Take Off My Aviation Era

Chapter 820: Supersonic wind tunnel

Yes, Bukharin is indeed not ashamed or embarrassed when he has lived in Xiping today, and he doesn't know what means to use. The 60-year-old man just hooked up with a beautiful newly graduated female college student in his twenties.

The life of old couples and young wives is more moist.

Of course, Bukharin dared to do this because the old man hadn’t been married for sixty years, had no children, and had no wife. Bukharin didn’t want it, but he left it for the young Bukharin during the Soviet purge. Under a strong psychological shadow, for fear of getting married and having children, once the Soviet policy changes, it will be affected.

The result is that such a noble and unmarried activist came to China and settled in Xiping. After all, he did not resist the temptation of oriental beauties. If you don't marry, what is the trouble, I will talk about it.

As long as Bukharin is cool, Zhuang Jianye is cool. You must know that all the Soviet projects that Bukharin participated in are cutting-edge and cutting-edge. Not to mention, the Soviet Southern Design Bureau was responsible for it, but it was because of the collapse of the Soviet Union. The hurriedly dismantled strategic missile project is a rapid deployment strategic weapon that checks and balances the United States.

Not only can it be deployed quickly, but it also has a certain chance to launch an attack on a specific moving target with the cooperation of the Soviet marine satellites and the cosmic satellites.

Thanks to the Soviet Union’s innovative application of infrared gaze imaging system technology on the terminal warhead, the missile’s terminal accuracy can be controlled to within 30 meters.

This accuracy, let alone nuclear missiles, is also extremely sky-defying existence for conventional missiles. It is necessary to know that the entire missile has a range of more than 8,000 kilometers, and it can be controlled at the end with such accuracy at such a long distance. The missile has not been officially installed, otherwise the United States and the Soviet Union will have to start a new round of arms control negotiations around this killer weapon.

This shows how important the gaze imaging system technology provided by Bukharin is.

Ascendas Group naturally understands this, so immediately after obtaining this technology, it will be handed over to its North China Institute of Optics and several other cooperative universities and colleges for practical research.

However, despite the fact that the Ascendas Group moves fast enough and has enough manpower and material resources, China is not a Soviet Union with old foundations thick enough to sleep. It is even more unlikely that the Ascendas Group will interact with the experienced Soviet Lavochekin Design Bureau and the Southern Design Bureau. ratio.

Therefore, although the progress of practical application is fast, it has not reached the level of the Soviet Union's application of staring imaging system technology.

For example, the airtightness of the staring imaging system components made by the North China Institute of Optics is not as good as that of the Soviet products. Ground experiments are okay. When installed on a satellite and launched into space, there is a high probability that it will be infested by cosmic dust and the entire system will be scrapped. .

In addition, the processing accuracy of optical components needs to be improved. The altitude of 10,000 to 20,000 meters can barely be used. When the outer space of tens of thousands of meters or even tens of thousands of kilometers, the optical components in China are similar to those of middle school students who suffer from myopia. What on earth is on the blackboard.

Of course, this is not the key. The sealability and machining accuracy are all manufacturers. If there is a gap, you can just chase your head. There is no hurdle to overcome. There is always hope.

The staring imaging system technology on the sub-missile head of ballistic missiles, including Ascendas Group, has one in China, and no research institution or enterprise can do it.

Even thinking about it is a little desperate.

Nothing else, just because the ballistic missile split-type warhead is separating from the missile, re-enters the atmosphere, turns on the guidance mode, and prepares for the final attack stage. Its speed reaches Mach 5 or higher, which is a super high speed of sound.

Its vibration frequency, resonance period, shock boost, thermodynamic transmission, signal collection and other elements are fundamentally different from the traditional ordinary aircraft of Mach 1 or 2.

Besides, how can the infrared staring imaging system on the head of this type of reentry missile remain stable? How can the intense infrared signature signal generated by the intense friction between the warhead shell and the air reduce the interference to the infrared staring imaging system?

In addition, the detection window of this type of optical system needs to be made of optically strong light-transmitting materials, but what materials can achieve obvious optical characteristics, and can resist the violent impact on the projectile due to the hypersonic speed when the warhead reenters Burn?

Of course, these are part of many difficulties. The most desperate thing is that even if all these obstacles have broken through one by one, they find that there is not even a device that has been actually verified in China.

Because there is no decent hypersonic test verification wind tunnel in China.

This is like struggling to hit a kitchen knife, only to find that there is no sharpening stone, and the blade cannot be opened. Who knows how good a kitchen knife is.

The same is true for the ballistic missile's sub-guided warhead end-guided infrared staring imaging system. You said you have broken through. There is no hypersonic wind tunnel for verification. Who can believe it?

Some people say that there is nothing wrong with this, just install the warhead and actually strike it.

Then it really doesn’t hurt to stand and talk, thinking that the carrier rack is the potatoes in your cabbage field, and you say it’s just like you don’t need money. It’s a carrier rocket, and the cost is whatever you want. A launch vehicle capable of hundreds of millions of dollars.

Not to mention the domestic, even the wealthy and wealthy United States can not withstand such a prodigal mess.

Therefore, the solution is to build a hypersonic wind group, and use a proportional model to do demonstrative experiments in this type of wind group.

The problem is that this kind of important equipment, which can be called the incubator of the country's weight, can be done by few in the world. Just count it with your fingers, except for the United States and Russia.

The United States doesn't need to think about it, such an important thing, I can't wait to rot in my own pot, let alone sell it, I will dare to gnaw at you when I touch it.

Although Russia’s economy is half-dead and social governance is in a mess, there are still people who understand in key areas, so the Russians not only don’t sell, they are even gritting their teeth to do related demonstrations and experiments. After all, the Russians really have nothing to show off except for the nuclear stick. Things out.

There is no hope for buying. You can only make it yourself, but making it yourself is easy, but it is extremely difficult to do. There is no experience, no technology, and a complete start from scratch. The risks are self-evident.

Because of this, when the headquarters proposed to build a supersonic wind tunnel, many units had doubts. Of course, many of them supported it. Among them was Zhuang Jianye of Ascendas Group.

Therefore, the cooperation list of the supersonic wind tunnel construction project initiated by the headquarters is not surprisingly named as Ascendas Group~www.wuxiaspot.com~ Zhuang Jianye welcomes this, because the units participating in this project, In the future, priority will be given to the use of supersonic wind tunnels. Ascendas Group’s future goal is not just below the atmosphere, but the vast ocean of stars. Therefore, the supersonic wind tunnel is obviously a rigid demand for Tengfei Group.

Of course, the future priority of use is not for nothing, and it is natural that all parties share the high development costs in proportion to the operation of the project.

The share of Ascendas Group’s share is not much, only 18.56%, but the absolute number is scary, at least 350 million per year.

Counting other miscellaneous research and development projects and cooperation projects, Zhuang Jianye counted with his fingers, and he has no money. What should I do? Of course, it’s Panpan’s family background. He has introduced a brainstorm that can exchange money to exchange money. If it is not, why Zhuang Jianye rushed to the Yangtze River Delta disaster area with TY-6 and received such a warm reception of Chen Fang and his party. For one word-money!

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