Alien Girl Development Guide

Solar sails made of lightweight materials are launched into the predetermined orbit. If they are launched on the surface of the earth, the impact of the earth's gravity on the launch must first be considered, as well as the overload of lightweight materials under high G conditions.. .

Not only that, but also considering that the solar sail launched from the earth's surface is disturbed by the atmosphere, the sun's gravity and the moon's gravitational force during its flight to the predetermined orbit, and finally it can just be caught by the sun's gravity, and Instead of diving headfirst into the sun...

Thinking of this, Magneto feels a bit of a headache, but there is a simple way, first remove an external interference factor, such as eliminating gravity, and launch a solar sail in the universe, then you only need to shoot the solar sail into Just book the track.

That is to say, deploy the launching device of the solar sail into the universe.

But this research project can only be placed after the moon mining base...

If you want to transport the helium 3 from the moon to the earth, you need to establish a mining base on the moon, and you need a transfer station in the orbit of the earth.

For the transportation between the transfer station and the earth, although the rabbit has the rudimentary "anti-gravity" technology, the success and efficiency of transportation by spacecraft alone is far less than that of "orbital transportation".

Especially the cost issue. Every time a spacecraft takes off and lands, it needs to be carefully inspected by the ground crew. Just like the difference between an airplane and a train, both the carrying capacity and the cost performance are much higher than those of the transport aircraft.

Then a track is needed to connect the kilometer-level transfer station with the earth, that is to say, an "orbital elevator"!

In terms of orbital elevators, there is no difficulty in terms of materials science. The tensile properties of carbon nanotube composite materials have met the simulation data requirements for restraining a kilometer-level space station.

Of course, the orbital elevator is not the "hard" material imagined, because it is necessary to build a "Babel Tower" connected from the surface to the kilometer-level space station...

This "Tiantian Tower" not only has to resist its own weight, but also can withstand the centrifugal force and rotational force generated by the earth's rotation. It is like a steel bar that is very strong when it is one meter long. If it is pulled down to 10 meters in length, It is estimated that it will become "noodles". If you shake it again... the picture is probably too beautiful.

The material requirements for rigid space elevators are not what humans can create at this stage!

The planned orbital elevator in the future is a soft material space elevator, which can be regarded as a strengthened "hollow powder". The thick carbon nanotube rope connects the ground station with the kilometer-level space station.

The "truck" for transporting goods must drive inside this "hollow pasta" and slide on tracks made of soft superconducting materials.

The external driving of the track elevator looks very handsome, but it is too affected by external factors. Thunderstorms, heavy rains, typhoons and other severe weather will make the trucks driving externally very dangerous. It is safer to drive in the "tunnel" .

Between the gravitational drive and the electromagnetic drive, after considering the reliability, the rabbit still chooses the magnetic levitation technology. Guidance technology is still a bit unfamiliar to the rabbit, especially the "guidance technology", the rabbit only "knows it, Without knowing why…”

I am not very familiar with gravity. In the century-old project of the track elevator, it is more appropriate to use the magnetic force independently developed by human beings to drive. When there is a problem, you can find out the problem as soon as possible.

However, these researches by Magneto are all side details based on the main body, and the real test of the orbital elevator is the "material"!

With a large number of mined natural bamboo shoot crystals, the industrial production of carbon nanotubes was conquered, and they were quickly dried up by rabbits to the price of cabbage. Although it is still a bit expensive, it can be used, at least like other countries, carbon nanotubes Tubes can only be synthesized in a laboratory.

Graphene wants to turn into carbon nanotubes, not as people think, when it is rolled up, it becomes carbon nanotubes... but in the process of rolling, I don’t know what it will become. shape.

Therefore, it is really a blessing to be able to mine natural spiny shoot crystals. I don’t know how many drill bits have been worn out~

In order to avoid some accidents, the orbital space station and the orbital elevator will adopt modularization, and each module is equipped with an emergency "guide engine".

Even if it does fall, it can be pushed back with an "inductive drive".

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"Hey, why are you here? Is the news very well-informed!" Said the navy boss, looking at the air force boss sitting beside him, squinting his eyes.

"Of course it's just to watch the fun..."

While the two were talking, many scientific researchers in the distance were muttering about a machine that looked a little strange.

It's strange because the machine is the size of a two-story building, with thick superconductor power cables connected to it, and a very "smooth" looking mirror on the front.

"Teacher, everything is ready..."

The director of Shangqiu Optical Institute nodded, looking at the machine in front of him, he couldn't help squinting his eyes. Thanks to the "treasure", a large number of "components" that were originally difficult to produce were branched out and formed into the machine in front of him. The "photonic printer".

The smooth-looking mirror surface is an oversized "radio frequency lens" processed from grating stone.

Light has light pressure, and after the frequency conversion of photons, the light pressure will increase geometrically. Then, after studying the treasure, and simulating the operation principle of the treasure, the photon is directly anchored in the void, forming a "sigh" invisible to the naked eye. wall".

When the photons are anchored in the designated area, the anchored photons no longer move, and the temperature is generated by particle vibration, the temperature in the designated area will drop rapidly, or even freeze instantly... But this cooling method also It can be regarded as a derivative technology of "photonic printer".

