Hand rubbing nuclear fusion live in the wilderness

Chapter 347 Modifying Satellite Zero
"It's true, it's not even worth eating, and composting will pollute the land."

Smelling the smell and seeing the rotten slime, Han Yuan couldn't help but complain.

It was the first time he encountered a dead creature that smelled like this, or in other words, this giant worm smelled like this when it was alive.

Even crabs that are extremely perishable will not be like this when they just die. At most, they will have a little fishy smell, not this stinky smell.

He could smell the smell while wearing a gas mask and a mask, which shows how strong the smell of this thing is.

Although this is inseparable from his unusually sensitive nose, it is not uncommon for ordinary people to be fainted by the smell.

Combined with that cloudy mucus mixed with muscle, it looked even more disgusting.

Although these turbid slimes look disgusting, in fact, these turbid slimes are actually the blood of these giant worms.

Almost all animals have blood. Without blood (fluid) to transport nutrients, no organism can be formed. However, the color and type of blood are not the same as most people understand.

Humans have blood, and so do insects, but the circulatory system, like other arthropods, belongs to the open blood circulation, and does not have the network management system that is completely separated from the body cavity like mammals.

If we say that human blood flows in the blood vessels.

Then the blood of insects is like the amniotic fluid that human babies live in during the placental period, and the organs are soaked in the blood.

For most insects, the blood is mainly in the abdomen, and a small amount is in the limbs. The more common colors are translucent, colorless, yellow, green, etc., and only a few species are red.

Just like these giant worms dissected by Han Yuan now, the cloudy brown-yellow liquid with a strong stench is its blood.

But this kind of blood looks really disgusting.

No, the audience in the live broadcast room looked at Han Yuan's white gloves and protective clothing with bits and pieces of mucus, and they were so disgusted that they wanted to vomit.

[It looks so disgusting. 】

[What are these? 】

[These bugs drank the nuclear waste water from the small island country, right?got so big. 】

[It looks like a praying mantis spider that has become hundreds of times bigger, so scary. 】

[The Zerg in StarCraft! 】

[Dreaming back to the Carboniferous period, the giant insects at that time were about the same as this estimate. 】

[Kerrigan will always be a god! 】

[Wake up, your queen is tied up in the human laboratory (squinting smile)]

[If this is really the Zerg in StarCraft, humans will suffer. 】

[Zergs are awesome, with that speed of reproduction, they can't be killed by humans. 】

[After a few nuclear bombs go down, everything will return to ashes, how can there be so many bells and whistles, and they can't kill them all? 】

[Humans have nuclear bombs, and insects also have chemical and viral attacks comparable to nuclear bombs. What's more, the king of insects has only one unity and obedience, which humans cannot match. 】

[However, in reality, it is impossible for bugs to develop into civilization anyway. Without phantom powers and other strange powers, the Zerg race would not even be able to communicate.]

In the live broadcast room, there were endless discussions on the bullet screen. As Han Yuan kept dissecting these giant insect corpses, the curiosity of the audience became stronger and stronger.

Some viewers who played games and read novels naturally thought of the Zerg in the interstellar game, and discussed the chances of winning if humans and the Zerg went to war.

Won saw the barrage, but didn't participate in the discussion.

If the Zerg in StarCraft were all the kind in front of them, no matter how strong their reproductive ability was, it would be useless.

After dissecting the first insect corpse, he searched carefully on the head and neck, but couldn't find what he was looking for.

This worm does not have a biochip in its body, so it seems to come from a different source from the Warnaby snake.

No biochip was found in the first worm, and Han Yuan cut open another one. After confirming that there was no biochip inside, he stopped and started digging holes instead.

These worms are really disgusting, and a person like him who can live broadcast live in the wilderness of Bei Ye can hardly bear it anymore.

Once the source is identified, there is no need to waste any more time.

As for research or something, he brought a container or something, and he just put a little bit of mucus in his limbs and stored it.

The rest were buried quickly, because this place is too close to the place of residence, and if the wind blows a little, a stench will be blown there.

Won doesn't want to smell this smell when he eats.

More than half an hour later, a deep pit with a diameter of more than two meters and a depth of more than two meters appeared on the ground.

