Chapter 920 Ultra-high energy (two chapters left at noon)
After the full moon of the "Gao sister and sister" with a range of 3,600 kilometers, the scientists in charge of related work naturally have to go to Beijing to report their work.
This matter cannot be delayed. It not only reports what has been done, but also involves a very important issue, that is, what will we do next?
There is a plan, but whether to implement the plan specifically and whether to make some changes according to the development of the situation must be implemented.
They are now discussing these issues in a heavily guarded conference room of the Defense Work Committee.
The most important thing now is that whether it is "Changying" or "Changhe", they are all at a low level, but the high level has not yet been created.
After all, the range of 3,600 kilometers is still not enough to reach the biggest opponent, and fission is much worse than fusion.
"About the 'Chang River', our top scientists are conducting configuration calculations and designs. Now the calculation tools are handy and the prospects are very optimistic. I think there is no need to worry about this, just follow the path of fusion That's it." said a comrade who came to report on his work. "Well, since you all have so confidence, then we are relieved. This thing will continue to be completed according to the established plan." The leader of the Defense Work Committee smiled.
This matter is almost certain. With the small ones, who doesn’t want the big ones? We must have what the enemy has.
Thermal nuclear weapons, although there is only one more word for hot, their meaning is very different.
The simplest advantage is that the charge is high efficiency, powerful, and theoretically it is not limited.
Unlike fission bombs that need to consider critical mass, fusion bombs do not consider critical mass. As long as there is no fission bomb as a trigger, no matter how many fusion charges are, there is no danger, and the charge is increased. , the power will increase, and the old man will be free.
Otherwise, the Russians would not be able to produce a 58 million tons equivalent large Ivan.
And there is another advantage of fusion bombs, that is, radioactive contamination is relatively light, and the huge power of fusion can eliminate some radioactive contamination, which is conducive to the utilization of land after the war.
One of the solutions they proposed for the Russians' Chernobyl nuclear accident was to fire a fusion bomb in the out-of-control reactor to eliminate all radioactive contamination.
However, this plan was too crazy and was not implemented in the end, mainly because it was reluctant to let it go. Insert knowledge: After the accident, Chernobyl had an accident, except for the explosion of No. 4 reactors, the reactors that did not have any problems were running for a long time and were still generating electricity until 2000.
Anyway, great power is everything, everything else is a trivial matter.
"Okay, there is no problem with this. As for the 'Changying' aspect, we tend to use bullets with a range of more than 11,500 kilometers. I remember that the last meeting, a special consultant said it was very reasonable. Without 11500, it doesn't make much sense."
The 3600 now is already a typical medium-range ballistic missile. To a certain extent, the most core target areas around are actually covering Within the range, there is no problem with not having 4500. If the oil Bay and Diego Island cannot be covered for the time being, it will not be covered for the time being. Now, I can’t consider the problem there for the time being.
Therefore, the medium-range ballistic missile is not so urgent now, just make it slow to change it.
On the contrary, another missile that seems difficult but in fact has great significance must be done, that is, long-range or even intercontinental missiles above 8,000 kilometers.
In fact, different countries have different definitions of intercontinental missiles. For example, Russians, even if they have an intercontinental missile at a range of more than 7,000 kilometers, they can almost hit the entire Citigroup.
But for us, the range of 8,000 kilometers can only be considered long-range, because its impact on Citi is extremely limited, so we can only fight John's cow and Gaul chicken. What kind of bird is there for? That's what we really think. "Our intercontinental missile must reach 11,500 to be considered a serious intercontinental. There is no need to explain the reason, just measure the map," said the comrade who reported.
The 14500 is really a bit too big and it is very difficult, and it looks very difficult at first glance.
But compared with 8000 and 11500, the difference between the two is much smaller.
"Well, your idea coincides with many comrades, and it makes sense. But are there any technical problems?"
"It's really difficult, especially if you want to do it. Small and very difficult. Fortunately, with the combination of dimethylhydrazine/nitrogen tetroxide, the storage performance of the fuel has been greatly improved. At least in terms of reaction speed and possible range, we have already initially solved the problem, and The benefits of maintainability and other aspects brought by it further enhance the possibility of creating a practical 11,500 bullet. "
It is different from being practical.
"What kind of bullet do you want to create? Have you considered the specific indicators?" asked the leader of the Defense Work Committee. "We consider creating a second-level missile with a length of 35 meters and a diameter of about 3.5 meters, underground launch, single warhead, and a round probability error of 2,500 meters."
"Circle The probability is 2500 meters? "If it is other equipment, the first reaction when hearing the error of 2500 meters is estimated to be "Fork out!". "Is it a little low?" asked another comrade.
