Determined that he wanted to go to the moon to plant trees and become the world's first tree man, Chen Yi immediately began to take action.

Because it is a manned aircraft, not a remotely controlled unmanned aerial vehicle in the past, Chen Yi also put 100% energy into the design of the aircraft this time.

"First of all, load-resistant suits, anti-radiation suits."

"An ordinary person like me who has no training doesn't have a top-level load-resistant suit, and he gets dizzy when he makes an acceleration turn."

"The space environment is full of radiation, and in addition to load resistance, radiation resistance design is also needed."

Chen Yi set the first key direction that needs to be paid attention to.

Load-resistant and radiation-resistant.

"The life support system of the fighter, oxygen and carbon dioxide circulation, with a perfect life support circulation system, time can be arranged freely, and there is no need to look at the balance of the oxygen cylinder to control the time."

"This system can be solved by two methods: chemistry and biology."

Chen Yi wrote down the second important point.

"The third is the attack protection system, the micro cannon in Yangli is up, and the magnetic protection device is up!"

"Equip yourself with some more laser cannons."

"When a man goes out, he must protect himself, let alone go out to the planet."

"The carrying capacity is also up, it's rare to go to the moon, how can you not bring some souvenirs."

"Max can blow SpaceX's latest nuclear fusion battleship, with a full-orbit carrying capacity of 3,000 tons, and my fighter has to be 5,000 tons to make a battleship."

"Other communications, radar, anti-electromagnetic shielding, solar panels and other performance, this is also pulled to the optimum."

Chen Yi listed the key points of the design of this space fighter.

When all the requirements are listed, the power volume is calculated, and an embarrassing thing appears.

The power is exceeded.

The weight is also overweight.

It is conservatively estimated that when such a warship is built, the unladen mass will reach 2800 tons.

"It's okay to have an overweight, just build a larger fusion engine, but the hard thing to solve is the power."

"With so many devices and functional modules, the power required is completely beyond the power limit of the solar panels."

Chen Yi's brows furrowed slightly.

Since the freedom of wealth, the freedom of material.

His concept of doing the machine is already either not to do it, or to do it best.

Now the problem of this power barrier is really annoying.

"It's impossible to reduce allocation, it's impossible to reduce allocations in this life, and I'm not selling mobile phones and computers."

"It's a big deal, add a set of power generation modules to the laser confinement fusion engine. Well, this makes the engine system extremely complex, and if you want to add a power generation module, it's better to add it alone. ”

"Then add a magnetic confinement nuclear fusion device, and roughly calculated before, the miniaturized magnetic confinement nuclear fusion device, with ferrofluid power generation, temperature difference power generation, and overpressure boiling water power generation, the volume can be reduced to 40 to 50 tons."

"In this way, the inertial confinement is the engine, and the tokamak magnetic confinement is the energy hub."

"We only need to improve the safety design in a targeted manner, and the magnetic constraint is not a problem at all."

"But then, a new problem arises"

Chen Yi took out a pen and paper and calculated carefully.

It was found that with the addition of a magnetic confinement nuclear fusion device, the power problem was solved, and even the explosion power could be 100 times and 1000 times.

But then another problem arose in the whole scheme that was difficult to solve.

Cooling.

As we all know, perpetual motion machines do not exist.

Energy efficiency cannot be 100 percent.

The unused energy, or the waste heat that is left behind after it has been used, is eventually converted into heat and released into the surrounding environment.

Although space is cold.

The temperature on the sunny side is easily more than minus 100 or even minus 200 degrees Celsius, which is equivalent to the temperature of the liquid nitrogen method in the overclocking realm.

However, cold does not mean that there is no heat dissipation problem in spacecraft.

There are three modes of heat transfer, convection, conduction, and radiation.

With convection, the hot flows to the cold, and the cold flows to the hot, and the heat is transferred.

For example, the real wind is essentially thermal convection.

Take an iron rod and put it into the stove, and within a few seconds, the end of the handshake will be hot, which is heat conduction, and the heat is conducted from one end to the other through the iron rod.

As for radiation, any object has the property of constantly radiating, absorbing, reflecting electromagnetic waves, and the higher the temperature, the stronger the outward radiation.

The red spot in the infrared image, the more intense the temperature, the brighter the red spot, which means that the heat is lost through radiation.

