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Chapter 153 Beginning Controlled Fusion Research
Long Zhiwei's actions were faster than expected. After confirming that the Yangshen Pill was useful for the Pangu Project, Long Zhiwei arranged for people to go to Xia Yi Group to block information about the project.

After this process, Jiang Ming knew that it would be difficult for Yangshen Pill to be marketed in large quantities with Stomach Cancer Jing No. 1.

However, Jiang Ming also knew that it was better not to leak such a drug with such an outstanding effect.

After all, with this drug, a large number of research talents can be produced.

The existing talent training mode will be completely changed.

Of course, although there is no Yangshen pill on the market, this kind of pill is still open to Jiang Ming.

After finishing the work on the three medicines of the Xia Medical Group, Jiang Ming didn't have any tasks in a short time.

The job now is to calm down, study the knowledge of physics, and strive to reach the standard of inheritance as soon as possible.

Of course, in addition to studying the books given by the Institute of Nuclear Physics of the Xia Ke Academy, Jiang Ming sorted out some of his thoughts and questions and sent them to Director Cheng Ningcheng for answers.

Cheng Ning also knew that Long Zhiwei attached great importance to Jiang Ming, so Cheng Ning knew everything about Jiang Ming's problems.

In this relatively pleasant environment, Jiang Ming's knowledge of nuclear physics is advancing by leaps and bounds.

Back in Jianglin, breathing the air of Jianglin and feeling the familiar environment, Jiang Ming felt like coming home.

When he came to Horizon Technology Co., Ltd. and looked at the unfamiliar faces, Jiang Ming felt emotional for a while.

The company that was created by accident at that time, after such a long period of development, finally has a certain scale.

You know, when Jiang Ming was founded, there were only Su Lingjuan and a few people. In a blink of an eye, there were nearly 100 people.

100 people, for other companies, may not be too big.

But for Jiang Ming, it is already a big company.

Now, Horizon Technology Co., Ltd. mainly operates some of Jiang Ming's creations.

Like the earliest carbon-based batteries, to the later skin healing powder, and then to the cooperation in autonomous driving technology, the cooperation has always been in the name of the company.

Jiang Ming left all the business problems to Su Lingjuan and the others to solve them.

My main energy is still in technology.

Of course, although Jiang Ming did not participate in the business negotiations, these partners are very face-saving to Jiang Ming.

The conditions given are all very sincere.

Therefore, there are very few disputes about cooperation.

Jiang Ming knew that the other party was able to give face like this because of his own skills.

As long as one's own technology can continuously improve and can continuously launch new products, there will be no problems in cooperation, unless the other party wants to make a one-shot deal.

It is rare for Jiang Ming to enjoy this moment of tranquility. If he has time, he will study the knowledge of physics, and then take the time to exercise.

After such a long period of exercise, Jiang Ming found that exercise has made the most progress in body cultivation.

Jiang Ming has always wanted to get the inheritance of body cultivation, but because Jiang Ming really didn't have time to exercise, so there was not much progress in this area.

It has been nearly two years since Jiang Ming got the technology tree system. Jiang Ming took a look and it is only 75% of the progress.

Mystery, Body Cultivation, Knowledge Level: 1: First glimpse of the door, 75%.

Regardless of the remaining 25%, there is hope, but Jiang Ming feels that the remaining 25% is not that simple.

From the current point of view, the only way to strengthen the progress of body cultivation is through regular exercise, there is no rush.

Because Jiang Ming's main focus is on nuclear physics, coupled with the help of Yangshen Pill, Jiang Ming's progress is fast.

But even with this kind of progress, it took Jiang Ming more than three months to read all the information.

After reading all the information, Jiang Ming searched for some latest journals to check. In the end, Jiang Ming advanced the knowledge level of controllable nuclear fusion to 100%.

Afterwards, Jiang Ming chose to inherit.

After inheriting the knowledge in the technology tree system, looking at the knowledge level in the technology tree system, Jiang Ming sighed, the so-called God rewards hard work, as expected, hard work is always right.

Mystery, Body Cultivation, Knowledge Level: 1: First glimpse of the door, 75%.

Energy, battery, lithium battery, knowledge level: 3: Familiar with it, 93%.

Energy, nuclear energy, controllable nuclear fusion, knowledge level: 2: slightly successful, 10%.