After more than half an hour of busy work, the first experiment of the photonic printer was about to begin, and the big guys watching from a safe position narrowed their eyes.

"The system starts!"

As the academician pressed the start button, there was a buzzing sound, and ice fog quickly appeared in the void more than 20 meters away, the temperature dropped rapidly, and spread to the surroundings using the air as a medium.

Chapter 351

The moment the photon printer was turned on, in the area printed by the photon, ice pierced the strands.

This can be regarded as the "frozen magic" of physics...

"Testing begins!"

The moment the photon printer was turned on, the weapons used for testing in the distance began.

First, the soldiers used a 5.8MM assault rifle for testing. Although the caliber was a little smaller, it was just right as the first test weapon.

Da da... During the rhythmic bursts of the soldiers, the 5.8MM bullet came out of the chamber. After entering the low-temperature area, the bullet hit an invisible wall, twisted and deformed, and fell on the ground on the ground.

After the tester records the test data, he signals the start of the next test.

The 5.8MM bullets were replaced with 12.7MM Type 89 heavy machine guns. The heavy machine guns were much more powerful than the 5.8MM bullets. Amidst the dull sound of thud dong dong, under the instruction of the tracer bullets, the bullets continuously shot into the area in front of the photon printer.

Under the field of view of the infrared photoelectric sensor, the bullet hits the anchored photon, and it instantly shatters into pieces, and then cools down at low temperature.

"Quick! Next test!"

The academician hurriedly urged that the current most stable operating state of the photonic printer is 1000 seconds!

After 1000 seconds, the photon printer will have a cooling time of up to three days. They have to carefully check the internal structure of the photon printer, whether there are any damaged parts, whether there is a problem with the circuit, etc... As for why they are willing to take out the photon printer The printer is being tested, and there are still two "copies" in the warehouse. Even if one is broken, it doesn't feel bad.

As if feeling the mood of the academician, the heavy machine gun had just stopped firing, and after more than 10 seconds for the recorder to record, the soldier picked up the individual bazooka and aimed at the photon printer and fired.

With the piercing whistling sound of the rocket engine, it crashed into the photon bullet printer, and then exploded on the invisible photon wall with a bang. Cooling... after all the second law of thermodynamics cannot be violated.

The ultra-low temperature around photonic printers may seem inconspicuous, but it has a great impact on existing weapons.

Seeing that the bazooka had no effect, the army boss frowned, looked at the navy and air force bosses, and said, "You guys are too conservative, time is limited, go directly to the 125MM smoothbore gun, it's powerful."

After speaking, he waved his hand, and the prepared 99A tank aimed in the direction of the photon printer and opened fire.

Boom... The 125MM smoothbore gun fired a shell-piercing shell. After the shell was ejected, the slender armor-piercing rod inside hit the photon wall. Now it is necessary to test how much energy the anchored photon can withstand. It will make the riveted photon structure collapse.

The sabotage-piercing bullet hit the photon wall in the blink of an eye, and the sharp head of the tungsten alloy armor-piercing bullet hit the invisible wall. The riveted photon was not shaken by the kinetic energy it carried, and two opposite forces acted on the armor-piercing bullet , It collapsed and exploded, shrapnel scattered around, and the main structure fell to the ground...

Seeing this, the recorder quickly wrote it down.

The bosses of the army, navy, and air force squinted their eyes, and they can block the 125MM take-off, which means that they already have the value of equipment!

The photon shield can block the 125MM stripping, so the shrapnel and armor-piercing rods of the heavy anti-aircraft missile are no longer lethal. After all, the kinetic energy carried by the anti-aircraft missile shrapnel and connecting rods cannot be compared with the kinetic energy carried by the 125MM stripping. of.

After the 125MM smoothbore gun ceased fire, the academician quickly stepped forward to check the status of the photon printer. After all, the collapse of the riveted photon is not like a normal armor, but will have a chain reaction, instantly collapsing like a sand sculpture submerged by waves open.

"How's the data?"

"Still in the tolerance range..."

"Okay, keep testing!"

The 125MM smoothbore gun withstood it, but it was not enough. Soon a wheeled 155MM howitzer truck laid the 155MM howitzer flat and fired at the photon printer.

boom!

Compared with the 125MM caliber tank gun, the 155MM howitzer is more powerful, and the heavy gun shoots flat!

The shell bombarded the photon printer, and suddenly a violent flame rose. The photon printer withstood the bombardment of the 155MM heavy artillery... However, the test hardly stopped. The 155MM truck gun kept firing at the photon printer to test its threshold.

As for the more powerful 300mm rocket launcher and anti-ship missiles, they are not included in this test, but the performance shown so far is already very gratifying.

After all, this is the simplest and simplest type of the legendary "energy shield technology". In the future, it will not only rely on armor resistance, but also a layer of energy shield outside the armor, which greatly enhances the survivability of the vehicle!

Armor resistance has a limit, unless it is like the armor of the Amarr Empire in EVE, which can resist the bombardment of anti-matter orbital bombs!