As the temperature continues to rise, the radiation frequency released by the object will also become stronger and stronger, and the energy will become higher and higher, and finally reach the level of radiating X-rays and Y-rays, while the energy is conserved, the higher the energy of radiation, the faster the energy is lost, and the faster the object cools.

There is no air in space.

Even if the substance is so thin as 1 cubic meter, it is not necessary to find a single particle of dust.

In the case of interstellar space, the matter is even thinner to the extent that there are a few ions in 1 cubic kilometer.

In such an environment, it is simply impossible to dissipate heat with the help of convection and conduction.

The only way is to radiate.

And the radiant heat dissipation power is very limited.

If you want to improve the heat dissipation effect, you can only increase the heat dissipation area and the heat dissipation temperature of the object.

But for an aircraft, the area is fixed, and in the end, the essence of the problem is to return to the temperature.

Manned aircraft, raise the temperature well, steam the living.

"In the past, drones on the moon, equipment and elements could easily withstand high temperatures of seventy or eighty degrees Celsius, or even one or two hundred degrees Celsius."

"The energy emitted by thermal radiation is to the 4th power of temperature."

"The higher the temperature, the more intense the radiation dissipation, and within the tolerance range of the drone, heat dissipation is not a problem at all."

"But now with manned, the problem is different."

According to the blackbody radiation formula.

Chen Yi thought for a while, and finally settled on a four-link solution.

Temperature zoning.

Improve the efficiency of internal heat transfer.

The fuselage uses materials with high emissivity.

Increases the body area, special adjustable heat sink fin design.

"The cockpit and living compartment are insulated, air conditioning is installed, and a comfortable temperature is maintained."

"Improve the efficiency of heat transfer, conduct the heat generated by various functional instruments and engines to the surface of the fuselage in the shortest time, and then radiate it through the fuselage."

"A material with a high emissivity, I remember that the item with the highest emissivity was a special kind of asbestos paper."

Chen Yi recalled the information on the emissivity of spacecraft materials.

Emissivity refers to the ratio of radiation emitted by an object per unit area.

The better the emissivity, the better the radiant heat dissipation.

The emissivity of most metals is between 0.01 and 0.6.

Common masonry, sand, emissivity is generally within 0.2.

On the contrary, some things with high water content, such as human skin, plants, etc., have an emissivity of more than 0.9

The most outrageous is asbestos, the emissivity of ordinary asbestos reaches 0.95, and the emissivity of special asbestos paper is even tens or even hundreds.

"Asbestos is harmful to the human body, and in addition, it cannot withstand the high temperature of the black barrier of re-entry into the atmosphere, so don't do this."

"Add the fin design, the emissivity can be above 0.8, the ceramic emissivity is more than 0.9, just make a handsome ceramic fuselage."

Thinking about it, Chen Yi gave up the material of asbestos paper.

This thing, if you accidentally suck the dust into your lungs, it can easily lead to all kinds of problems.

Of course, the most important thing is that this asbestos cannot withstand the high temperatures of re-entry, which is destined to make it a material for space fighters.

"Let's go, let's go!"

After determining the requirements of the overall plan, Chen Yi began to prepare.

The principle of the load carrying suit is mainly based on the different overload environment, exerts a certain pressure on the lower abdomen and lower limbs of the human body to reduce the deformation and displacement of internal organs.

At the same time, it prevents blood from being transferred to the lower half of the body, ensuring the amount of blood circulating in key areas such as the brain.

This is very simple, Chen Yi directly threw it to Xuannu and asked her to make a set according to her figure.

At the same time, the lunar out-of-cabin is considered.

Chen Yi requires the use of anti-radiation materials, which are designed to be fully sealed and pressurized.

In this way, in a vacuum environment, there will be no imbalance between the internal and external pressure of the human body and the blood vessels.

Other magnetic confinement fusion energy hubs, new fusion engines.

Including laser weapons, neutrino weapons, magnetic protection devices, internal heat conduction design of fighters, heat dissipation fin design, and other things that already have ready-made technology.

Chen Yi also handed it all over to the Xuannu.

He only needs to be responsible for the overall design of the space fighter and give the overall design parameters.

In addition, there is the life support system of the fighter plane, the circulation of oxygen and carbon dioxide, and the variety of trees that are ready to be planted on the moon.

Because of the space fighter prepared this time.

