth. There are even a few meteorites that have a lifespan of more than 5 billion years. No doubt these meteorites do not belong The solar system, the sun only exists for 48 years.

These meteorites are definitely from other stars or galaxies.

Rose was extremely excited, and focused on the study of these dozens of meteorites. One of the meteorites was super-massive. It was the size of an egg but weighed more than 330 kilograms.

This black meteorite has a lifespan of 5 billion years, and its density and mass are completely different from those in the solar system.

This meteorite has a smooth appearance. In addition to its large density and quality, it is harder than diamonds. From its appearance, it should be caused by high temperature combustion.

This peculiar meteorite should be the abandoned core after the star's burning death. In astronomy, it may be called black dwarf, brown dwarf, brown dwarf.

Ross has never seen this strange meteorite, but it has been identified that there are no elements in it, and all flammable substances do not exist. There is no doubt that this is definitely the core of a dead star. No one knows this meteorite How did it come to Earth? Maybe its main star died and was devoured by a black hole. As a result, it was torn apart, flying in an unknown direction in a long time and space, and finally came to Earth with luck.

Humans have never discovered white dwarfs and black dwarfs. Because of the unusual difficulty in observing them, human technology cannot observe supernovae beyond hundreds of thousands of light years, and it is not normal to find these substances.

The mass of a white dwarf is equivalent to 1.44 solar masses, and the mass of a brown dwarf is equivalent to 5 to 9 masses of Jupiter ~ www.NovelMTL.com ~ The mass of the Earth is equivalent to 1 / 318th of Jupiter.

Based on the mass of this meteorite, it is more than 1000 times the mass of the earth, which is equivalent to the mass of 3 Jupiters. It is not a brown dwarf. This should be a black dwarf that humans have never discovered.

The discovery of black dwarf meteorites is extremely important to humans.

The sun is also a star. The core of high temperature generated during combustion reaches 15 million degrees or even 50 million degrees. At this high temperature, almost any substance will turn into a gaseous state.

The black dwarf is the dead star. The material left by the cooled white dwarf. This incombustible meteorite can actually withstand the super temperature of the star when it burns. It contains the secret of absolute high temperature resistance.

Ross felt like Columbus had discovered the new continent, holding the black dwarf meteorite, and Ross' hands trembled.

Not because the meteorite reached a weight of several hundred kilograms, but because it was too excited. It is estimated that such a meteorite from outside the solar system does not exist in the entire solar system. It can be found on the earth. For Ross, It is even smaller than the probability of winning a prize of 100 million yuan. (To be continued.) Enable new URL