1000 seconds passed quickly, and finally the 155MM truck gun almost emptied its ammunition, while the photon printer was just a little overheated, which made the academician frown slightly, wondering if there is any way to squeeze the performance of the photon printer, after all, it itself It can generate a temperature zone, and it is too wasteful not to use this part of the low temperature to cool itself, and the capitalists will cry when they see it.

Although the results are very gratifying, the photon printer can only be regarded as a shield technology that is not even an entry-level one. The photon wall it prints can only be flat, instead of wrapping the protected object like in science fiction movies.

According to the ideas of the academicians, the kind of energy shield that can wrap a space warship needs to miniaturize the photonic printer, then turn it into a hexagonal shape, and form a complete shield through mutual splicing. ..or some amazing achievement in the future, changing the way photons are anchored.

"When will this thing be on the ship?"

The boss of the Navy looked at the researchers who were checking around the photonic printer in the distance, and asked softly.

Although the shortcomings are great, it is very suitable for warships. As long as one or two units are deployed on the warship, the warship will have an additional insurance in addition to the final "keeper" of 2!

It greatly increases the survivability of warships. The frigate may not be able to be installed due to its size, but it is absolutely necessary to install a photonic printer on these high-value units No loss!

"Uh... have to wait."

Chapter 352

It takes a long time for a technology researched in a laboratory to be industrialized, sometimes even taking ten years as a unit.

Photonic printers are indeed beautiful and attractive, but it will take at least five years before they are deployed on large military ships in active service...

The standard equipment that will be equipped on the next generation of warships, the last line of defense of warships, and the standard equipment of future spaceships.

In the Shangqiu Quantum Research Institute in the suburbs, researchers are using the Casimir effect to create a real quantum chip!

The quantum chips manufactured at present have to add a dummy word in front, and the calculation speed is too different from the real quantum chip...

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"Port side, bearing 042, distance 1000, anti-submarine rockets!"

The anti-submarine rockets of the Type 054L frigate are launched towards the predetermined area after adjusting the launch angle.

shhhhhh!

The densely packed rockets flew towards the predetermined sea area. After approaching the predetermined sea area, the warheads of the anti-submarine rockets smashed into the water and smashed into the sea in an elliptical distribution, and then water columns rose from the sea surface one by one...

The two 054L frigates opened fire to attack the sea beast that was trying to approach on the left, and not far away, the 055L large drive was under unified command.

The constant explosions in the sea have already disabled the sonar of the fleet... Only after the explosions and the noise on the bottom of the sea end can we know the specific results of the battle.

"Has the people below come up yet?"

"Not yet, at least 20 minutes..."

The fleet commander frowned slightly.

"Open the defensive circle and suppress the sea beast!"

"understand!"

In the rear hangar of the 055L large-scale drive, a Wuzhi 20H, the folded turbo-wings on both sides opened, and the small guide engine started immediately, and then the turbofan quickly stirred the air, and the Wuzhi 20H version took off, heading towards the sea beast area fly.

At an altitude of [-] meters, Chongming is monitoring the battlefield by virtue of its super airborne performance, just like a multi-eyed Chongming bird, watching the real-time dynamics of the battlefield.

Suddenly, the photoelectric distributed aperture radar under the body captured the shadow under the sea surface, and the shadow was very large.

This information was immediately sent to the flagship of the fleet through the data link.

"The reporting ship refers to the report received from Chongming, the bearing is 076, the distance is 5200...the shadow of a large underwater target was captured..."

large?Seeing the information sent back by Chongming, Jianzhi immediately changed his face.

two hours ago...

"Wang Fugui, what are you doing? It's time to go to work!"

"Okay, here we come!"

Wang Fugui wrote today's diary in the diary.

[On X, X, the weather was good, this is the fourth day we entered the Abyss Sea, and we earned 30 in four days, which was unexpected before...]

[If I have an accident, the money will be given to my parents, and the bank card password is my mother's birthday...]

After writing the diary, which was no different from a will, Wang Fugui locked the diary in his personal cabinet, and then walked to the dressing room.

After being busy in the locker room for more than 20 minutes, I went to the infirmary for a physical examination before going into the water.

After confirming that the blood pressure, heartbeat, body temperature and other data were all normal, he entered the psychological evaluation room next door.

Working in the deep sea is no worse than the flight inspection. Not only must the physiology be normal, but the psychology must also be normal... Otherwise, if there is an accident, it will be extremely difficult to rescue in a place like the deep sea.

After passing all the inspections, Wang Fugui walked into the garage and entered his iron ball. Because of his outstanding performance for a long time, a small red flower representing a "model worker" was stuck on his iron ball. Work for sure.

"Come on...Xiao Wang..."

The middle-aged technician in charge of maintaining the iron ball in Ganakun greeted Wang Fugui.

"Well, how's it going?"

Although there are many compensations for those who died in the line of duty, no one wants to die in the sea. Whether they can survive after going into the sea depends not only on luck, but also on the maintenance of the technician... After maintenance, one more screw on the workbench, less A single screw can raise their blood pressure.