Oh no, it's a space battleship.

From a small aircraft of tens of kilograms, hundreds of kilograms, and at most a few tons, it has suddenly soared to almost 3,000 tons.

The difficulty of the design is directly increased exponentially.

The design stage of a single battleship.

It took Chen Yi a month.

I asked the headquarters for a bunch of information and data.

Four virtual learning machine ascension opportunities were consumed.

In addition, Xuannu simulated and calculated many times, checked and filled in the gaps, and finally completed the overall structural design.

"Made, this thing is finally done."

"I've been so busy during this time that I haven't even done sports."

Looking at the simulation diagram displayed on the big screen, Chen Yi couldn't help but shout.

This time, Chen Yi designed a 123-meter-long, 22-meter-wide, and 34-meter-high warship, which resembles a spindle-shaped warship as a whole.

The parameters show that the unladen mass is 2845 tons, the full load mass reaches 8900 tons, and the external loading mass exceeds 16000 tons.

A magnetic confinement fusion reactor with a total weight of 52.3 tons and a power of 78 million kilowatts is used as the energy hub of the warship.

A supercomputer with a computing power of 1.8 trillion times is equipped as the control center.

The propulsion system uses two inertial confinement fusion engines with a combined total thrust of 280,000 kN.

The weapon system, which uses an anoion neutrino main cannon with adjustable power and power, and the energy output of the nuclear fusion reactor can maximize the attack of more than 3 billion tons of equivalent.

With a single shot, the Eurasian plate can move a few millimeters.

There are also two large ion cannons, powered by the energy of a nuclear fusion reactor.

The total power is 5.4 times stronger than the 10 space-based ion cannons of the previous Pacific Thunderstorm.

With meteorological models, it can trigger the meteorology of various regions of the world.

36 large laser cannons and 365 small laser cannons form an all-round laser defense array without dead ends.

The defense system, in addition to the special laser reflection energy-absorbing material of the fuselage, also has a magnetic protective barrier with a defensive power of 780 million kilowatts, which can resist the bombardment of space kinetic weapons flying on the wings.

"This thing is too strong."

"It's more than I thought I could have imagined."

"Sure enough, the generation gap in science and technology represents the difference between heaven and earth."

Chen Yi sighed with emotion.

In the previous human history, with the development of thermal weapons, a technological generation gap was formed.

The steppe tribes that originally swept across the Eurasian continent suddenly became hospitable tribes with songs and dances.

And now, the technology contained in his space battleship is gradually forming a generation gap with the previous technology

"The more technology develops, the more terrifying the generation gap becomes."

"Don't look at me as strong now, but in the face of a higher-level civilization, it is estimated that a civilian starship can beat me."

"Before the strength can sweep across the galaxy and bombard the black hole, you must keep a low profile, develop enough in the solar system, and then think about the outside world."

Based on this month's design experience.

Chen Yi understood the horror of the generation gap in science and technology, understood the difficulty of designing large aircraft, and carefully set the future development plan.

"Let's go! Let's go! ”

"After the design is completed, Xuannu splits the overall module."

"The core neutrino main artillery base is produced, the second-level core is handed over to the production equipment supporting the laboratory and the production line of Yifei, and the rest is produced by major military factories."

"Okay, Brother Chen Yi."

"Find me another plant that has a relatively high oxygen production efficiency and can purify the air."

"I'm going to fix the ecosystem of the battleship and solve the carbon and oxygen cycle."

"Chemically converted oxygen will have a bit of a taste, and the air will also lack negative ions, which will not feel good."

"In addition, we also need a plant with independent energy, radiation absorption, good pressure resistance, fast growth rate, and low dependence on water, we want to go to the moon to plant trees."

"Okay, Brother Chen Yi."

"The decomposition of production tasks has been completed, and according to the capacity analysis of each supply chain, it is expected to take 6 days of production cycle."

The Xuannu answered.

The automation equipment in the production area immediately began to operate.

At the same time, a large number of technical documentation and OEM production needs are also sent to Yifei's laboratory, Yifei's automated factory, and some military factories within the secret sequence.

"6 days, and then complete the assembly and assembly, it will take about 3 days.9 days to get the next dumpling, it's still a little bit short."

"I remember the second copy period, the productivity of the opposite side exploded, and it was a dumpling in 1 week."

