With Wang Ning's commitment and apology, the atmosphere of the experiment of the suit project was cleared, the attitude of the working group was more serious, and the data was no longer cared about. Pen | fun | pavilion www. ｂｉｑｕｇｅ。 info Coupled with Wang Ning's sitting, the progress of the experiment has been significantly improved.

Of course, the suits project laboratory on the surface is not a front, and the scholars transferred from all over the country are not here to make soy sauce, they have their own tasks to complete.

The task of mechanical and material specialists is simple: find the most suitable housing material and use their knowledge to create a mechanical housing that can withstand pressure.

The suit is a machine, and the machine needs to abide by the principles of the machine, the bearing capacity, the power conversion, the choice of materials, etc., these things represent the success or failure of the experiment.

Don't underestimate large-scale experiments, the larger the experiments, the more sophisticated the mechanical requirements. A screw, an inconspicuous ornament, can make or break an experiment.

This is especially true of the suit program, where the requirements for machinery, materials are basically the highest.

The suit is different from the fighter jet, the fighter or other scientific research, even if it is the most high-end aviation technology, even if there is a problem with some parts or a part, it will not have much impact on the whole, unless there is a problem with the energy and core, and if there is a problem with the shell, it can continue to operate to a certain extent.

The suit is completely different, the suit is armor, the height is definitely no more than three meters, what is three meters high? In front of fighters and aviation missiles, which are more than ten meters or tens of meters, they can only be regarded as dwarfs.

However, in the case of this inconspicuous dwarf, scientists need to pile them up with countless parts.

To complete the plan means that there must not be any superfluous parts, any damaged parts, on the suit. It is difficult to think about compressing thousands, if not hundreds of thousands, of parts into more than three meters high, and making them capable of flying, evading, fighting, protecting, and being more manipulated by the wearer.

A suit is not a suit, and making a suit is very simple and can be done with a piece of cloth. The suit is different, the requirements for small things are too high-end, and the slightest flaw will collapse the whole plan.

In order to refine the entire project, scientists need to draw on the smallest drawings to ensure that the entire project runs smoothly. In this process, it is not easy to ensure not only the integrity of the suit, but also the safety of the suit.

Of course, Wang Ning had already provided suitable materials before this. That is the latest material element made by Ning Element.

In the top laboratories in China, Ning element materials have been used as mainstream materials. In particular, the outstanding performance of the super fighter program has made many people see the use of Ning element materials.

Not to mention anything else, the fact that it can block 90 percent of the pressure alone is enough to make Ning Elemental materials the core of aviation technology. In many areas, it can play an important role.

In the super fighter plan, outsiders only noticed the special fighter that exceeded five times the speed of sound, and only Chinese scientists knew that the real core was not the fighter, but the inner armor worn by Cheng Fei.

It is precisely because of the existence of that inner armor that there is a miracle of a special fighter. If there is no inner armor, the Teyi fighter is just a plaything that looks strong but can only be visited in the exhibition hall.

After learning about the properties of the inner armor, the inner armor was applied by many laboratories, and they wanted to further study the inner armor, that is, the Ning element material, and wanted to further develop the Ning element material.

With the research, the secrets of Ning element materials have also been discovered little by little, in addition to the fear of fire or can not bear the freezing of minus 30 degrees, Ning element materials have many other shortcomings.

For example, if the spacing between molecules is too large, a lot of energy can penetrate the inner armor and cause damage to the person in the inner armor. This energy includes nuclear radiation, energy radiation, and many more.

If you use inner armor for protection, the effect is basically similar to that of protection.

Although Ning element materials have this or that problem, they still get the attention of the entire scientific research community. With the development of human science and technology, atmosphere, pressure, and speed have become the biggest factors restricting science and technology.

Everything that human beings relied on for survival has become the greatest burden for human beings to continue to grow.

Everything around us, whether it's air, water vapor, or atmosphere, will become a ruthless killer when it reaches a certain speed. Humanity will have to pay a huge price to conquer once again everything it thought it was conquered. In the process, there is a great deal to be paid.

And the Ning element material is known, and it is the only material that can restrain those pressures now, if you want to continue to improve, if you want to pursue speed, you must use Ning element material.

Under the protection of the Ning element, human beings can overcome many difficulties.

As a result, scientists racked their brains to solve the shortcomings of Ning elemental materials. For example, fear of fire, fear of water, fear of freezing and so on. Since there is a problem with the material, can we use another molecule and add another molecule to the molecular structure that will not destroy the original structure and can protect the energy of the molecule?

Theoretically, the idea can be realized. However, in practice, it is more difficult.

Energy and energy can indeed be fused with each other, but after fusion, it is easy to become another substance. Adding another molecule to the molecular structure can easily destroy the original stable structure, and even if the normal molecular structure can be guaranteed, another result will occur.

Ning element materials are not very afraid of fire, and have a certain resistance to flames and water molecules, but the anti-compression effect in Ning element materials has completely disappeared and has become an ordinary material again.

This result is not what scientists want to see, the most important attribute of Ning element materials is compression resistance, once the compression resistance disappears, Ning element materials are just expensive ordinary materials, and there is no meaning at all.

Since it is not possible to increase the numerator, can other means be adopted?

Using physical means, add a protective film to the outside of the material, wrap the Ning element material inside, and reduce the contact with other energy as much as possible?

This argument is actually possible, and there is no problem with it in theory. However, theories are just theories, just as it is theoretically possible for humans to travel at the speed of light, however, is it possible for humans to reach the speed of light?

Anyway, it's impossible now, and since it can't be done, no matter how good the theory is, it's useless.

The same is true for protecting Ning element materials with new materials, new materials will also be destroyed, if there is a material that cannot be destroyed, it is necessary to study what Ning element materials do, and directly use new materials.

Despite the problems, scientists have not given up and are still working on Ning's materials. (To be continued.) )