Received the energy impact of deuterium and tritium fusion.
The data on the magnetic confinement magnetic field is being refreshed like crazy.
Some of these hidden problems, flaws in magnetic field design, are also beginning to be exposed.
"Continue to inject 100 grams of deuterium and tritium elements."
Chen Yi took a look at the current strength and stability data of the magnetic field and calmly issued the order.
100 grams of deuterium and tritium elements mixed in molar proportions are extracted, then wrapped in a special tough high-temperature resistant layer, and divided into 100 parts.
Fuel pellets of 1 gram each are delivered above the magnetic confinement field.
The next moment, high-pressure deuterium gas was sprayed out of the pipe.
The fuel pellet is fired towards the confining magnetic field with a certain initial velocity.
Because there is no plasma, its own charge is stable and uncharged, and is not blocked by the constraints of the magnetic field.
The fuel pellet and some of the injected deuterium gas pass straight through the confinement magnetic field.
boom!
The moment the fuel pellet passes through the confining magnetic field.
The biofilm vaporizes instantly, the deuterium and tritium elements inside merge into the plasma, and the light produced by fusion in the confinement field suddenly becomes even brighter.
It is unknown how many deuterium and tritium elements are fused in the plasma every second.
Due to the effects of high-temperature expansion and fusion explosion, it is constantly impacting the surrounding confinement magnetic field.
Some of the energy-gathered eddy currents collide with the magnetic confinement field walls, causing the entire magnetic confinement field to oscillate.
above the screen.
Displays the energy consumed throughout the process of starting and maintaining the fusion reactor, as well as detecting the energy generated by fusion.
Values and proportions are zooming in quickly.
In the end, it settled at 1 to 0.672 and then stopped moving.
"Xuannu, raise the protective barrier and notify the people around the laboratory to retreat to a safe distance."
Chen Yi looked at this energy ratio.
Then look at the magnetic confinement data collected almost repeatedly.
Instead of continuing to add fuel, he gave new instructions to Xuannv.
"Okay, brother Chen Yi."
Pieces of steel plates rose from around the laboratory.
In the blink of an eye, the laboratory was surrounded by three floors and three floors.
At the same time, the security personnel around the laboratory also received the notification and began to retreat and leave the surroundings of the laboratory.
But he still 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 energy."
Click!
On one side of the nuclear fusion reactor, a baffle suddenly opened.
Then a channel wrapped with coils and heat-dissipating copper tubes rose up, aiming at the release port revealed by opening the baffle of the nuclear fusion reactor.
Bah!
The coil is energized.
A thin layer of magnetic confinement and a strong magnetic field are created inside the channel.
Then the water pump runs, and the liquid in the cooling copper pipe begins to flow.
"Prepare for emergency shutdown."
"Countdown, 3, 2, 1"
boom!
The countdown is over.
A group of magnetic confinement coils in the nuclear fusion reactor were suddenly powered off, and a gap opened in the fully functioning confinement magnetic field. In a chain reaction, the magnetic fields in other locations also began to collapse.
But not before the magnetic field completely collapsed.
The ultra-high-temperature plasma that had been imprisoned for a long time could no longer be restrained and rushed towards the open gap like a tiger coming out of the gate.
Sizzle!
Ultra-high temperature plasma.
Like an ultra-high-speed wire, it crazily cuts the magnetic field in the channel.
In the form of magnetic fluid power generation, a steady stream of electrical energy is generated.
Among them, due to infrared radiation and ion irradiation, the heat irradiated onto the wall of the channel tube is continuously taken away by the water-cooled copper tube above and transported to the boiler at the base to grill the water again to generate electricity.
Follow the winding passage and rush out for hundreds of meters.
The plasma, which had a temperature of more than 200 million, had dropped to less than tens of thousands of degrees Celsius, and finally rushed into a large pool with indomitable momentum.
boom!
The vapor exploded.
There was a large splash of water.
When the water splash fell, everything became calm except that the water in the pool became slightly warmer.
And in the laboratory.
Before the magnetic field completely collapses, the second layer of preparation coils designed as a safety preparation is energized.
A new layer of confinement magnetic field blocks the remaining ultra-high temperature plasma, and the entire fusion reactor becomes quiet, waiting for natural cooling and neutron irradiation to dissipate.
"It seems that if nuclear fusion is to generate electricity, it will take a lot of thinking."
Chen Yi watched as the reactor shutdown was completed.
Even with the cooling system constantly absorbing heat, the overall temperature of the fusion reactor still rose by more than 70 degrees Celsius, and I couldn't help but sigh.
In his vision, tokamak nuclear fusion device combined with magnetic fluid power generation is the best choice.
For example, string together a magnetic fluid device and a tokamak donut.
The ultra-high-temperature plasma generated by fusion generates electricity by cutting the magnetic field lines with magnetic fluid. When the temperature drops, it goes back to the donut to undergo fusion and heats up, and then passes through the magnetic fluid power generation area.
This cycle goes back and forth.
Paired with a certain heat pipe transducer to absorb the heat generated by irradiation on the inner wall of the reactor and the magnetic fluid tube wall, the energy of nuclear fusion can be maximized.
Of course, such a plan will definitely not work in deuterium-tritium fusion.
Because of this fusion mode, 80% of the energy produced is the kinetic energy of the released high-energy neutrons.
Magnetic fluid generates electricity and can only utilize 20% of the energy.
Want to utilize the remaining 80%.
High-energy neutrons can only be blocked by the lithium breeding layer and the heat generated by the reaction can be used to boil water.
