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Chapter 279 Bioelectricity

The electric eel hybrid breeding experiment project led by Shui Jingxin seems to have some good signs.

It cost millions of dollars to purchase various types of electric eels from all over the world. They were transported by air from thousands of miles away. Although the water and soil were not acclimatized at the beginning, because of the consideration of this aspect beforehand, the electric eel water tank was in full bloom. The water in the tank was not poured out, but all the water was labeled and kept.

for future use.

At this moment, Ou Zhou and Jiang Yang have a lot of time after finishing their work as the road supervisors of the manor.So, together with Shui Jingxin, he started a hybrid experiment for different species of electric eels.

The research institutes of SUSTech seem to have become experimental grounds for electric eel breeding.

In terms of species, although the scale of this farm is small, it is probably the most complete electric eel breeding test farm in the world.

Two young PhD students from the School of Life Sciences started an electric eel breeding experiment.After the news spread in SUSTech.

Many boys and girls from the School of Life Sciences of SUSTech came here admiringly, and some curious people from other colleges also came to observe and study.

Their purpose is actually more to be curious than to learn, more to see if Ou Zhou and Jiang Yang are three-headed and six-armed, and how they look different from others.

Why are you able to make so many amazing feats at such a young age?

It stands to reason that Ou Zhou and Jiang Yang should have taught them a few classes since they took up their positions as professors at SUSTech for several months.

But they would rather stay in the electric eel breeding laboratory and spend all day with the insidious and arrogant electric eels than give a lesson to those curious students.

The first batch of electric eels transported by air, after the water and soil adaptation period in the laboratory, the first priority is to mix them with other species of electric eels of the opposite sex according to gender and classification.

Through this measure, observe and test the products of crossbreeding, test the taste of these hybrids, and try to feed them some leftovers from the cafeteria.

Secondly, to test whether the discharge ability of this mixed-race child can exceed that of the patrilineal and matrilineal.

This work is both interesting and helpless, exciting and full of risks.

In many cases, the insidious electric eels will reduce the dimensionality of these experimenters, let them experience the power of high-voltage electricity, and they understand that they are not easy to mess with.

Although they are all wearing protective clothing that can withstand thousands of volts, they have to be in awe of these insidious guys with super attack power.

Electric eels have a slower growth cycle than many fish, so patience is a must.

In contrast, Shayaer and Bedal's electric eel has found a solution to the problem of releasing and storing supercharged electricity.

Based on the habits of electric eels, the two scientists first tried to use the conductivity of turbid water, using a fiberglass water tank lined with copper as a conductor for testing.

However, although the electric energy released by the electric eel in an instant is as high as six or seven hundred volts, the amount of electricity transmitted to the lining of the water tank through the turbid water is less than 30.00%.

Later, they added appropriate amounts of sodium and potassium ions to the water to increase the conductivity of the water.

The reason why electric eels like to stay in turbid rivers is that they rely on the rich sodium and potassium ions in the water to conduct electricity to achieve the predation effect.

Its attack distance can reach up to three meters, and it can instantly stun a huge crocodile known for its ferocity by relying on electric light.

The experiment of the two scientists achieved remarkable results.The electricity received by the copper lining of the water tank can reach the level of 70.00%.

70.00% five, measured by an electric eel with a body size of two meters and a length of two meters, the instant release of a voltage of [-] volts is equivalent to a level of more than [-] volts.

The instant more than [-] volts of electric energy collected by the copper lining is stored in a lithium-ion battery through a supercharger to form a voltage of [-] volts, and after a second boost, the output voltage can reach [-] volts above.

However, since the output of a single electric eel is only an instantaneous voltage, and the longest time is only three seconds, the subsequent voltage in the battery is actually very small.

But if more than two electric eels release electricity in a cycle, the electricity in the battery will increase geometrically.

Speaking of it, raising one electric eel is also raising two, and the increase in the volume of the water tank used for the bioelectric energy generator is actually not obvious.

Later, Sha Yaer suggested to simply make the water tank of the electric eel bioelectric generator into a very ornamental fish tank shape.

In this way, it is not only an electric eel bioelectric energy generator, but also an ornamental fish tank, which is used for collection and appreciation.It is both beautiful and functional in the living room.

This is the preliminary design of two bioelectric energy scientists.

However, in view of the fact that the copper lining will oxidize and rust after a long time in water, it will affect the conductive effect.

The two bioelectric energy scientists also considered replacing the copper lining with a refined aluminum lining with good conductivity. The refined aluminum oxidizes slowly and is not easy to rust, and the cost is much lower than that of the copper lining.

What needs to be optimized at present is how to increase the electric energy, and after the voltage released by the electric eel passes through the supercharger, it will become five times or even ten times the output power.

It is not easy to use many stages of boosters, because that itself is a power consumption product.The more stages passed through, the electric energy is not enhanced, but attenuated very severely.

The two bioelectric energy scientists knew that there was no choice but to redesign or find a superior supercharger.To increase the voltage output strength.

Two bioelectric energy scientists, Sha Ya'er and Baidar, explored and studied during the day, and consulted various materials at night.Their work attitude of forgetting to eat and sleep allowed them to design an electric energy booster with excellent performance in the following two months.

That inspiration actually came from the electric eel.

When they were at the Shuisheshan Research Institute, they dissected the structure of the electric eel's power generation system many times. Now, after repeated tests, they have used special fibers to replicate the bionic structure of the electric eel's power generation system in a one-to-one ratio. Potassium ions are used as the medium, just like combing the hair of a comb, not only can generate self-generated physical current, but also can increase the input voltage by ten times and release it.