Biology, medicine, western medicine, knowledge level: 2: slightly successful, 70%.

Biology, medicine, traditional Chinese medicine, knowledge level: 2: Slightly successful, 95%.

My knowledge about controllable nuclear fusion has increased a lot. I believe that with the current level, I should be qualified to participate in the research of controllable nuclear fusion.

In this way, Jiang Ming went straight to Cheng Ning, the director of the Institute of Nuclear Physics of the Xia Science Academy, and wanted to conduct research on nuclear physics.

As a result, Cheng Ning told Jiang Ming that the current commercial research on nuclear physics is focused on nuclear power plants, that is, nuclear fission, and there is very little research on nuclear fusion.

If Jiang Ming really wanted to do research, he could only go to the Northwest Research Institute of the Xia Ke Academy to see if they needed help.

"Forget it, forget it, let's do some research on our own first."

Jiang Ming originally wanted to go directly, but after thinking about it, Jiang Ming felt that he should study it by himself first.

After all, their research direction is not necessarily correct. With the blessing of the technology tree system, there should be no problem in principle.

In addition, Jiang Ming also didn't want to be thought of as a person who wanted to rub off on the results in the past.

Very few people can understand and participate in this cutting-edge research topic.

Now Jiang Mingkong has a whole body of theoretical knowledge, but no practical experience. If Jiang Ming is really asked to talk about some practical operations, Jiang Ming really doesn't necessarily know.

And Jiang Ming didn't want to trouble Long Zhiwei frequently.

It's really fruitful, and it's not too late.

What's more, Jiang Ming wanted to make a sample first, and then tell Long Zhiwei.

After all, except for some relatively scarce materials for controllable nuclear fusion, most of the other equipment is built by oneself.

It is better to let others build it than to build it yourself. After all, Jiang Ming is not short of money.

Of course, more importantly, compared to nuclear fission, nuclear fusion has no pollution to the environment.

Moreover, nuclear fusion produces reactions that require extremely high temperatures.

If there is a problem in a certain link during the nuclear fusion process, the nuclear fusion will automatically stop.

Unlike nuclear fission, various states must be closely monitored to ensure that fusion proceeds under specific conditions.

Thinking about it this way, Jiang Ming felt that his thinking was quite clear.

In order to study controllable nuclear fusion with all his strength, Jiang Ming put down all the things at hand, and then told Su Lingjuan, if there is no big event, don't bother him.

With regard to controllable nuclear fusion, Jiang Ming felt that the principle should be clarified first.

Controlled nuclear fusion is relatively simple to say, that is, lighter atomic nuclei are aggregated into heavier atomic nuclei.

In this process, a large amount of energy will be released.

The value of this energy is more than a hundred times that of traditional chemical energy, and the fusion process will not produce radioactive elements similar to fission.

Therefore, for humans, nuclear fusion is an efficient way to obtain energy.

Although the energy produced by nuclear fusion is very high, its current utilization efficiency is very low.

The most common application is the hydrogen bomb.

The hydrogen bomb is nuclear fusion, which releases a large amount of energy in an instant and causes extremely strong destructive capabilities.

This kind of energy is very large, but the time of action is very short.

Therefore, if you want to use this energy in the civilian field, you must find a way to slow down the reaction speed, and perform nuclear fusion relatively slowly according to the user's wishes.

This is the origin of controlled nuclear fusion.

Controllable nuclear fusion is easy to say, but it is very difficult to study it successfully.

The most important problem is the control system of controllable nuclear fusion and the problem of high temperature resistant materials.

In Shuilanxing, controllable nuclear fusion, for the problem of the control system, generally uses the number of controlled ions to control the process of nuclear fusion.

For the problem of high temperature resistance, the current industry generally adopts the use of high-energy magnetic fields to bind nuclear fusion in it, so that it does not directly contact the substance of the entity.

After nuclear fusion starts, the thermal energy will be converted into electrical energy by means of a steam turbine, and then transmitted out.

At present, the solution of controllable nuclear fusion in the nuclear physics industry cannot be said to be impossible, but there is still a long way to go before commercial operation.

The length of this distance is a bit hopeless.

Jiang Ming was thinking about how to solve these two problems.

First of all, it is a high temperature resistant material.

If you want to gather the nuclear fusion reaction within a certain range, you need an extremely powerful magnetic field.

