Subjected to the energy impact of deuterium-tritium fusion.

Magnetically confined magnetic field data, in a frenzied refresh.

Some of these hidden problems, flaws in the design of magnetic fields, are also beginning to come to light.

"Continue to inject 100 grams of deuterium tritium."

Chen Yi looked at the strength and stability data of the current magnetic field, and calmly gave an order.

100 grams of deuterium-tritium mixed in molar proportions are extracted, then encapsulated in a layer of special toughness and high temperature resistance, and divided into 100 portions.

Each serving of 1 gram of fuel pellets is delivered above the magnetic confinement field.

In the next moment, high-pressure deuterium gas erupted from the pipe.

The fuel pellet is fired at a certain initial velocity towards the confined magnetic field.

Because there is no plasmaization, the self-charge is stable and uncharged, and is not blocked by the constraints of the magnetic field.

The fuel pellet and part of the injected deuterium gas pass straight through the confined magnetic field.

Rumble!

The moment the fuel pellet passes through the confined magnetic field.

The biofilm vaporizes instantly, and the deuterium-tritium element inside is integrated into the plasma, and the light produced by the fusion in the confinement field suddenly becomes more brilliant.

Every second I don't know how much deuterium-tritium is in the plasma of fusion.

Because of the influence of high-temperature expansion and fusion explosion, it constantly impacts the confined magnetic field around it.

Some of the eddy currents of energy convergence collide with the field wall of the magnetic confinement, which can cause the oscillation of the entire magnetic confinement field.

screen.

Shows the energy consumed to start and maintain the fusion reactor, as well as the energy produced to detect fusion.

Values and proportions, in a quick closer.

In the end, the freeze frame began to be motionless at 1 to 0.672.

"Xuannu, raise the protective barrier and tell the personnel around the lab to back off and move to a safe distance."

Chen Yi looked at this energy ratio.

Let's look at the magnetic confinement data that has been collected almost repeatedly.

Instead of continuing to refuel, he gave new instructions to the Xuannu.

"Okay, Brother Chen Yi."

Plates of steel rose from all sides of the laboratory.

In the blink of an eye, the laboratory was surrounded by three floors and three floors.

At the same time, security personnel around the lab were also notified to begin backing off and leaving the perimeter of the lab.

But he remained vigilant and looked at the situation in the laboratory with a solemn expression.

"Connect the energy release pathway, test the emergency shutdown plan, and release the energy."

Click!

On one side of the fusion reactor, a baffle suddenly opened.

Then a passage with coils and heat dissipating copper pipes on the outside rose and was aimed at the fusion reactor baffle to open the exposed release port.

Yikes!

The coil is energized.

A thin layer of magnetic confinement and a strong magnetic field are created inside the channel.

Then the pump was running, and the liquid from the heat dissipating copper pipes began to flow.

"Prepare for an emergency shutdown."

"Countdown, 3,2,1"

Rumble!

The countdown ends.

A set of magnetic confinement coils of a fusion reactor was suddenly de-energized, and a gap opened in the confinement magnetic field that was originally fully operating, causing a chain reaction and the magnetic field in other locations began to collapse.

But before the magnetic field collapses completely.

The ultra-high temperature plasma, which had been held for a long time, could no longer be suppressed, and rushed towards the open gap like a tiger out of the gate.

Zizizizi!

Ultra-high temperature plasma.

Like an ultra-high-speed wire, it frantically cuts through the magnetic field in the channel.

In the form of ferrofluid power generation, a steady stream of electrical energy is generated.

Among them, because of infrared radiation and ion irradiation, the heat irradiated to the channel pipe wall is continuously carried away by the water-cooled copper pipes above, and the boiler that is transported to the base once again grills water to generate electricity.

Along the twisting passage, rush out for hundreds of meters.

The plasma, which has a temperature of more than 200 million yuan, has dropped to less than tens of thousands of degrees Celsius, and finally rushed into a large pool with indomitable momentum.

Rumble!

The water vapor explodes.

There was a big splash of water.

When the splash fell, everything calmed down except for the pool where the water warmed up a little.

And inside the laboratory.

Before the magnetic field collapses completely, the second layer of the reserve coil is energized as a safety preparation design.

A new confinement magnetic field blocks the remnants of the ultra-high temperature plasma, and the entire fusion reactor quiets down, waiting for natural cooling and neutron irradiation dissipation.

"It seems that if fusion wants to generate electricity, it will take a lot of brains."

Chen Yi watched as he finished the stopping.

Even though the cooling system keeps absorbing heat, the overall temperature of the fusion reactor has risen by more than 70 degrees Celsius, and I can't help but sigh in my heart.

In his vision, a tokamak fusion device with magnetofluid power generation is the best choice.

For example, a ferrofluid device and a tokamak's doughnut are skewered.

The ultra-high temperature plasma produced by fusion is used to generate electricity by cutting magnetic inductance lines through ferrofluid, and the temperature drops, and then goes back to the doughnut for fusion heating, and then passes through the ferrofluid power generation area

And so on and so forth.

With a certain heat pipe transducer, the heat generated by irradiation on the inner wall of the reactor and the ferrofluid tube wall can be absorbed, and the energy of nuclear fusion can be maximized.

Of course, such a scheme will certainly not work in deuterium-tritium fusion.

Because of this fusion mode, 80 percent of the energy produced is the kinetic energy of high-energy neutrons released.

Only 20 percent of the energy can be used for ferrofluid power generation.

I want to use the remaining 80 percent.

Only through the lithium reproduction layer to block the high-energy neutrons, the heat generated by the reaction, to boil water.

"Deuterium-tritium fusion, dogs don't play."

"If you want to play, you must play with deuterium and helium."

