Chapter 211： Missiles and missile wells [4,000 characters]

An Kai stood on the first floor of the transit station, looked up at the ceiling above, and slowly stretched out his right hand, a huge model appeared above him.

In the next second, a piece of metal disappeared from his backpack, and the ceiling above his head also began to change. Gradually, it changed from concrete to metal.

This process is very short. It only took less than five minutes. A huge metal cover appeared directly above Ankai. This metal cover, up to ten meters thick, opens and closes in a spiral. In fact, it has multiple fan shapes. A combination of parts. Relying on the powerful power system, it can be fully opened or closed in just a few seconds.

The thickness is enough to ensure that even if a missile bombards it, it can only damage the surrounding land, and it is difficult to really cause any damage to the metal cover.

The surrounding land has also been equipped with a layer of alloy long ago. Although the hardness is not enough to completely withstand the bombardment of large-yield missiles, if it is only on the edge of the bombardment point, safety is still guaranteed.

What's more, the ceiling on the first floor of the transfer station is actually about 20 meters away from the ground. The thickness of 20 meters is equivalent to six or seven stories, plus the alloy layer and the reinforced concrete building of the shelter itself, unless The black hand behind the doomsday can continue to launch missiles at this place and make multiple strikes, otherwise there will be absolutely no situation here.

As for the metal cover above, it actually only occupies half the thickness of the ground. There is a 10-meter-long passage below, which pretends to be a lot of cleaning equipment, which can be cleaned and disinfected as soon as the vehicle returns.

After doing this, An Kai still did not stop, but stepped back a few steps and stretched his hand to the floor.

The next second, another model appeared.

What is he going to do?

is very simple!

Missile silo!

In fact, from the beginning, this place was not simply a vehicle manufacturing center or a weapon manufacturing center. Ankai’s deepest goal was actually to build a missile silo here.

Those room plans and equipment plans around, to put it bluntly, are actually preparing for the preparation of missiles in advance.

Otherwise, even if he had to build a similar vehicle manufacturing center, he wouldn't be able to build it on such a large scale.

The larger the scale, the more materials he consumes. He still understands this truth.

The missiles that need to use missile silos cannot be manufactured directly from models, but must be manufactured by producing parts and then combining them.

This is An Kai's ultimate move to deal with the black hand behind the scenes.

The so-called missile silo actually refers to the underground engineering facility dedicated to the vertical storage, preparation, and launch of land-based strategic ballistic missiles. It is the main type of missile launching position.

The wartime missile silo is an underground hidden part of the missile weapon hideout. This underground fortress is mostly used for intercontinental strategic missiles. It provides technical equipment, technical conditions, and environmental protection conditions for testing missiles, launching preparations, and launching missiles. Normally, silos provide a good environment for storing, inspecting, and maintaining missiles. Some missile silos are also able to withstand the nuclear explosion effect after an atomic bomb explodes. After being attacked by the other party, the missiles in the underground pit are safe and sound.

missile silo is generally composed of three parts: shaft, equipment room, and manhole cover.

The wellbore is the engineering main body of the missile silo. It is usually made by pouring reinforced concrete on site. It can also be assembled with prefabricated reinforced concrete pipes or metal pipes, or by pouring concrete between multiple concentric steel rings. In order to prevent water from penetrating into the well through the wellbore, one or more layers of waterproof materials are provided on the inner or outer wall of the wellbore, or a metal waterproof layer is provided on the outer wall of the wellbore. The inner surface of the thermal launch well is also attached with an anechoic layer to reduce acoustic vibration.

The transfer station that Ankai has built now basically meets the standards of the silo, but it still needs some modification.

It is not difficult to transform, mainly because he does not have some special materials at present, which is why he wants to manufacture sub-bases in Herto and Elanta. In these two places, the former can provide a large amount of metal materials. Basically, Herto has all the metal materials that can be seen in the world. It is nothing more than a matter of the size of the reserves. The latter, the various chemical materials provided, can also become raw materials for some special materials, not just for pharmacy.

So you don’t even need to divide the bases into equal parts. As long as the scale of the transaction keeps increasing, An Kai believes that it won’t be long before he can save enough materials to transform the wellbore.

