Chapter 534: Storming the Main Entrance of the Base

Boom...boom...boom...

Accompanied by loud crashes, the entrance door of the underground base was rapidly deforming at a speed visible to the naked eye. Cracks continued to appear on the surrounding walls, and the edge of the door frame was obviously about to be unable to hold up. Many positions were damaged. The arm-thick anchor points in the wall were all pulled out of the rock. At this rate, the door would definitely be knocked open in a few dozen seconds at most. Of course, what frightened the people inside was not that the door was knocked open, but that the one who hit the door was not a battering ram or a large machine, but only one person.

I just stood in front of the steel gate, raised my arms above my head, and then suddenly slammed forward on the gate. The all-steel gate, which was large enough for two tanks to pass side by side, dented inward again under my blow, and a large piece of the anchor point on the wall was torn out.

"Hilda Alloy is truly worthy of its reputation." Looking at the severely deformed door in front of me, I couldn't help but praise it. The reason why this thing can carry it till now is entirely because of this alloy.

In fact, this door is not a complete steel plate, but a composite door. This door is actually divided into seven layers of materials, of which the inner and outer surfaces are made of pure copper instead of steel. The reason why copper is used instead of steel is because copper is relatively soft. This door itself is prepared to resist nuclear explosions. When a nuclear explosion occurs, the pure copper door will melt due to the high temperature outside, and then directly seal the entrance completely. This is equivalent to a self-sealing technology. Of course, it takes some effort to open the door, but copper is not a very hard thing and can be easily cut with a cutting machine.

In addition to the copper layer, there are many other materials in this door, but there is only one material that really allows this door to withstand so many attacks, and that is the Hilda alloy I just mentioned. This thing is also a black technology. Proper alien technology, and one of the only technologies that can be fully understood and applied by the earth's technological system. The hardness of this thing is not too exaggerated. At least there are many things on earth that have more wins than this thing. At least the material used for my endoskeleton is much stronger than this Hilda alloy. However, the real strength of Hilda Alloy is not its hardness, but its anti-energy properties.

Americans have a very popular comic hero system. Later, it was remade into many movies and TV series, and a bunch of peripheral projects were released. Anyway, it is a very profitable project.

In that comic system, there is a fictional metal called "vibration gold" or "Adelman alloy". Anyway, the setting of this thing in that system is that it is so strong that once it is formed, there is nothing you can do about it. Destroy and reflect the metamorphosis of all energy. It can be said that this thing is basically invincible, because there is absolutely no way to harm this metal, and its physical properties are simply eternal.

certainly. That one is set in comics and movie scripts, but this Hilda Alloy is not that exaggerated. At least the hardness of this thing is not so hard that it cannot be destroyed. However, it is quite difficult to destroy it, but at least there is a way to process it. of.

The really great thing about Hilda Alloy is not its hardness. It's the energy characteristics of this thing.

Hilda alloy uses covalent bonds like most metal elements. However, unlike ordinary metals, the surface atoms and electrons of Hilda alloy will become extremely unstable after being stimulated by energy.

Metals can conduct electricity because the covalently bonded electron pairs in metals are extremely unstable, and these electrons can easily exchange and flow between metals. This is why metals can conduct electricity, because electrons are free to move throughout the metals that are joined together.

Hilda alloy has similar properties. But not only the electron pairs can flow, but the protons and even neutrons inside are unstable. When Hilda alloy is excited by external energy, its protons and neutrons can flow together with electrons. So, what effects will this phenomenon bring? The answer is that this phenomenon leads to the ultra-high energy transfer properties of Hilda alloy. Whether it is temperature energy or other energy, almost all energy can be transferred at high speed.

What are the effects of high-speed transfer of energy? The answer is the dispersion effect.

For a piece of non-conductive rubber, if ultra-high voltage electricity passes through the rubber sheet, the phenomenon that occurs is that the position in the middle of the rubber sheet that is broken down by the current will be directly carbonized. Similarly, if you irradiate a piece of felt with poor temperature transmission ability with a high-temperature and strong beam, what will be the final result? The answer is that the irradiated area will be gradually scorched, and finally burned or directly carbonized and crushed. This is the result of energy not flowing well. Because the energy is highly concentrated, the structure of the material itself is destroyed, and the object is persecuted.

But what if, conversely, an object has a very high energy transfer capacity? Still use electricity and light and heat to test.

The previous high-voltage electricity is still used, but what happens if the material between the electrodes is replaced by an iron plate this time? The answer is nothing will happen.

After the ultra-high voltage current hits an object, it will heat the object and then change the material. The rubber plate will have a carbonized hole due to local heating. However, when the metal plate is struck by current, the current will not pass directly through a point through the metal plate, but will quickly spread out and pass along the entire metal plate, and then return to the opposite electrode. In this project, the current is dispersed, so unless the current is strong enough to heat the entire metal plate to the extent that it will cause damage to the metal plate, it will not have any impact on the metal plate. This is because metal plates can conduct electricity at high speeds.

