Jason's new laboratory is filled with piercing sirens.
Under the full output of the arc reactor.
The values on the energy testing device are off the charts.
Fox was stunned when he saw it.
"How is this possible?"
"How could something so small emit such a huge amount of energy?"
"It's impossible for his material structure to withstand this level of energy output."
Fox looked at the steel armor in front of him and said in a very excited tone.
According to his scientific understanding, this is not scientific at all.
Jason looked at Fox in a daze and chuckled inwardly.
Fox's seriousness about science is indeed very profound.
However, the arc reactor was completely technology that was ahead of its time.
It is completely out of touch with existing technology.
Fox looked naturally confused.
"Fox, the material of the arc reactor is much more powerful than you think."
"When the atomic structure is compact to a certain extent, the strength is naturally very amazing."
Jason shook his head and explained.
In general materials, there are actually gaps inside the molecules.
The force between the electrons in the atomic nucleus makes the molecules and atoms of the material not so closely connected at all.
And when a strong enough force acts on the material.
Squeeze nuclei and electrons together directly.
The strength of this material is amazing.
Otherwise, what else could he say? The arc reactor is the strongest part of the steel armor.
Looking at Fox, his face was still a little dull.
Jason said with a smile.
"Don't worry, I will show you the technology, and then you can study it yourself."
"What do you think of the armor I studied?"
"How does it compare to the armor you developed?"
Jason asked very sincerely.
Fox is also a master of armor.
Almost all of Batman's armors come from this old man who looks very ordinary.
Including the armor that can fight Superman.
In terms of armor, Fox is still very accomplished.
Hear Jason's words.
A flash of excitement flashed in Fox's eyes.
Then he shook his head and said.
"This is not easy to compare at all. I have not studied this kind of full-body armor."
"The armor Bruce uses is completely different."
"I think your armor is not for people who are proficient in combat."
Jason nodded.
Indeed.
Iron Man's armor was originally prepared by Tony Stark for himself.
Tony Stark's fighting ability.
In the beginning, it was just a little better than a fight between gangsters on the street.
Later, although I found someone to train me, that was it.
Fox, who is proficient in armor design, can naturally tell it at a glance.
"Yes, it is."
"This is originally a armor that focuses on protection. It is not designed for close combat at all."
"The attack relies entirely on the energy weapon system of the armor."
"Completely different from the armor that Bruce uses almost exclusively for close combat."
Jason said in agreement.
Batman's armor is completely different from the Iron Armor.
As long as someone puts on the steel battle suit and trains for a few days, he can have the fighting power of Iron Man.
But Batman is different.
Batman was originally a fighting master, and his fighting ability was very strong among ordinary people.
It can be said that the original purposes of the two armor designs are completely different.
It's just that Fox doesn't have to worry about this at all.
Instead, he asked curiously.
"Energy weapons?"
"You mean, after installing the buffer system, this armor can actually have space to install energy weapons?"
Fox's face was very shocked.
Things like battle armor are very large at the beginning.
This is because the weapon system occupies a very large volume.
Take energy weapons for example.
The existing energy weapon system is basically laser weapons by default.
Rely on high-energy laser to produce high-energy rays to attack enemies.
Some of the smallest laser weapons that can be used by the military require a file size of several cubic meters at least.
This kind of thing simply cannot be loaded on a single-player armor.
This is why Fox was so shocked when Jason said there was an energy weapon system on this armor.
Because according to existing science and technology, this is impossible.
Jason smiled when he heard Fox's question.
"Indeed, this is the soul of this armor."
"Building such an advanced weapons system is not easy."
Jason said with some emotion.
The Mark series of steel armors have many and complex weapons.
The plasma beam pulse weapon in the palm of the hand is also the main weapon of the armor. The power of the weapon can be determined based on the energy output File size.
The "Javelin 2" anti-armor missile on the arm has a range of one thousand meters and can penetrate 1150-1400 mm of homogeneous steel.
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The laser cutter on the finger is mainly used for cutting. When necessary, it consumes a lot of energy and can be used as a weapon.
The short-range multi-target missile launch nest on the shoulder can launch a large number of missiles in a short period of time to kill the effective forces when being attacked at close range. It can be installed optionally.
The shoulder armor has two built-in six-unit anti-infantry launchers, which can lock and attack 12 infantry units at the same time.
There are 20 additional guided bombs on the left and right sides of the crotch, which are normally stored.
The front of the thigh stores six high-hardness warhead launchers, one on the left and one on the left, which can shoot in the 3 o'clock and 9 o'clock directions at the same time.
The holographic operating system switches between civilian and military states, and is taken over/assisted by the artificial intelligence J.A.R.V.I.S.
The voice recognition system uses Tony Stark's original voice recognition, the sensor recognition is Tony Stark DNA biometric recognition, the hand recognition is fingerprint recognition, and the head recognition is pupil recognition.
The wearing method is guided by infrared sensors, and the unused state is a streamlined box storage state.
The combat mode is all-weather mode and the combat time depends on the output of the reactor.
It can be said that it is these rich weapons and various auxiliary systems on the steel armor that make Iron Man so powerful.
And I want to put these things together on a wearable armor that is only as tall as a person.
The difficulty can be imagined.
Especially the main weapon of the steel armor, the plasma beam pulse weapon.
Not only is it difficult to load, but it is also very difficult to design.
If Fox were to come in, he would certainly not be able to design such a transcendent weapon.
It's normal for Fox to be very surprised.
"You can probably design the other weapons on Fox's armor."
"But the plasma pulse beam weapon on the arm, you probably haven't seen this before."
Jason smiled and said.
"It's true. It's incredible to use plasma as a weapon."