"Deuterium and tritium fusion is not a game for dogs."
"If you want to play, you must play with deuterium and helium."
Think of the redundant bulk of a water-boiling power generation system.
Chen Yi made up his mind and decided that he must engage in deuterium and helium.
Tokamak fusion reactors are already bulky and difficult to install on aircraft.
If you want to install a water boiling system again.
This thing is destined to have nothing to do with aircraft.
"Brother Yi!"
"boss!"
I saw Chen Yi coming out with the collected magnetic constraint data.
Qin Xiaoyu and Xia Keke, who were attracted by the sound of turning on the protection mode, quickly came forward to greet them.
"Don't go near it for 24 hours."
Chen Yi nodded, briefly explained a few words, and returned to his workspace with the data he spent seven or eight hours collecting.
"Xuannu, put aside other things and help analyze the data."
"Brother Chen Yi, today's rations will be doubled!"
Xuannv shouted.
The base has been expanded several times, and the supercomputing center with doubled performance has begun operating at full power.
According to the magnetic field formula and knowledge provided by Chen Yi.
It took more than four hours to process all the data.
Looking at the processed data results, Chen Yi began to quickly calculate and analyze in his mind. Soon, a brand new magnetic constraint and magnetic field structure design appeared in his mind.
"With the same power, the actual constrained performance is improved 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 made a rough estimate.
Same power.
Performance improved by 14.7%.
This means that the ratio of fusion reactor input and output, 1 to 0.672, immediately changed to 1 to 0.79 in seconds.
If the kinetic energy of high-energy neutrons is included together.
The current deuterium-tritium fusion reactor has an input and output ratio of 1 to 3.94.
This ratio, even if part of it is lost in the subsequent power generation process, is enough for commercialization to achieve positive output of effective energy.
According to the design and planning standards, the power generation power of a commercial nuclear fusion reactor of 100,000 KW is calculated.
This simple improvement in magnetic confinement efficiency can produce an additional 150 million kilowatt-hours of electrical energy every year.
"Sure enough, technology is the primary productive force."
"In addition, with the improvement of the magnetic confinement mode, the magnetic field structure can be adjusted more freely."
"It represents a technology that exists in science fiction works and can become a reality."
Chen Yi roughly imagined it in his mind.
Take out a pen and paper and strictly calculate a few dozen minutes.
There is no need to draw any drawings, just take out the superconducting wire and connect it to the winding equipment, enter the parameters and start winding the coil.
Soon, 8 coils of different sizes were wound out.
Then there are 8 reverse coils for magnetic resistance cancellation design.
Chen Yi took out a main control board made of superconducting material and welded on the magnetic field sensor, voltage regulator, starter, etc. made of superconducting material.
Then take out 16 thumb-sized superconducting capacitors and connect them to the coils in a specific way together with the main control board.
Finally, Chen Yi took out a piece of high-temperature-resistant and insulating ceramic fiber cloth.
Sew all the coils inside according to a certain orientation to make a tactical vest.
The capacitors are placed on both sides of the waist, and the main control board is packaged in a tactical box, with two power cables drawn out and hung around the waist.
"There's still one thing missing."
After thinking about it, Chen Yi found four small high-speed fans and sprayed them with a layer of anti-high temperature coating.
Then four openings were made in the vest, and the front and back sides of the fan were sealed to make an air-conditioned vest that can actively ventilate and cool down.
The positions of the four fans are not set casually.
Instead, Chen Yi made openings at specific locations based on fluid mechanics. Once the fan is started, it can maximize the cooling performance of the air duct.
The vest is finished.
Chen Yi began to write the control program.
In this way, it took more than 5 hours.
At nine o'clock in the evening, a tactical vest full of black technology, with a tactical box fixed on the waist and four small fans on the front and back, appeared in front of Chen Yi.
[Item: Magnetoresistive electromagnetic protection tactical vest]
[Attributes: Energy x0, Protection x54.7, Attack Sense x48.2, Kinetic Energy Offset x54.7, Protection Reaction x89.7, Master Control Analysis x76.4]
[Note: This is an electromagnetic protection vest with powerful technological content.
When it is charged with electricity, the superconducting electromagnetic induction can sense subtle magnetic field fluctuations 50 meters around the body at all times.
The superconducting intelligent main control program can distinguish magnetic field fluctuations caused by attacks within nanoseconds, and complete the excitation of the protective magnetic field within microseconds.
The protective and constrained magnetic field designed by the superconducting coil can withstand kinetic energy attacks from conductive, magnetic, completely diamagnetic and other objects below 8 million joules.
The special reverse magnetic resistance design can convert the kinetic energy it endures into the loss of the magnetic field, and then convert it into heat dissipation and environment, avoiding the problem that conventional protective vests can prevent bullets but cannot prevent kinetic energy impact]
"Perverted."
"The protection capability of 5 million joules is matched with a conventional protective vest to resist the attack of plastic bullets."
"In addition to laser weapons, there are also explosion shock waves. All modern firearms will blind you."
"Even if the Gauss gun is not in the third mode, the first and second modes will not be able to break through the defense."
"This is simply invincible!"
Looking at the attributes and evaluation of the protective vest, Chen Yi shouted in amazement.
Although these parameters and performance.
He already knew the process of computational design.
But now that I see the actual attributes and reviews, I can't help but be amazed.
"Go over and try some actual target shooting."
Chen Yi glanced at the starry sky outside, picked up the Gauss gun on one side, and several battery clips, and went to the base's testing ground.
(End of chapter)
