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As for Zhuang Jianye, selling ZBDL-1916 full-automatic sheet metal forming production line with shape memory alloy processing capabilities, making money is one aspect, but more importantly, find a mouse of the right size and try the sheet metal forming process in shape. Is the memory alloy field feasible?

We must know that although the United States has theoretically verified the feasibility of the sheet metal forming process, neither Boeing nor Lockheed Martin has applied this process to the manufacturing of shape memory alloys.

He said all kinds of things in his mouth are okay, but the body honestly refuses.

As China takes off as a country that has been crossing the river with eagle sauce, it is really uncertain whether this process will work, and a series of practices will continue to test the feasibility of this process.

Logically speaking, China Ascendas can do it itself. After all, China Ascendas is responsible for the research and development and verification of materials and some important components of the next-generation combat aircraft.

The problem is that China Ascendas has a new direction in the field of shape memory alloys, that is, flexible skins and modified wings based on the combination of shape memory alloys and carbon fiber composite materials.

This is a new direction in aviation materials science, especially variant wings. Not only does it have an irreplaceable role on the next generation of combat aircraft, but it also has a subversive advantage on the flying wing wings of a new generation of stealth long-range bombers. effect.

It can be called the core technology of next-generation aviation main battle equipment.

Seeing that the Americans have realized the initial application of this technology on the latest batch of F-22 fighter jets, and it has been widely spread on the YF-35 during the test flight, how can China take off with careful observation of Yingjiang’s every move, how can it be indifferent? Naturally, I have to touch Ying Jiang's head and lie across this critical river.

After all, the Americans are very honest this time, even if they say all kinds of no, China will take off. Anyway, their own body is honest.

But in this way, the verification of the sheet metal forming process of shape memory alloys cannot continue. The reason is very simple. You can't have both fish and bear paws. Although China Ascendas is still decent in China, you can talk to Boeing and Luoyang. Compared with a real giant like Ma, he is not even a younger brother.

Being able to focus on one direction of shape memory alloy has already made China very difficult to take off, and it is impossible to take both directions into consideration at the same time.

No way, who made the shape memory alloy burn too hard?

Not to mention, a sheet metal forming test often consumes hundreds of kilograms of shape memory alloy. It is necessary to know that the price of each kilogram of shape memory alloy is not much lower than that of gold. The consumption of several hundred kilograms and hundreds of kilograms is equivalent to holding Gold is drifting.

No matter how solid the foundation of China's take-off is, it cannot withstand such a toss. What's more, even if a lot of thought is consumed, it is still unknown how much the sheet metal forming process can play in the production of the next generation of main battle aircraft in the future.

Judging from the situation of the Americans, it does not seem to be optimistic. In case the conclusion is bad, wouldn't the huge investment in China's take-off be overwhelmed?

But if you just give up like this, it will be a pity. In case the Americans are wrong, the sheet metal forming process can reduce the processing cost no matter what, if it can be achieved, it will have a great help to the future aircraft manufacturing.

Based on such a contradictory tasteless entanglement, China's take-off urgently needs a capable and responsible taker to continue this important task of practice.

In this way, Russia entered Zhuang Jianye's line of sight.

The reason for choosing Russia is very simple. Unwilling to be mediocre, Russia still dreams of reproducing the glory of the Soviet Union, so the Russians attach great importance to armaments.

However, its own economic situation is unable to support a huge and efficient scientific research capability, coupled with the stuck neck of European and American manufacturers in certain key areas, making it difficult for Russia in advanced equipment.

Therefore, as long as there is equipment and technology that can replace European and American manufacturers, the Russians will rush to it.

As for the question of money...

Russia, which has a huge legacy of Soviet armaments, can fully compensate for it with advanced technology and equipment, so the price is not a problem for Russia at all.

Take the ZBDL-1916 fully automatic sheet metal forming production line this time. Zhuang Jianye opened his mouth for 3 billion US dollars, really expecting Russia to pile up the green bills just like Saudi Arabia?

It's almost the same unless it's a dream.

Now Russia’s foreign exchange reserves are almost exhausted, let alone 3 billion U.S. dollars, whether 300 million U.S. dollars can be used is still unknown.

If Zhuang Jianye blindly asks for money, the deal will only end in failure. Therefore, in addition to money, Zhuang Jianye cares more about the unique armament technology in Russia's hands.

For example, Russia has just launched the S-400 "Triumphal" air defense missile system, and the A-135 air-space anti-missile system, which pioneered the world's anti-missile missile system.

No way, who made China take off has many shortcomings in this field.

Of course, if China is given enough time to take off and a little bit of accumulation, China’s take-off can also make some achievements in the past few years. The problem is that the headquarters simply does not have so much time to wait for China to take off and adopt the anti-missile and anti-satellite technology. The tree is fully developed from scratch.

The major overseas incident in Belgrade is a wake-up call.

That's all. The key is that a large country outside the region is always peddling a concept internationally, that is, if the entity's satellite is not compatible with the standards they set, it will be difficult to avoid damage from the so-called space junk in the future.

Because a large congress outside the region monitors the trajectory of space junk according to compatible standards, and issues early warnings to satellites in dangerous orbits at any time.

The whole initiative is as high-sounding as ever, and it seems that it really is for the sake of all mankind, but in fact?

To join this standard ~lightnovelpub.net~, a positioning response module must be implanted on the satellite, which is equivalent to providing one's own satellite position to a large country outside the region without reservation.

Ordinary satellites are nothing more. How can some satellites with special missions hand such important information to others?

But what can you do if you don't let it?

We must know that the phrase "it will be difficult to avoid damage from the so-called space junk in the future" by a large country outside the region is not a joke. As early as the 1970s, a large country outside the region possessed anti-satellite capabilities.

Anyway, it is difficult to define whether something in space is a collision warhead or space junk. Therefore, this initiative of a major power outside the region is not so much an initiative, as it is a threat of red fruit.

The European side can't help the choice of compromise by a big power outside the region. Russia has completely dismissed the proposal of a big power outside the region because of countermeasures.

The most embarrassing thing is at home. Compromise is impossible, but if you have the corresponding strength, you can only get stuck in a dilemma.

Because of this, the headquarters requires relevant units to promptly advance the "Killman" II plan, and strive to achieve initial countermeasures in the first five years of the next century.

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