"Although the technical content of dumplings at that time was different, the production technology at that time was also different, and it was much worse than now."

Chen Yi sighed.

I decided that this production chain still needs to be improved.

Otherwise, it will affect his speed too much.

"Brother Yi!"

"Boss!"

Office area on the ground floor.

A production task that is suddenly assigned to the laboratory.

Let Qin Xiaoyu and Xia Keke, who are in charge of all the affairs of the laboratory except for research, also be busy.

However, when they saw Chen Yi coming over, the two still shouted.

"It's time to get off work."

Chen Yi looked at the time and knocked on the table between the two.

For Qin Xiaoyu and Xia Keke, his favorite thing is that work is work, and life is life.

There is no confusion about work just because we live together.

Of course, in the words of the witch Xia Keke.

Work is to work, and you can't do without work in this life.

It's just that it used to be because of wages and options, but now in addition to salary options, there are a few more careers and improper vases.

"Boss, LOL mobile game number, take me flying."

It was determined that it was time to get off work, and Xia Keke immediately ran over.

Wearing shorts, he sat next to Chen Yi and shouted with his mobile phone.

After using VR equipment to fight the king and the account was blocked, Xia Keke switched to LOL mobile games and became a golden queen for ten thousand years.

["Boss, my name is Iyama End" invites you into the room]

Chen Yi did not refuse, opened his mobile phone and logged in to the game.

In an instant, a prompt popped up.

？？？

This ID

"Boss, I'll choose the knife sister to go up."

"Just bought her new skin yesterday and tried it during the day today."

Xia Keke blinked his eyes next to him, wearing shorts, and his fair and slender thighs touched Chen Yi.

"Hey, that's not good."

Chen Yi looked at the weather outside at noon, and suddenly understood the meaning of Xia Witch.

"I can also choose Ahri, both on the middle and in the auxiliary, and there are also new skins."

"No, I mean, it's not fun for two people to play games."

"You go and call Xiao Yu."

"Hello boss, pervert."

"There is strength in numbers."

"That's even more perverted."

"I'll try it, but there's no guarantee that Sister Xiaoyu will agree, Ling and her are happy to be in a double row, three rows, last time she was drinking."

Xia Keke complained excitedly.

did not refuse Chen Yi's request.

As soon as he threw away his mobile phone, he immediately went to Qin Xiaoyu's ear and said a few words.

Swish!

Qin Xiaoyu, who was still sorting out the work report, turned red all of a sudden.

But when he raised his head and saw Chen Yi's expression full of anticipation, he hesitated, but he couldn't bear to refuse, and nodded.

Two hours later.

Chen Yi came down refreshed.

It just so happened that the plant girl he wanted was also delivered.

"Brother Chen Yi, are you really so happy about this?"

"The game speaker you just played was so loud."

Xuannu's voice sounded in Chen Yi's ears through wireless bone conduction headphones.

"Don't ask so much, kids."

Chen Yi replied calmly.

This thing is not suitable for teaching Xuannu, he even pulled out the camera in his room.

"Humph!"

"Isn't it just friction friction at the level of electromagnetic force and friction again, as if I don't know."

The Xuannu has a little emotion.

snorted and ignored Chen Yi.

Chen Yi didn't say anything comforting, but just fed a few attribute points to Xuannu.

Take out the sterilized scissors, click to cut a branch, and cut another hole in the skin of the same plant.

The cut branch is rested and inserted into the epidermis of another plant to complete the grafting of the first plant.

[Item: Radiant Growing Plant]

[Attributes: Photosynthesis x6.6, Radiation Absorption x6, Element Adsorption x19.9, Conversion Efficiency x19.6, Autonomous Energy x21.9, Growth Rate x2.2, Intensity x26.9]

[Note: This is a drought-tolerant, barren-tolerant, very low demand for nutrients and water, can independently adsorb the chemical elements of the soil, obtain energy through chemical reactions, and at the same time transform the substances it needs.

At the same time, it can also rely on radiation to survive, strong plant strength and genetic strength, even in a vacuum environment can adapt to survive well. 】

PS: Relatives and friends came over on the morning of the Dragon Boat Festival.,The update is a little late.,Now update the first chapter.,Today's is still ten thousand more! I wish readers a happy Dragon Boat Festival and a happy life!

(End of chapter)