Jinghai nuclear fusion test site, thirty meters underground.

In the laboratory, everyone was sitting upright in their posts wearing snow-white operating suits, their faces tightly because they all knew that this was not an ordinary test.

A low voice was conveyed softly on this command platform, as cautious and careful as a newborn baby.

This is a trial run.

A trial run close to actual combat.

Sun Hao stood straight in the command room, looking at the various indicators scrolling on the screen. Those indicators were as messy as a book of heaven for ordinary people, but for Sun Hao, they seemed to be the body temperature and pulse of his child, and every detail was almost engraved in his memory.

As of now, all indicators are good and stable.

"Report to the commander-in-chief, all indicators are normal." The operator raised his head and reminded him in the communicator.

Sun Hao nodded. It is not an exaggeration to be cautious about the nuclear fusion test. Every operator observer has a veto power. Anyone who believes that the test is risky will not be able to continue this experiment.

Of course, Sun Hao's hand is the right to pass.

Even if everyone spoke, no one dared to conduct an ignition test without his orders.

Because no one can bear the responsibility for failure except Sun Hao himself.

Sun Hao couldn't afford it, but if he didn't come to resist, no one would come to bear it.

"The experiment began." Sun Hao said in a deep voice.

“Fire countdown.”

“Ten, nine, eight, seven, six, five, four, three, two, one.”

"zero."

As Sun Hao's countdown ended, he reached out and pressed the ignition button, and then rotated it clockwise by ninety degrees.

This is a foolproof design. With the rapid development of technology today, the ignition button of nuclear fusion is still no different from fifty years ago. Mechanical transmission even requires considerable force to press the red button and then rotate it.

Of course, this is not because the engineering team has no money. Nuclear fusion experiments are probably one of the most expensive experiments in the world, because everyone knows that this is the future of mankind.

Because giving orders requires a sense of reality, it cannot be like a virtual flat button. Just like a light click on a glass, more than a dozen nuclear missiles soar into the sky. In this way, the world will be close to destruction for a few minutes.

Therefore, some buttons are destined to be stupid, big, black and thick, and they need to be absolutely reliable and will never be operated incorrectly.

For example, the launch of nuclear missiles, and the ignition of nuclear fusion experiments.

Underground three hundred meters in front of the laboratory, the huge superconducting electromagnetic coil has been filled with surging electricity. They will provide a powerful electromagnetic suppression field, and then tie the ultra-high temperature plasma gas mass with a capacity of 100 million degrees Celsius there, and then produce a fusion reaction and release more heat.

Simply put, there are only two difficulties in fusion reactions: one is temperature and the other is fixation.

Yes, temperature means you have to heat the object to 100 million degrees Celsius, which is the condition for fusion to occur.

Then you need to control the fusion air mass or fireball within a certain range, which is the condition for controllable fusion.

The former is laser ignition in advance, and the highly focused laser beam can meet the heating needs, while the latter is the legendary Tokmak device, which is simply an electromagnetic field restriction system.

These two theories have been proposed for a long time by humans, so there is a naive fantasy that can be realized in only fifty years.

But reality is always cold and cruel.

And today is another common sense.

The fusion raw materials currently used in Jinghai Testing Site are still deuterium and tritium. The difference between isotopes of hydrogen and hydrogen, or hydrogen is only the number of neutrons in the nucleus, which only needs to be extracted from seawater. It is considered to be relatively abundant and cheap nuclear fusion raw materials. The disadvantage is that there are too many neutrons released, and neutron release is nuclear radiation in the traditional sense.

Deuterium and tritium are still colorless gases, but after being charged, after rotating, the center of the Tokmark device soon gathered, and then dozens of laser generators were also ready, emitting dazzling white light.

Everyone in the lab is staring at the records on the screen, and it is impossible to see it with your own eyes, because at that moment you will be blinded by the strong light comparable to the sun, and it will not be changed because you really have a pair of 24k krypton gold dog eyes.

However, the images turned over through the camera are still worth watching, just as almost no one has seen a bomb of a hydrogen bomb with his own eyes, but most people have seen a shocking situation of a sun born in the sky on various influences.

Under the influence of high temperature, those tiny atoms begin to move rapidly in a limited space. The higher the temperature, the faster they move. This is the most basic thermodynamic principle. Under normal circumstances, they will quickly escape this space under the guidance of heat, but now, they are firmly limited together by the electromagnetic field.

After limitations, the collision between the nuclei is the mutual collision.

Each hydrogen atom is only 0.1 nanometers in size. Of course, there will be no huge scene of Mars colliding with the Earth. However, in the microscopic world, every collision represents a destruction and rebirth.

Physics is originally about exploring the science that creates this world and exploring the principles of all things.

The changes of atoms point to the basis of the birth of the world.

The multiple collisions between the deuterium nucleus and the deuterium nucleus finally caused its nucleus to break or even "melt". In the end, the two nuclei were embedded together, proton neutrons merged, and their physical properties changed fundamentally. The hydrogen nucleus turned into a helium nucleus. At the same time, a neutron was released, just like a big eater vomiting food that could not be accommodated.

At the same time, a massive amount of binding energy is also released.

It's heat energy.

To use a classic formula to illustrate it, that is e=m2.

This is the truth of the world, or the truth of the world that humans can explore so far.

The burst of heat further heats up the deuterium-tritium gas mass, and then the reaction further intensifies. At the same time, under the limitations of the Tokmak device, these hot gases are still limited there, and new fusion fuels are constantly added, and dazzling light is emitted to the surroundings, carrying the released neutrons together. This is the fire of the sun.

Outside the Tokmak device, countless cooling waters were instantly turned into steam, and then rushed upwards. They pushed the steam turbine to quickly cut the magnetic inductance line, and electrical energy was generated.

Yes, even if it is noble like nuclear fusion, it still cannot escape the fate of boiling water to generate electricity.

However, the laboratory was already full of joy, and everyone stood up and hugged each other. Sun Hao stood at the highest point, looking at the crowd of people who were forgetful, and he was the only one who maintained his initial calm.

The successful power generation means that the nuclear fusion experimental field is finally no longer a simple gold-eating beast, but can play a key role in this solar wind. Science itself is to benefit the people and have a sense of existence. According to the installed capacity, the power generation of a mere Mirror Sea nuclear fusion test field can support the two nearby provinces in Yanjing City. For the current lack of power, it is not easy to provide timely assistance.

Of course, the biggest problem now is how long the sun can burn safely.

Even Sun Hao himself doesn't know.

ps: Is this chapter a science fiction explosion?

So I wrote it very slowly, so I will give you a complete introduction to the process of nuclear fusion.

Please vote for recommendation on Monday.

As for the specific nuclear fusion power generation, I only know that it is definitely boiling water at the moment. As for whether a fusion power station can support one or two savings of electricity, it depends on the installed capacity. However, generally speaking, the experimental field must not have such a high installed capacity, but who cares? Anyway, I am a novel.

Only the scientific principles in this chapter are correct, and the rest are basically the author's hypothesis. If you want to build a nuclear fusion power station based on this, please do not be foolish.

Finally, of course, this book will not change into a systematic text. There is no such thing as it has changed now. I am not stupid.

This is a science fiction book.

Nodding, I have to recognize it as a science fiction romance article, or science fiction urban romance article.
Chapter completed!