In addition to the wellbore, the second most important thing is the equipment room.

is usually the same reinforced concrete structure, which can be built as a whole with the shaft, or it can be built separately, and connected with the shaft with a pipe gallery for the installation of special technical equipment and engineering equipment.

Special technical equipment includes missile assembly, storage, maintenance, testing, aiming, launch control, shock absorption and other equipment, liquid propellant missile silos and filling equipment.

In order to carry out technical maintenance and launch preparations for the missile, there is also a lifting basket or multi-layer working platform in the silo. Different silos also have different equipment, such as wellhead silos with lifting devices; some thermal silos are equipped with diversion cones under the launch pad. After the gas impacts the diversion cones, it will be along the flame exhaust channel or between the well wall and the missile. The gap is discharged out of the well; the cold silo is equipped with a special ejection device, and the engine ignites after ejecting the missile out of the wellhead.

In addition, there are some engineering equipment, mainly to ensure that the missile is on standby for a long time, and to maintain the necessary temperature and humidity in the silo, including constant temperature, dehumidification, ventilation, water supply and drainage, and power supply equipment.

These things, because of the existence of the system, so there is no need to make them so complicated. Moreover, the transfer station itself has a multi-level structure, which can actually save Ankai a lot of effort. He only needs to open up all the floors and install the equipment in place when needed, which is also a kind of grasp in advance.

The manhole cover is the end, there is nothing to say about it.

The manhole cover that An Kai has made now, in fact, fully meets his needs.

In short, he didn't say anything about this plan, and even he just has this idea at the moment... As for whether it can be achieved in the final analysis, he always has to try. The threat of mutant zombies has actually been rolling back and forth in his mind. From the appearance of zombies, to the beginning of mutated zombies, and then to super zombies...the evolution speed of zombies is not fast, to be honest, but not slow.

Is the ambition confined to the so-called super zombie? And they can come up with such a big handwriting to sacrifice the entire world of humans, the ghost knows if they have any other means.

Maybe An Kai is unreasonably worried, maybe he takes the threat of the other party too seriously, but he is prepared for danger, the shelter seems to be no threat at present, but if you really sit back and relax, then that is the way to die.

An Kai does not want his second life to be destroyed in the hands of these careerists, let alone a systematic person, so he must use the power of the system to strengthen himself as much as possible.

If he can, he even wants to get the atomic bomb out, but unfortunately, the atomic bomb is the highest weapon in the system, and it needs a lot of branch functions to support it. It is estimated that he will not be able to use so many skills in his life. The same is true for putting all the skill points in, so he can only retreat to the next best thing, get a missile silo, and then think of a way to get a missile.

As for making a missile, of course a lot of skills are needed.

But in terms of the system, it provides a tricky method.

An Kai has never seen such a routine before, this time it really opened his eyes.

Speaking of this, I have to talk about the structure and manufacturing difficulty of the missile.

First of all, I talk about the difficulty. In fact, the difficulty of making missiles is not too high. At the very least, there is almost no difference between missiles and other top weapons of the same period, such as aircraft, in terms of technical content alone. In An Kai's previous life, there were not many countries with nuclear weapons, but there were more countries with missiles. What are the technical difficulties of missiles? As a pure layman, An Kai is actually not very clear.

But he probably has a concept in his mind. Firstly, precise guidance is definitely one of the difficulties, and secondly, the production and production of missiles. Missiles are a big guy, and they can’t be played by anyone or any country. Of course, if If you are willing to spend money, it is not too difficult to make missiles. If it is mainly a small country, there is not enough strength to develop a complete industrial chain. From raw materials to accessories, they are processed and assembled, followed by testing and installation. This is not something small countries can play.

But how many technical difficulties do you say about missiles?

The top missile is definitely difficult to make.

For example, intercontinental missiles. In the previous life, there were only a handful of countries possessing intercontinental missiles.

How to make the missile fly far enough, how to ensure the stability of the missile during flight, how to ensure the lethality, how to ensure the speed, the structural design of the missile itself, production capacity, guidance ability, etc., these can be said to be technical difficulties. , But for ordinary missiles, it will certainly not be so troublesome.

Generally speaking, missiles are roughly divided into several parts.