After collecting some specimens, Han Yuan dragged all the giant worm corpses on the ground into the pit.

Alcohol disinfection, buried with soil, covered with a layer of soil, sprinkled with a layer of quicklime to sterilize, and then carefully took off everything except the mask and threw it into the pit for disposal.

Including the plastic sleeves on the feet, they were all cleaned up after the ground was covered with lime.

These things were all stuck with some slime or debris, and he didn't bother to ask for them.

With the sealed specimen, Han Yuan first went to the biological laboratory next to the chemical laboratory.

The biological laboratory was established by the chimpanzees later, and it is still not perfect, because some details of the building, such as central air conditioning, pipe laying, etc., cannot be handled by the chimpanzees.

After all, they are animals, no matter how they develop their intelligence, they will be so smart.

Unless he injects each of these chimpanzees and bonobos with genetic repair agents.

Although the biological laboratory is not perfect, it can be used to store things.

Some plant seeds, specimens and other things collected by him when he traveled the world to complete the mission are stored here.

In addition to these, there is also a small room in the biological laboratory with air conditioning, which can be used to preserve fresh specimens and other things.

These specimens collected from insect corpses were put here first.

After the completion of this year's mission, if there is still time, he will analyze these specimens to see if he can find any new discoveries, or if he can find out the source of these giant insects.

As for now, it is better to launch the satellite into the sky first and complete the collection of various resources.

After storing the giant worm specimens, Won returned to the factory.

The zero satellite that had been assembled and completed the preliminary test was dismantled by him again, and the parts were quietly lying in the storage box.

He wants to modify the communication satellite.

In the previous design, this zero satellite only had a simple electromagnetic wave communication function.

After all the components of the global communication network are assembled, he will design and manufacture satellites with other functions, such as reconnaissance satellites and weather satellites.

But the sudden appearance of these giant bugs gave Han Yuan a sense of crisis and urgency.

No one knows if there are other giant bugs on this simulated planet, or where the nests that sent these bugs are.

If these things are not clear, Han Yuan thinks he will be so worried that he will not be able to sleep.

Therefore, the imminent thing is to modify and adjust the No. [-] communication satellite, increase the ground monitoring capability, and turn it into a satellite integrating communication and investigation.

In this way, the overall shape, size, and internal parts arrangement of the satellite must be changed to a certain extent.

Moreover, after changing the shape and size of the satellite, the orbital movement, the operating angle, the influence of sunlight and planetary gravity, etc. must be recalculated.

These are very troublesome things. It can be said that modifying a satellite is not as simple as making a new satellite, and in some respects it is even more troublesome.

Won is also a bit big headed, but it has to be done.

Fortunately, the foundation is still there. The previous calculation data and the test data of the zero satellite are all in hand. As for how to adjust and organize, it can only be said that I have to stay up all night again.

Design hardware during the day and calculate data at night.

It took another three or four days before Han Yuan integrated the functions of the reconnaissance satellite on the basis of the original No. [-] communication satellite.

The functions of reconnaissance satellites and communication satellites are different. The function of communication satellites is to realize long-distance communication, so communication satellites only need a set of simple signal receiving and transmitting devices to complete the function

The function of reconnaissance satellites is to reconnaissance, monitor or track targets from orbit to obtain electromagnetic wave information radiated, reflected or emitted by ground, sea or air targets.

After the key information is monitored, it is sent to the ground receiving station through radio transmission, and is processed by optical, electronic equipment and computers to extract valuable military intelligence.

If the level of confidentiality is better, these signals will be stored with recorders such as film and tape, and then transported back to the ground through the return capsule for analysis.

Because wireless signals will be intercepted by hostile countries, but physical objects are difficult to be intercepted.

However, compared with communication satellites, reconnaissance satellites are more difficult to manufacture because their functions are more complex.

After all, it is used for reconnaissance, no matter how low the orbit is, it is still hanging at an altitude of three to four hundred kilometers.

At this height, in order to obtain high-definition ground conditions, ordinary optical equipment is definitely not feasible.

The reconnaissance satellite needs to add some functional parts on the contact of electromagnetic wave signal transmission and reception.

Such as collecting photoelectric remote sensors, radar or radio receivers, etc.