"We are implementing a counterattack strategy, and we do not need to take the initiative to strike hard targets like enemy launch silos, and we do not need too high accuracy. If we attack soft targets like big cities, 2,500 meters should be enough to execute Citi missiles with similar missions have similar accuracy. Considering the possibility of fusion bombs, it is more than enough."
The error of 2.5 kilometers is like tickling. If it is a fission bomb with an equivalent amount of 20,000 tonnes, the error of 2.5 kilometers is a bit insufficient even if it is a big city. But if it is a fusion bomb, then The situation is different. "Well... liquid, two levels, well shot... more than 30 meters long..."
The leaders of the Defense Work Committee talked for a while and asked a comrade who asked the missile to be used. A big shocking question. "Have you ever considered building solid missiles?" "Solid missiles?" To be honest, this question almost scared the comrades who built missiles.
The span is too big!
Although we do have solid rocket engines and solid propellants now, if you want to use intercontinental missiles, you may not be smaller than liquid bombs, because solid propellants are more powerful than flushing Low.
In addition, solid propellant has a natural defect, which is different from the fuel of liquid engines that participates in energy supply. Currently, the adhesive of solid propellant does not participate in the reaction, and there is a certain range in nature. There is no meaning to death.
This makes solid propellants even worse in this regard. "Leader, we also know the benefits of solids, but it is indeed technically difficult now. The performance of existing solid rocket propellants is really useless. Moreover, in terms of the design of solid rocket engines, we also have Don't have much experience."
Another disadvantage of solid propellants is that they cannot shut down the plane in the middle and cannot adjust the thrust, but this problem is not a big problem with missiles, which is the demand for launch vehicles.
But the design of a solid rocket engine is not simple. A stable combustion and on-demand combustion that sounds simple is a huge obstacle.
The most new ⊥小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小小"To be honest, if you have experience in solid rocket engines, we may not be as good as the comrades of the Research Institute who are selling air-to-air missiles and air-ship missiles." Because we have never considered this direction at all, and have not invested in it. Any manpower, material resources and energy.
Liquid hair and solid hair are two technologies with the same functions, but the technical direction is extremely different.
"Well... your concerns make sense. But if I tell you that the problem of solid rocket propellant has great hope of being solved, then what do you think about this?" The leader of the Defense Work Committee had a little mystery and With a proud smile, he asked a question that made the comrade who was engaged in the missile directly think that he had heard it wrong.
"Can solid propellant solve it? Really?" If this thing can be solved, then you will give it your best, and it is not impossible to do it.
If you can find ways to solve or go around the other parts of the solid hair, such as hand rub, pile materials, special picking, etc., then the only thing that cannot be taken away is propellant.
Once the propellant is resolved, the comrades who are engaged in missiles will really have a little confidence in using solid-launched missiles.
Looking at the comrades who looked surprised and looked at them with a desire, the leaders of the Defense Work Committee took out a stack of documents: "Look at these things, please keep them confidential."
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Originally, this matter didn't need to be said at all, but it was of great importance, and the leaders of the Defense Work Committee could not help it.
"Synthetic of new ultra-high energy explosives"
"Synthetic of new energy-containing adhesives"
"Study on ultra-high energy solid propellants"
"Study on ultra-high energy solid propellants"
The three files are very thin, and there is not even any specific technology in it, only some parameters, and it is obviously a processed file.
Ultra-high energy explosives? Although they do not engage in solid-fired launches, the comrades who engage in missiles know that the main component of some solid propellants is explosives, which fire and blow up all the way to launch the missiles.
And the good thing about explosives is that they do not require oxidants, and the proportion of energy-containing materials is amazing.
As for energy-containing adhesives, he could understand them at a glance. The person who proposed this idea and synthesized this thing was simply a genius!
Don't the adhesive reduce the proportion of energy-containing materials of solid propellants and reduce the performance? Hey, if I use energy-containing materials to make the adhesive, wouldn't it be fine?
With these two things, ultra-high energy solid propellant seems natural.
This is what Gao Zhendong dismantled out from a paper, ultra-high energy explosives, energy-containing adhesives, and ultra-high energy solid propellants.
He couldn't wait to open and see that the content related to synthesis was removed, with only some parameters. As soon as he saw the ultra-high energy explosive, he almost didn't believe his eyes.
"The explosion speed, explosion pressure and energy of this explosive are far higher than TNT, and higher than RDX or even HMX? ?!!"
No wonder he dares to call it super high energy explosive.
(This chapter ends)