First is the warhead, which is a special device for destroying targets. The warhead of a ballistic missile is generally located on the head of the missile.

warhead, also called warhead, is mainly composed of shell, combat charge, detonating device and safety device. Most of the warheads of strategic missiles use nuclear charges. It can be a single warhead or multiple warheads. There are three types of multi-warheads: cluster type, split-guide type and mobile type. The warheads of tactical missiles mostly use non-nuclear charges, such as high-energy explosives, chemical poisons, and biological warfare agents, and some also use nuclear charges. In fact, this position, as long as it is not the pursuit of the most cutting-edge technology, a slightly larger warhead production plant can be manufactured by remodeling the production line.

The requirements of missiles for warheads are nothing more than stability and lethality. As long as these two requirements can be met, the requirements of general missiles in this regard are really not high.

The second is the missile body structure, which is the support structure that connects the various parts of the missile.

The body structure of a cruise missile is similar to an airplane in appearance. The main requirements for the structure of the projectile are light weight and good aerodynamic shape. In other words, as long as it is any airline with independent design and production capabilities, it can almost be played. Especially for the high-tech society, there are enough scientific and technological talents and computer equipment, as well as a certain accumulation of aerodynamic technology, to design a missile that can be used-note that it can be used, not top-notch- Is it really difficult for the projectile?

The third is the power plant, which is the power source for missile flight.

The power plant of missiles usually uses solid or liquid rocket engines, and some use turbofans or turbojet engines, mixed propellant rocket engines, and ramjet engines. Cruise missiles are usually boosted by solid rocket motors, turbofans or turbojet engines for cruise.

This part is actually highly coincident with the airplane. Perhaps the requirements for missile engines are higher than those of ordinary aircraft, but for standard fighter jets, there is no obvious generation difference in missile engines. Even some ordinary missiles have less power plants than the most sophisticated aircraft. The same is true. Large airlines or specialized military industrial enterprises can also produce them.

The last important component is the guidance system.

This part is used to control the flight direction, attitude, altitude and speed of the missile, and guide the missile or warhead to fly to the target accurately.

The missile usually uses radio guidance, inertial guidance, homing guidance, terrain matching guidance, remote control guidance, and wired guidance. Different types of missiles can be guided in different ways.

Some missiles only use one of them, and some use several for compound guidance.

Ballistic missiles used radio command guidance in the early days, and later they mostly used inertial guidance, as well as astronomical-inertial and inertial-terrain matching compound guidance.

Cruise missiles mostly use inertial-terrain matching compound guidance, and surface-to-air or ship-to-air missiles use remote control, homing or compound guidance. Wired guidance is often used for anti-tank missiles.

Missiles are the core of the missile weapon system. Only missiles cannot guarantee the completion of combat missions. All components of the missile weapon system need to work in concert to complete combat missions.

This part, to put it simply, is actually similar to the aircraft’s navigation system. Similarly, if you insist on pursuing the top, it is indeed true. Whether it is a previous life or this life, a country that can truly climb to the top and maintain it for a long time is very At least few, combined with the previous parts, can maintain this level of technological level, it must be a big country. After all, playing science and technology is to burn money. How can a small country in general have the ability to burn this money, and only a strong enough country can support it.

But what if you take the next step?

Give a chestnutAn Kai’s shelter, now it is indeed facing some crises, and he really needs missiles as a magic weapon that is enough to win with one blow.

If he is pursuing intercontinental missiles and pursuing top-notch goods like the Tomahawk, with his current abilities, among other things, he will be much worse in terms of skills alone. The skills he currently has on his body are completely insufficient. The support system made him a battle axe and all the supporting facilities. But what if he only pursued missiles from the Second World War or even the First World War?

The missiles of that period were equally powerful. It was nothing more than the latest technology after World War II in other respects. Does the black hand behind the scenes have sufficient interception power? If An Kai doesn't know, it's no good.

If the opponent does not have such a powerful interception technology, then Ankai does not need too high-tech missiles, he only needs to ensure that his missiles can fly, hit the target, and have sufficient lethality... How about this? Is it difficult to make a missile under demand?

A large-scale, well-equipped production base for vehicles and weapons, if the production line is modified and a simple enough production plan is provided, Ankai is confident to produce a powerful missile.

In conjunction with this seemingly production base, it is actually an underground building with a missile silo. The entire transfer station only needs a little time and enough materials to quickly transform, and the assembly is enough to blast the black hand into the sky. Weapons, this is the true purpose of An Kai's transfer station.

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