The same goes for the high-heat ray exposure. When an object is irradiated with a strong beam, the temperature of the irradiated location will naturally increase. This is basic common sense. Because the thermal conductivity of felt is poor, the heat accumulates in the irradiated location and cannot be dissipated. Finally, when it reaches the ignition point, the felt will ignite. However, if you change to a material with good thermal conductivity, it is better to say a large block of magnesium.

Magnesium metal is more flammable in the air than felt, but it is a metal and its thermal conductivity is many times better than felt. Using the same beam that previously ignited the felt, as long as the ambient temperature is not high, the huge magnesium block can quickly dissipate heat, and the temperature will be quickly dispersed and transferred to the surrounding air. The temperature of the area where the magnesium block itself is irradiated will not rise too much, at least it will not be easily ignited.

After understanding these comparative tests, you can imagine the impact. The biggest feature of materials with high energy transmissibility is that they can protect against energy impacts. They can quickly transmit energy to all parts of themselves, which is equivalent to sharing the pressure. Although you may still get hurt, it is the same as breaking one chopstick at a time or breaking a bunch of chopsticks at a time. It is of course easier to make a hole in an object than to completely destroy the object, and the larger the object, the more obvious this advantage will be.

If the door in front of me were made of only steel, even if it were doubled in thickness, I would still be able to open a hole in it in a minute, because my power armor not only has a high-frequency vibrating blade that defies the heavens. More importantly, I also have several high-power lasers. Although the range is very problematic in atmospheric environments, when used at close range, it is absolutely effective when used as a cutting machine. Anyway, I usually use this thing to cut steel bars. Stones and everything are very simple.

However, these two weapons were completely destroyed when they encountered this Hilda alloy. Needless to say, laser. Hilda Alloy is not immune to laser damage, but the laser on me is not powerful enough. It is definitely no problem against ordinary metals, but Hilda Alloy is not within this range. Because it dissipates heat too quickly, it can't be cut at all.

High-frequency vibrating blades are even more useless. Hilda Alloy's ability to absorb and transmit kinetic energy is equally exaggerated. If I use this thing to cut Hilda alloy, I guess even if my sword is broken, I may not be able to cut through it.

It is because the second layer of protection of this door is made of Hilda alloy, so all my tricks were useless and I had no choice but to smash the door. Fortunately, Hilda alloy also has the characteristics of absorbing impact and dispersing it. But this aspect has not reached the point of going against the sky. Only a small part can be dispersed. Most of the power is still acting on the structure behind it. Otherwise, this gate is really invincible.

Although it took some effort, after tens of seconds of tossing, the door finally couldn't hold on.

He raised his hand and slammed it on the door again. The severely deformed door suddenly made a different sound, and the surrounding concrete walls collapsed with a burst of cracking sounds. The upper left corner of the door was fixed. The piles were completely pulled out of the wall. Many cement blocks were still hanging on the steel bars, and there was a thick layer of ash on the ground.

Looking at the result this time, I moved a little to the left with satisfaction, and then smashed it up again. Boom... With this violent impact, the door finally couldn't hold on. The entire left half and the door frame were detached from the wall paper. After a large area of ​​the surrounding concrete collapsed, it was no longer able to provide any support for the door. Although the door It's still hanging there, but anyone with a discerning eye can see that this thing is no longer useful.

I did not continue to smash the door, but walked over and clasped the edge of the door with both hands and started to push it in. With a squeaking metal twisting, the lower left corner of the door was twisted and bent towards the inside of the door, and then I heard There was a loud bang when I got inside, and I suddenly felt a pain in my calf. My whole body was instantly knocked away, and I did not know how many roots spun in place before hitting the ground with a loud bang.

"Damn it...how can there be combat artillery on this kind of ground!"

Because of the characteristics of Hilda alloy, this thing itself is an excellent signal shielding material, so I had no idea what was going on inside the door. As a result, as soon as I opened a corner under the door, the other party was exposed directly to me. His left leg took a shot.

Because of the close distance, the shell was almost aimed straight at me and hit the bone on my left calf. If it were a human being, no, even if it were an elephant, this shot would definitely make the whole calf fly away. However, due to the strength of my body and the protection of my powered armor, this shot failed to penetrate my powered armor leg armor. It only scratched a mark on my powered armor calf. However, although the shell did not penetrate My legs, but the massive momentum wouldn't go away. You can imagine what it would be like to have your legs pushed backwards by a huge force. I was spinning on the spot in an instant. After landing, the pain was not bad, but I felt a little acid reflux in my stomach. I had spun around in the air at least twenty times just now. This centrifugal force would probably burst a blood vessel for an average person.

Just as I was getting up on the ground, I suddenly heard another bang inside. A cannonball with an orange light flashed past the edge of my left hand, and a large groove was created on the ground. I was so scared that I quickly shrank my hands. . "Holy shit. It's not over yet, is it?" Fortunately, the opponent didn't hit this time. After all, the angle was not good. There was only a trace under the door where my palm was supporting, so it was difficult to aim.

Seeing this, I didn't try to unscrew the door. Instead, I went directly to the right side of the door and punched the wall a few times to break the concrete near the fixing bolt. Then I hit the door on the right several times again. Because the concrete was broken first. So this time it only took two strokes to completely pull the right side of the gate out of the wall. Then the entire gate slid five or six meters into the base before hitting the ground with a bang and continuing to slide for two more seconds. How many meters away did it stop completely.