Through these things, special electromagnetic wave signals received actively or passively can be converted into pictures or videos.

After reading it through the computer, you can naturally see the scene on the ground.

The United States monitors the nuclear explosions in other countries by actively releasing signals through reconnaissance satellites, and then the satellites receive the reflected signals and analyze the meanings they represent.

The modified communication-reconnaissance satellite is not big, and Won is nimble, and does not need other people's help. After fixing the main parts on the assembly table, he quickly assembled the remaining parts one by one.

It didn't take long for a cuboid satellite with a length of 83 centimeters in width and a height of [-] meters to appear in everyone's eyes.

The bottom is still a miniature electric propulsion engine, the left and right sides are where the lanthanum gallium silicon solar power generation panels are installed, and the top is where the signal transceiver antenna is.

On the side facing the surface, there are some more parts.

That is the newly added photoelectric sensor and signal radar, which are used to actively emit photoelectric signals to detect the ground.

As for the center of the satellite, except for the miniature electric propulsion engine and the supporting control system, most of the other space is occupied by liquid xenon.

The battery used for the function is only a small piece.

Satellites are different from space shuttles in that they don't need batteries to store much power.

The communication-reconnaissance satellite is still in the sun-synchronous return orbit, and the launched satellite can receive light for 24 hours, which can naturally provide a steady stream of electric energy.

In addition, satellites are generally at high altitudes, out of the gravitational pull of the earth, and even if they need to change orbits, the energy consumed is not too much, so the battery does not need a large capacity, as long as it can supply the use of micro electric propulsion engines.

In addition to this, there is another reason why liquid xenon occupies most of the space.

That is, the orbit of this batch of satellites is too low, as low as the ultra-low low-earth orbit of 160 kilometers.

Moreover, the weight and volume are much larger than those of the original satellite with a single communication function.

Under these changes, reconnaissance-communication satellites are greatly affected by the gravitational force of the earth and sunlight. In addition to maintaining a stable speed, they also need to change orbits to maintain their altitude.

After all, after the satellite goes into the sky, it is impossible for South Korean won to replenish the working medium for the satellite like refueling the aircraft in the air. It can only carry enough working medium to the sky when it is launched.

In this case, the storage capacity of the liquid xenon working fluid will naturally be increased.

Although this satellite is not big, there is not much storage space inside, but the liquid xenon stored weighs [-] kilograms, which is enough for the satellite.

As for the storage method, it is the same as storing liquid hydrogen/oxygen. It is stored in something like a Dewar bottle with thermal insulation and heat insulation, and is controlled by a control chip and an automatic switch.

This set of fuel/working medium hardware and control system uses the technology in the primary aerospace application knowledge information, and is mature and easy to manufacture and control. It can be applied not only to satellites, but also to the use of fossil fuels or hydrogen and oxygen. Fuel for launch vehicles and space shuttles.

For humans, it is more economical to use fossil fuels or hydrogen-oxygen fuels as propellants to launch satellites than Space Shuttle Zero, which consumes a large amount of liquid xenon working fluid as propulsion.

In addition, another key point is that this set of fuel/working fluid control technology is manufactured for the repeated use of launch vehicles.

If combined with variable thrust reusable engine technology, precise return flight and safe landing control technology, and high-reliability landing buffer mechanism technology, it is completely possible to achieve non-destructive convex and optimized recovery of the launch vehicle.

After all, every launch of a one-time launch vehicle is throwing money into the sky.

Every time it is launched, the waste caused by expensive rocket bodies, engines and electrical equipment makes every country feel pain.

If the launch vehicle can be reused like the space shuttle, the cost of satellite launch will be greatly reduced.

Humanity's exploration of space will step onto a new level.

Part of the main reason why South Korea launched this technology is here, and the other part is to save some money.

Compared with SpaceX's rocket recovery technology, every time a satellite is launched into the sky, the money that needs to be invested is several times.

Now is the time for the cold war between the two sides, and if you can save some, the chances of winning will be greater.

Maybe it will be dragged to the end, or it may be able to disintegrate the opposite side.

After all, there are many states in the United States that are fighting for independence.

Although we never interfere in the internal affairs of other countries, the dark places of politics have never been known.

(End of this chapter)