If it is only a small scale, it can be solved by increasing the magnetic material and increasing the current.

But when applied on a large scale, the existing magnetic materials can no longer meet the requirements.

To increase the magnetic strength of the system, superconducting materials are required.

Only by using superconducting materials can a sufficient magnetic field be generated.

However, the existing superconducting materials do not have very good superconducting properties. They are all low-temperature superconducting materials, which can only exhibit superconducting properties at extremely low temperatures.

In actual use, it is certainly not possible to maintain such a large device at ultra-low temperature all the time.

Therefore, room temperature superconducting materials need to be used.

So, the first point is to develop room temperature superconducting materials.

As for the second point, it is still a high temperature resistant material.

Although a strong magnetic field is used to restrain nuclear fusion within a certain range, it does not mean that the temperature around nuclear fusion is normal.

The surrounding temperature will still exceed tens of thousands of degrees.

Such extremely high temperatures still require materials that can withstand them.

Therefore, high-temperature materials are very important and a problem that needs to be solved.

As for the third point, it is the control system of the entire nuclear fusion.

Materials for nuclear fusion are continuously heated at high temperatures and then turned into a plasma state.

In the plasma state, the temperature of the environment is greater than about [-] degrees Celsius.

This temperature is far from enough compared to nuclear fusion.

The temperature required for nuclear fusion is about one billion degrees Celsius, so the plasma gas needs to be heated continuously before nuclear fusion can start.

However, under the current technical conditions, if you want to reach the billion-degree temperature required for nuclear fusion, you cannot rely solely on heating the gas.

At this time, it is necessary to use an accelerator to accelerate the plasma, and then let the high-energy particles collide with each other to produce a nuclear fusion reaction.

In this process, it is ideal to control the temperature and number of high-energy particles at the plasma end.

After all, once the plasma enters the accelerator, the temperature will become extremely high. At this time, fusion reactions must occur.

Therefore, to establish controllable nuclear fusion, in addition to plasma generators and control systems, high-energy accelerators are also required.

Jiang Ming summed up, room temperature superconducting materials, high temperature resistant materials, plasma generators and control systems, high energy accelerators.

As for the materials needed for nuclear fusion, they can be extracted from seawater, and it is not very difficult.

Of course, large-scale extraction may be difficult, but if Jiang Ming only needs to extract a small part for experiments, it is relatively simple.

After Jiang Ming listed a few points, the whole idea became clearer.

The first is room temperature superconducting materials.

Superconducting materials, this question may be more difficult for others.

But who let Jiang Ming master the technology tree and have the inheritance of the technology tree system.

In the inheritance, Jiang Ming knew that there are several materials that have superconducting properties, and they perform very well.

But Jiang Ming was thinking about which method is better.

After all, these superconducting materials are all composite materials and require complex preparation processes.

And there are some materials that are not available on the earth.

There are also some precious materials. If a nuclear fusion reactor is to be built in the future, a large amount of this superconducting material must be used.

Now Jiang Ming chooses one at will. When a large number of reactors are built later, he will be dumbfounded.

Therefore, Jiang Ming considered and considered, and finally chose a material with relatively stable performance, although not the best performance: nickel-iron-alumene alloy.Referred to as ene alloy.

These three metals are not precious metals, and there are relatively large reserves in the Xia Kingdom. When they are used in large quantities in the future, the cost must be reduced a lot.

Although it is only an alloy of three metals, the refining of this superconducting material is not easy, and the steps required are extremely cumbersome.

In addition, during the refining process, a lot of auxiliary materials are used.

Of course, the most critical thing is how to arrange the three metals in the state of ene at the molecular level, which is the key to the ability of the alloy to produce room temperature superconductivity.

Originally, Jiang Ming wanted to find a random manufacturer and use their workshop to process this superconducting material.

But after thinking about it, Jiang Ming gave up this plan.

This kind of superconducting material, to be honest, has quite high requirements for technology.Ordinary companies really don't have this kind of strength.

Moreover, in the refining process, various large-scale equipment is required, and the precision required by these equipment is still very high.

Based on the above reasons, Jiang Ming felt that he should find Cheng Ning.

Although Cheng Ning did not allow himself to participate in the project of the Nuclear Research Institute before, Cheng Ning was introduced by Long Zhiwei after all, so it should be more reliable.

(End of this chapter)