Infinite Doomsday Start Draws Luodu Mechanic

Another big harvest related to the biological laboratory is the tons of nuclear waste recovered from Cyber ​​Savage/Metal Tyrannosaurus.

Of course, there are also special biological tissues that can use nuclear waste as energy.

According to the memory of the ghost leader E52, these nuclear wastes really come from the spent fuel rods of the abandoned nuclear power plants in this country.

After being processed by ghosts, the concentration is increased, and they can only be used as fuel for biological reactors.

However, such high-risk nuclear fuel is difficult to use properly with the mechanic knowledge system mastered by Ruger.

The most likely way to use it is to use ghosts' biological technology to extract plutonium 239 from nuclear waste and make a plutonium bomb.

Yes, it is the kind of atomic bomb that only needs ten kilograms of raw materials to reach critical mass and then form a fission chain reaction and finally a nuclear explosion.

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But to be honest, the atomic bomb as a strategic weapon sounds scary, but its role in local battlefields is very useless.

The best use that Luger can think of is to bury a time bomb-like plutonium bomb in places like the monster base camp and send them back to their hometown in hell together.

Because there is magic radiation that blocks electromagnetic waves, remote detonation is not possible, and it can only rely on the time fuse placed in the radiation shield.

But if the time is set too long, it is easy to have more dreams at night, and if it is set too short, it is easy to blow yourself up.

If you calculate carefully, it is not as convenient as plowing the land with artillery.

In addition to plutonium 239, there is also its isotope plutonium 240 in the spent fuel, which is a nuclide that spontaneously fissions and emits neutrons.

As we all know, the key to the fission chain reaction is to give the raw material a neutron, so that it will emit more than 1 neutron after the fission reaction and then stimulate more reactions.

In this way, if fission continues like a chain, it can trigger large-scale fission of raw materials and release a lot of energy.

If this speed is controlled within a relatively small range, nuclear power plants can use the released energy to generate electricity.

And if this speed is fast enough, just like violent combustion will form an explosion, this is a nuclear explosion.

Under normal circumstances, the higher the quality of nuclear raw materials, the more neutrons released by the fission reaction will trigger the next reaction.

Under the premise of a certain geometric shape, the minimum mass that can cause a nuclear explosion is the critical mass.

The plutonium bomb made of plutonium 239 that reaches the critical mass can be normally exploded.

However, because of the neutrons emitted by plutonium 240, a considerable part of the raw materials will fission in advance, which will lead to a decrease in the actual quality of the raw materials, making it easy to become a "dud".

It is difficult to separate plutonium 240 from plutonium 239. Not only are the chemical properties of the two nuclides completely the same, but they only differ by one neutron, and the mass is not much different.

It is very difficult to make a plutonium bomb explode successfully, and it was once even considered impossible.

Later, people came up with a way to make a shell similar to a charge cap instead of gathering the plutonium raw materials together.

When it is necessary to detonate, use explosives to collapse the plutonium shell inward, shrink it into a small piece, reach the critical mass, and trigger a nuclear explosion.

The whole process is very similar to the form of Monroe explosive armor-piercing bombs, of course, more like explosively formed projectiles.

The difference is that explosively formed projectiles or self-forging warheads only need to form a projectile roughly.

And the implosion of the plutonium shell to reach the critical mass requires extremely precise control of the explosion, and the error requirement is much higher than the former.

The only thing to be thankful for is that it is not difficult for Ruger to do this.

As a result, after repeated hesitation, Ruger still began to cultivate the kind of biological tissue that can separate and purify nuclear materials in the biological laboratory.

Making an atomic bomb by yourself, even if it doesn't succeed, it's fun to try.

The big head's harvest has almost been counted, and the remaining are some scattered light weapons.

Needless to say, the old weapons of World War II, from pistols to submachine guns and rifles to recoilless guns, Ruger will definitely not use them if possible.

Although the basic principles of human light weapons have not changed much in the decades after the war, the difference in ergonomics is still very obvious.

Simply put, advanced light weapons are more comfortable to use, feel better, and have stronger controllability.

Among many light weapons, machine guns, especially heavy machine guns, have not made much progress in the above aspects.

Well, to be honest, the heavy machine gun used by the mountain special operations battalion in the 21st century is still the M2 Browning from the World War II era.

Then he can only continue to use it.

For other light weapons, he prefers to use modern versions.

For example, MP5 submachine guns, HK416, HK-G3G4 light machine guns, G28 marksman rifles, RS9 sniper rifles, etc.

But what he is really good at is still shotguns.

Not only pump-action, but also break-action.

After all-round progress, the pump-action shotgun has been relegated from his absolute main weapon position to the second line.

For self-defense, the pump-action is not as good as the short-barrel break-barrel shotgun, after all, the latter can be operated with one hand.

Although there is no such niche weapon as the break-barrel shotgun among the weapons collected by Ruger, its production method is not complicated.

Ruger only invested a little bit of points and matched it with sufficient raw materials to make dozens of these things in the bunker.

With the blessing of telekinesis, he can completely replace a full-round shotgun from the logistics space immediately after firing an empty one and continue shooting.

In this way, he can easily fire hundreds of shotgun shells in a short period of time.

If he builds an automatic loader in the bunker to load ammunition for the shotgun, and adds a step to cool the barrel, he can even keep firing as if he has unlimited ammunition.

This move is a bit like a weakened version of his howitzer volley.

Although the power is small, the side effects are almost zero, and it is a small explosive trump card that can be played at any time.

In the future, this move can be used on more weapons.

Especially those weapons with high power per shot, slow loading speed, and not too large size.

But for now, shotguns are enough.

After all, the special bullets used in shotguns are the easiest to make, making it almost the most versatile among light weapons.

As for the short effective range of the shotgun, Ruger doesn't care.

He just uses the short-barreled shotgun as a short-range defensive weapon.

For long-range matters, the heavy machine gun on the armor is enough to handle it alone.

If it's still not enough, then just use all kinds of artillery.

With a huge and well-equipped logistics space in hand, Ruger is least afraid of competing with others in firepower.

Speaking of which, as a Los Santos mechanic, from the beginning to now, the things he really made the most are various weapons.

The only purely civilian machine he has handled personally seems to be the Dodge Challenger muscle car.

As a result, he took the engine of that car and installed it on a small tank.

The industrial robot arm in the logistics space also helps to make various weapons.

So, he really hasn't tinkered with purely civilian machinery.

He is preparing to make atomic bombs in the military, and he hasn't even made a bicycle in the civilian field...

But think about it, it's normal. He, a Los Santos mechanic, has a bunker as an underground arsenal when he first appears.

Los Santos mechanics are more like gunsmiths or armorers from the beginning.