I have opened a new book: Global Apocalypse: My house can be upgraded. Brothers, please help me collect it and give me some recommendations!

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If the requirements are not too high, it can be used.

But if the requirements are higher, such an engine is a defective product in the United States.

This is also one of the main reasons why Eagle Kingdom is far ahead in some fields...

Moreover, this is not just a matter of processing accuracy, but also a more important process problem.

So even though the Japanese have very good finishing, if you ask them to make an airplane, they can only be fooled.

Don’t believe it, I think the Japanese didn’t believe it back then.

I think my finishing is so powerful and the materials science is not bad. After so many years of being influenced by Big Brother Eagle Country, I should have learned the engine technology of Big Brother Eagle Country.

If you don’t believe it, the Toyota we built is not a local American, which makes American Ford and General Motors lose their money!

So we can even build a car engine so well, what's the difficulty of an aircraft engine?

What's more, even Boeing, in terms of certain aeroengine components, did not purchase them from our Japan?

It is precisely because of this confidence that the Japanese embarked on their own research on fighter jets.

At first, they introduced the most advanced F16 fighter jets from Eagle Kingdom and then launched reverse research and development.

This took more than ten years to create a mental warplane.

As a result, as soon as this fighter was launched, there were constant problems, such as panting, short legs, spraying parts from PY.

Their fighters have made many mistakes.

Later, the Japanese were in a difficult situation and had to purchase a batch of F16 fighter jets from Eagle Kingdom.

Then several engines were dismantled, and a very precise plan was formulated, and reverse development was carried out.

Finally, I got the second generation of Mind and Spirit, but the result... I can only describe it as more tragic.

The second generation of the Mind God went to heaven, but it ended up falling several times.

This has caused Mitsubishi Heavy Industry and Dayu Heavy Industry, which are in charge of the project, to lose all face.

Later, they summed up countless experiences, but in the end they didn't understand where they were wrong?

Is it obvious that reverse research and development is fine?

Each component of the engine has been accurately calculated, and the accuracy is not wrong.

Aerodynamics have also been verified.

As for the special alloys used on the engine and what materials are used, they also know clearly.

Even some materials for parts are more willing to be used than Eagle Kingdom, with more expensive materials and better performance.

And there is no need to mention the processing accuracy. They can be said to have gathered the best craftsmen in the country and used their own top-level machine tools to process them.

But why do the processed parts fail to work after they are finally assembled together?

Why did the plane fall off?

Anyway, the Japanese didn't understand.

The people of Yingguo laughed but didn't say anything, so it was naturally because of the process.

For example, when Aerospace Engine is assembled, the layout of many blades on the rotor is placed in this direction?

Why do you need to put it on and then remove it? After installing the other blades, then install the removed blades again?

These processes seem to be completely the steps of taking off your pants and farting. The layman seems to be cursing.

But if you want an engine with excellent performance, you have to do it.

These processes and processes were explored by other engineers after thousands of trial and error and accumulated experience.

It turns out that rabbit's reverse research and development has been very difficult.

For example, when it was reversed by some aircraft carriers from the former Soviet Union, it was impossible to do so.

For example, in the early 1990s, due to the collapse of the Soviet Union, Rabbit introduced Su Liangqi and even obtained a production license.

But I have studied it behind closed doors for more than ten years, which means I have mastered the design principles of the aerodynamic layout of the aircraft and improved the electronic control system.

But if you want to talk about the engine, you can't understand it even if you don't know it.

Even though it was disassembled countless times, it was unable to reversely develop the AL-31 engine.

These problems were not until after a few aeroengine design experts were dug up from Ukraine ten years ago that Rabbit suddenly realized.

Oh, so there are still these things.

It turned out that the blades on the rotor were actually welded to the rotor in a high-pressure oxygen chamber under the special setting of several atmospheric pressures.

No wonder it can keep working without creeping under the high temperature of nearly 2,000 degrees.

However, the principle is to understand it, but I have been trapped in the finishing problem.

Many key components can only be processed by high-level craftsmen, so the production capacity of Aerospace Engine cannot be increased.

But now, finally, there is no need to worry about being choked.

Stealth fighter jets have made breakthroughs, helicopters have made breakthroughs, and even vertical take-off and landing fighter jets have been built.

You said that the people of Eagle are anxious in their eyes!

With the industrial foundation of rabbits, as long as they break the window paper and the other person catches up, it will be a matter of minutes.

In the past, they just praised the enemy, saying that as long as 2035, rabbits may surpass the bald eagle or something.

In fact, they all know that it is fartling, and the possibility of becoming reality is very low.

After all, the Eagle Kingdom is still far ahead in the field of high-tech.

But now, as rabbits make breakthroughs in the field of finishing processing, they suddenly feel that the rainbow farts they had previously played may become a reality.

When they think of this, their mentality is a little broken.

So the people of Eagle now can’t wait to know how rabbits make breakthroughs in the field of finishing.

And they plan to enter that aspect in the next stage.

What they fear most is actually that rabbits make efforts in harmonic reducers, servo motors, and ball screw bearings.

Because these devices are the core components of the manufacturing robot.

If rabbits make breakthroughs in these major products, they will be overturned before they can even start.

In this way, the technological pillar they originally designed to support their future financial hegemony would collapse, which is completely unacceptable to the people of the Eagle.

What's more, in the past, only one of them could do it, and he could just overturn the table if he said he could.

Now that someone has turned the table over, Ying Jiang said, I can't accept it!

What they didn't know was that rabbits have not only made breakthroughs in this regard, but even achieved more achievements than they imagined.

This means that we have to mention the flexible processing machine tools produced by Xinghuo Technology.

These machine tools come with super advanced harmonic reducers, servo motors, and ball screw bearings.

The most important thing is that all these parts have been produced by themselves.

With the launch of brand new flexible machine tools, Rabbit's industrial level can be said to have ascended directly.

The technical ceiling that I had always wanted to break through was now broken in one bucket.

Many projects that were originally plagued by processing accuracy and had not been able to make breakthroughs, and at this time there was even more progress that bandits could make progress.

For example, a certain optical and mechanical institute in Chuncheng has made great breakthroughs in the lens of lithography machines in recent times.

The lenses they produced are already fully able to replace Zeiss' lenses and are used on a 28-nanometer lithography machine.

Even in the next generation of 14-nanometer lithography machine lenses, they have made great breakthroughs.

It is expected that the finished product will be available by the end of the year.

You should know that although we have made significant progress in the field of carbon nanotube chips.

However, in terms of manufacturing carbon nanotube chips, there are actually many steps that can be understood with silicon-based chips.

For example, if you carve out the mark on the graphene wafer and then lay the carbon nanotubes into the mark, this process is the same as the construction process of a silicon-based chip.

So the lithography machine still needs to be used.

This is also one of the main reasons why we were willing to continue talking with Asmay before.

However, although Asmay is willing to sell the lithography machine to us, the steps we self-developed here have not stopped.

After all, although we have changed the track, some accumulation of technology and technology is still necessary.

Because these technologies and process processes are quite helpful for us to develop a new generation of equipment.

The Institute of Optical and Mechanical Science and Technology in Chuncheng can be said to be the originator of domestic optical science.

The earliest photoelectric microscope in our country was developed by them.
To be continued...