"How do you control high-energy plasma?"
Fox asked very confused.
His mind is full of questions now.
I hope Jason can answer his questions.
Plasma weapons are very powerful weapons.
The temperature of high-energy plasma can even approach the temperature inside the sun.
In some cases, it can even vaporize steel.
But weaponizing plasma is also fraught with difficulties.
High-temperature plasma is not as easy to control as bullets.
A bad plasma can easily cause an explosion.
Not to mention, the plasma of the plasma pulse beam weapon is actually generated within seconds or even milliseconds.
It is more difficult to control.
Fox even has very deep attainments in engineering.
It is impossible to develop such a weapon.
"Plasma beam pulse weapons are naturally not that simple."
"Although it fires high-temperature plasma, it is actually a powerful kinetic energy weapon."
"Not only does it have heat damage, but it can also produce huge amounts of impact."
"That's where the pulse comes from."
Jason smiled and said.
When ordinary plasma is emitted, the damage caused is actually similar to acid.
After the plasma comes into contact with the object, it produces a high-temperature melting effect.
More similar to the corrosion of strong acid.
But the weapons on the steel armor are different.
Plasma is not only destructive at high temperatures, but also has explosive properties.
It's more like physical ammunition than a ball of high-temperature plasma.
"Let me demonstrate it to you first to see the characteristics of this weapon."
Jason smiled and said to Fox.
"Skynet turns on shooting mode and aims at the target."
Jason just finished speaking.
The armor that had been assembled was raised with its right hand.
Several beams of light were launched and hit the concrete target.
A small pit with its edges melted appeared on the reinforced concrete.
The shape looked like a meteorite hitting the ground.
There are traces of crystallization all around.
Fox ran forward and carefully observed the marks on the target.
I was amazed when I came back.
"It's incredible."
"Plasma can actually achieve effects similar to physical projectiles."
"How on earth is this done?"
Jason smiled when he heard Fox's question.
The plasma emitted by ordinary plasma weapons is actually similar to an air cannon.
Although it has impact and lethality, it cannot cause an explosion-like effect.
Fox's question is really a normal question.
"The biggest problem with plasma beam pulse weapons is plasma confinement."
"High-temperature plasma will naturally escape in the air."
"But the plasma in weapons can be in the state of light pillars."
"This uses a four-pole strong magnetic confinement device to produce a control effect and accelerating magnetic field."
"Making the plasma maintain its state before emission under inertial conditions."
Jason smiled and explained to Fox.
"Quadrupole magnetic confinement device, is this the paper Tony Stark published in Science a year ago?"
Fox asked excitedly.
As early as a year ago, Tony Stark published a paper in Science magazine.
It is an article about the quadrupole magnetic Hall propulsion unit.
However, no one took it seriously at the time.
Because there are few existing materials that can withstand the high temperatures of plasma.
The highest temperature that humans can currently control is only a few thousand degrees Celsius.
The temperature of the plasma must be at least tens of thousands of degrees.
Much higher than the surface temperature of the sun.
How can ordinary people think that someone can really realize the practical application of plasma weapons?
However, Jason was shocked when he heard Fox's words.
This guy Tony Stark can do it. He has already studied the theoretical basis.
No wonder they can create steel armor.
"That's true, but this thing is actually derived from the Hall thruster."
"It was originally a propulsion device."
"The ionized working medium is ejected through the nozzle, providing a sufficiently powerful thrust."
"Even now that it's weaponized, it still has the function of a thruster."
Jason explained with a smile.
Tony Stark actually created this weapon by accident.
He originally wanted to use this thing as a simple propulsion device.
This kind of thing is generally used on rockets.
The initial version of the Iron Armor studied by Tony Stark was a simple propulsion unit.
There are no other functions.
The firepower can only be applied to the flame burner strapped to the armor.
It was still when I was upgrading the second-generation armor.
He discovered the thruster's weapon function accidentally.
Later, after constant strengthening.
Only then did the now mature plasma beam pulse weapons form.
It can be said that this weapon is essentially a small Hall propulsion unit.
Fox's eyes lit up when he heard Jason's explanation.
"What an exquisite design. The plasma generated by the Hall thruster is ejected as a weapon."
"The weapon has multiple functions. It's a genius design."
"Haha, it's just an idea."
"The key is that the working medium consumption is very small, and it can fully support long-term operations."
Jason explained with a smile.
Plasma weapons actually also require a working medium.
Matter in the world is conserved, and matter is never created out of thin air.
In order to generate reaction force, there must be sufficient propulsion medium.
So the fire that appears to be ejected from the steel armor is actually some kind of special particle medium.
It is no different from the tail flame of a chemical rocket.
It is actually very difficult to convert this part of the working medium into weapons.
"What a genius. He can launch such a powerful attack and only consume so much medium."
"Are plasma weapons really that powerful?"
Fox said with a sigh.
"Actually, it's not that exaggerated. Plasma weapons also have their own shortcomings."
"For example, the accuracy is relatively low, the penetration is relatively weak, etc."
Jason smiled and explained.
In fact, the shortcomings of plasma weapons can also be seen in the original movie.
When Tony was dealing with highly armored things like tanks.
It uses armor-piercing projectiles in its arms instead of plasma weapons.
Because unless this weapon is charged for a long time, it will be difficult to penetrate armor as thick as a tank.
The rifle was also used when rescuing hostages.
If plasma weapons are used, I'm afraid even the hostage Original can be killed.
There is no perfect weapon in the world.
However, this kind of weapon is not suitable for steel armor.
It has many additional functions and can also be used as a powerful weapon.
It can fully meet the requirements for the use of steel armor.
So he has no need to change at all.