Think of the redundant volume of boiling water power generation systems.

Chen Yi made up his mind in his heart that he must engage in deuterium and helium.

Tokamak fusion reactors are bulky enough to be difficult to fit on a vehicle.

If you want to boil the water system.

This thing is destined to have nothing to do with flying machines.

"Brother Yi!"

"Boss!"

I saw Chen Yi come out with the collected magnetic constraint data.

Because of the movement of turning on the protection mode, Qin Xiaoyu and Xia Keke, who were attracted over, hurriedly greeted them.

"Don't go inside for 24 hours."

Chen Yi nodded, briefly explained, and went back to his work area with the data that took seven or eight hours to collect.

"Xuannu, put down other things and help analyze the data."

"Brother Chen Yi, today's rations will be doubled!"

The Xuannu shouted.

The supercomputing center, which has expanded its capacity several times and doubled its performance, has begun to operate at full power.

According to the magnetic field formula and knowledge provided by Chen Yi.

It took more than four hours for all the data to be processed.

Looking at the results of the processed data, Chen Yi began to quickly calculate and analyze in his mind, and soon, a new design of magnetic confinement and magnetic field structure appeared in his mind.

"With the same power, the actual constraint performance is increased by 14.7%."

"At the same time, the magnetic field structure can be adjusted more freely, and the combination of multiple magnetic fields is no problem."

Chen Yi roughly estimated.

Equivalent power.

Performance improved by 14.7%.

It means that just now, the ratio of 1 to 0.672 of the input and output of the fusion reactor will immediately change to 1 to 0.79 in seconds.

If you take the kinetic energy of high-energy neutrons into account.

In today's deuterium-tritium fusion reactors, the input and output are 1 to 3.94.

This ratio, even if some of the subsequent power generation process will be lost, is enough for commercialization to complete the positive output of effective energy.

According to the design and planning standards, the power generation power of 100,000 KW of commercial nuclear fusion reactors is calculated.

This simple increase in the efficiency of magnetic confinement can produce an additional 150 million kilowatt hours of electricity per year.

"Sure enough, science and technology are the primary productive forces."

"In addition, with the improvement of the magnetic confinement mode, the magnetic field structure can be adjusted more arbitrarily."

"It represents a technology that exists in science fiction works, and it can already become a reality."

Chen Yi probably imagined it in his heart.

Take out a pen and paper and strictly calculate for dozens of minutes.

Without drawing drawings, take out the superconducting wire and connect it to the winding equipment, enter the parameters and start winding the coil.

Soon, 8 coils of various sizes were wound out.

This is followed by 8 reversed coils for magnetic resistance cancellation.

Chen Yi took out a main control board made of superconducting materials, and welded magnetic field sensors, voltage regulators, starters, and so on made of superconducting materials.

Then take out 16 thumb-sized superconducting capacitors and connect them with the main control board and the coil in a specific way.

Finally, Chen Yi took out a piece of high-temperature heat-resistant insulating ceramic fiber cloth.

Sew all the coils into it in a certain direction to make a tactical vest.

The capacitors are arranged on both sides of the waist, and the main control board is packaged in a tactical box, leading out two power cables, which are hung on the waist.

"There's one thing missing."

After thinking about it, Chen Yi found 4 small high-speed fans and sprayed a layer of anti-high temperature coating.

Then I opened 4 openings in the vest, and encapsulated the fans with two positive and two reverses, and made an air-conditioned vest that can actively ventilate and cool down.

The position of the four fans is not set casually.

Rather, Chen Yi opens the opening at a specific position according to fluid mechanics, and once the fan is started, it can improve the cooling performance of the air duct to the greatest extent.

The vest is made.

Chen Yi began to write the control program.

In this way, it took more than 5 hours before and after.

At nine o'clock in the evening, a tactical vest full of black, slightly propped up on both sides of the waist, a tactical box fixed at the waist, and 4 small fans in the front and back, a tactical vest full of a sense of science and technology appeared in front of Chen Yi.

[Item: Magnetoresistive Electromagnetic Protection Tactical Vest]

[Attributes: Energy x0, Protection x54.7, Attack Sense x48.2, Kinetic Energy Cancellation x54.7, Protection Response x89.7, Master Analysis x76.4]

[Note: This is an electromagnetic protective vest with powerful technological content.]

When it is charged, the superconducting electromagnetic induction can sense the subtle magnetic field fluctuations of 50 meters around the body at any time.

The main control program of superconducting intelligence can distinguish whether the magnetic field fluctuation caused by the attack is within nanoseconds, and complete the excitation of the protective magnetic field within microseconds.

The superconducting coil design is designed to protect and confine the magnetic field, which can withstand the kinetic energy attack of objects below 8 million joules, such as conductive, magnetic, and completely diamagnetic.

The special reverse reluctance design can convert the kinetic energy into the loss of the magnetic field, and then turn it into heat dissipation and the environment, avoiding the problem of conventional protective vests, bullets, and kinetic energy impacts.

"Perverted."

"The 5 million joules of protection is combined with a conventional protective vest to defend against plastic bullets."

"In addition to laser weapons, there are also shockwaves from explosions, and all modern firearms have to be blinded."

"Even if the Gauss gun doesn't open the third gear mode, the first gear and the second gear can't break the defense."

"It's simply invincible!"

Looking at the attributes and evaluations of the protective vest, Chen Yi shouted in amazement.

Although these parameters and performance.

He already knew about it in the process of calculating the design.

But now when I see the actual attributes and evaluations, I can't help but marvel in my heart.

"Let's try to actually shoot targets in the past."

Chen Yi glanced at the starry sky outside, picked up the Gauss gun on one side, and a few battery clips, and went to the test site of the base.

(End of chapter)