The people inside the gate had been waiting for the gate to fall down early, so there was no hesitation at all. The moment the gate was brought down, the smoke and dust had not dispersed before I scanned a large-caliber anti-tank gun inside. With the muzzle flame shining, the 120mm anti-tank gun instantly fired a sub-caliber fin-stabilized discarding sabot projectile, and the projectile of this projectile was actually made of Hilda alloy. Although I don’t know whether they wrapped the armor-piercing bullet with Hilda alloy or the entire armor-piercing bullet is made of Hilda alloy. Anyway, I can’t control this thing with electromagnetic force. Because Hilda Alloy will shield my electromagnetic control ability.

According to my estimation, only the outer layer of this shell should be made of Hilda alloy, and the inside should be some kind of super-hard high-density metal or alloy, because Hilda alloy itself is not suitable for making cannonballs. Its energy transfer properties can increase defense and reduce impact, so it is not suitable to use Hilda alloy as artillery shells. This is probably an ordinary armor-piercing shelling projectile temporarily coated with a layer of Hilda alloy. And it is obviously designed for us.

Without this layer of Hilda alloy, I could use electromagnetic force to redirect the projectile. It takes a lot of electromagnetic force to block a projectile traveling at this speed, but it is very simple to deflect it from its flight path. Unfortunately, with this layer of Hilda alloy, I can still use electromagnetic force to sense and control the shell. But the force is already very small. The maximum force I can exert on this cannonball is not as large as the weight of the cannonball itself, so it is completely impossible to change the flight trajectory of this thing so that it does not hit me.

fine. Although my electromagnetic control power cannot be affected by Hilda Alloy, it does not mean that my electromagnetic control power cannot be affected by this shell.

At the moment when the cannon was fired, I suddenly reached out and pushed to the side almost like lightning, but the next second I rested backwards and flew out, but my wings suddenly opened. After waving twice in the air, he stabilized his body and landed safely on the ground. However, a large amount of soil was lifted up with a bang on the ground not far away.

The people in the monitoring room quickly used high-speed cameras to play back what happened at that moment, and then those people's mouths opened wider than before. They were very surprised when they saw that I just did something casually and then dodged the shells, but they were not as surprised as they are now, because we are very strong, so it’s not too big that one shell didn’t do anything to me. strangeness. However, when they saw the situation clearly, they had to be surprised, because I had just pushed the side of the cannon with my hand and pushed the cannon out diagonally. This is why I suddenly flew towards the rear right side. s reason. This is actually the reaction force transmitted by the cannonball when I pushed the cannonball. However, because my actions were prepared and I did not resist all the kinetic energy of the cannonball head-on, I just flew back a few meters and relied on my wings to stabilize my body. It landed safely, but the shell deviated from the trajectory and hit the ground. This is how the piece of soil that just flew up came from.

Pushing the cannonball with bare hands, the result made the guards feel like there was a ring of white hair sweat on their necks. Although I am wearing power armor, this is definitely not entirely due to the power armor, because after arriving at the underground base, all the guards have power armor, which means they know what power armor can do. What I just did is absolutely impossible with power armor.

Ignoring the shock of those people, I walked directly into the smoke-filled passage. The people inside were still in shock and did not react. It was not until I stepped on the door that fell to the ground that anyone reacted. One person quickly went to operate the cannon, but more people started to greet me with individual weapons.

Of course I had to fight back when they fired. I fired a pistol and a rifle with both hands at the same time, and I kept moving to avoid the grenades and rocket energy groups fired by the opponent. As for the conventional ammunition, I didn't care about it at all. It wouldn't produce any lethality anyway. .

As I flashed around, the people on the opposite side found that the firepower on their side was getting thinner and thinner. When someone wanted to shout to increase the firepower, they realized that most of the people around were sitting on the ground in colorful clothes. This was obviously They were all "killed"!

"Holy shit, how are you going to fight this?" A senior special forces soldier wearing power armor hid behind the anti-gun mantlet of one of the cannons and said to a person next to him: "That guy's hit rate is at least 98%, and when we stick our heads out He was instantly knocked out and there was no way he could fight back!"

The person next to him nodded and said that there was really nothing he could do, but his eyes quickly brightened and he said, "I have a solution. You are going to cover me. I am going to fight."

"Hey, what are you going to do?" I didn't expect my companion to suddenly rush out. The special soldier here couldn't complain. He could only quickly aim the grenade gun at my approximate position and fire five rounds. The explosion would certainly not hurt. It doesn't hit me, but it interferes with my shooting, and that's enough.

Under his cover, the guy successfully rushed to the target location, and then picked up a square box on his arm from a "killed" personnel.

"Holy shit, you've been doing this for a long time just for this thing?"

The man fixed the thing on his arm and said, "Do you know what this is?" Without waiting for the person next to him to answer, he pressed the switch on the thing, and the thing on his arm suddenly spread out a 1.8-meter-high object around him. , a light blue light film about eighty centimeters wide.

"I said... energy shield?!" (To be continued ~^~)