The scientific research results of the electric eel bioelectric energy generator started from the establishment of the research project, and it took less than half a year to complete it.

At this time, the electric eel hybridization experiment led by Shui Jingxin, with two doctors as assistants, has also come to the harvest season.

Half a year is enough to breed a variety of hybrid electric eels.The so-called hard work pays off, among them there is really a kind of electric eel that is not picky about food, it will eat live fish and shrimp, and it is not picky about leftovers.

However, because the eyes of the electric eel are similar to decorations, it preys entirely on the sense of touch. When a live fish or shrimp swims to a certain distance beside it, it uses its sense to release electric energy to knock it out. No electrical energy will be released.

If you want to solve this problem, you have to make the leftovers move like small fish and shrimps, and you must not pollute the water source.

Because that would destroy the living environment of electric eels.

But this problem was quickly found a solution, that is to use a special cooking machine to make fish food and put it into the fish tank.

But this way, the lazy electric eels can get full without having to discharge.

So a teasing fish was installed in the fish tank, and every two hours, the electric eel would be fired to deal with the teasing fish.

So as to achieve the discharge frequency and effect.

It took six months before and after the scientific research results.But it is far from meeting the factory promotion requirements.

Because it will take at least half a year to breed such electric eels that are not picky eaters.

However, it is necessary to have a large-scale breeding base for large-scale breeding and breeding of electric eels that are not picky eaters.

If the electric eel is missing from the bioelectric energy generator, it will become a decoration.

It is not difficult to solve this problem. It is located in a metropolis in the south of the country, and there are many aquaculture farmers in the surrounding area. Provide them with fry and sign a price purchase contract with them. This problem will be solved quickly.

The next step is to find a manufacturer to produce household electric eel bioelectric generators.

The focus of this work is on whether to entrust a manufacturer to produce, or to merge and acquire a company for production.

After careful research and comparison between Ou Yiran and Yun Lei, they decided to merge and acquire a company in the region to produce household electric eel bioelectric generators.

It is not difficult to find such a company with a developed special zone economy, a good location advantage, and a vast number of enterprises of all kinds.

But after discussing with Yun Lei, Ou Yiran changed his previous practice this time and did not bother to investigate the company in person.

Instead, through the demonstration of this scientific and technological achievement, the huge effect of the media is used to attract those companies that have the ability to develop and produce civilian generators, and take the initiative to come to discuss cooperation.

The achievement display was carried out in the Achievement Exhibition Center of SUSTech, and major media in the region were invited to interview.

Sha Ya'er, Bei Dar, and Shui Jingxin, the scientific research team of this scientific research achievement, personally operated and demonstrated the household electric eel bioelectric generator in front of the reporters' video recorders.

First of all, the leftovers from the cafeteria are made into fish food through a special cooking machine, and put into two ornamental electric eel tanks.

Electric eels use their sense of touch to devour fish food.

After that, the teasing fish installed in the water tank swims gently in the water tank, and the electric eel immediately discharges and attacks the teasing fish.

However, the teasing fish will not be stunned and continue to swim, so the two electric eels will continuously release electric energy to attack.

At this moment, the electric energy collected through the refined aluminum lining in the water tank is continuously input into the lithium-ion battery through the bionic electric energy booster device. The electricity meter of the battery shows that the charged electric energy is constantly increasing.

Half an hour later, the electricity has reached three kilowatt-hours. This power can already meet the normal electricity demand of an ordinary family.

An hour later, the power reached five kilowatt-hours.At this moment, even household high-power air conditioners can be started.

The on-site home electric eel bioelectric power generator results display caused a huge sensation.

The next day, many manufacturers came to us, some of them purchased patents, and some produced as agents.

This is exactly what Ou Yiran and Yun Lei wanted.They sent a cooperation document to each company that wanted to cooperate, and used bidding methods to select the best from the best, and merged and controlled a company, so that they could put it into production by themselves.

This is the so-called, Jiang Taigong fishes, and those who wish to take the bait.Those who are willing to accept the conditions will come to participate in the bidding.If you don't want to, don't waste your time.

This successful exercise led to the selection within a week of a regional manufacturer specializing in small generators.

Ou Yiran and Yun Lei became the major shareholders of this company with a 60.00% stake.The operation and production are carried out normally by the original team.

In terms of overall management, Ke Feier will execute it.

In this way, there are sufficient expectations in the capital market. Unlisted high-quality assets under the name of a major shareholder are often expected to be injected into listed companies.

Therefore, the share price of Rongda Medical Company took advantage of this spring breeze and made persistent efforts to break through the price of [-] yuan in one fell swoop before the Spring Festival.

At this moment, Rongda Medical's third-generation intelligent and aggressive artificial intelligence heart plant has been completed, and the installation of equipment is in full swing.

The work arrangements after the Spring Festival are complicated.

First, the equipment installation and commissioning work of Rongda Medical Company has been gradually carried out.

Second, the electric eel bioelectric generator has been officially put into production.Its popularity far exceeds expectations.The company's order has been scheduled to a year later.

The third is that Sha Yaer and Bei Daer took the water to meditate and continued to invest in the deepening research work of the third generation of intelligent and aggressive artificial intelligence heart bioelectric automatic charging.It is also a good match for the upcoming project to be put into production.

In the fourth aspect, the 500,000-set production line of the second-generation soul artificial intelligence heart of Jiahe Medical Co., Ltd. in Bay Island has been put into production at full capacity.To complete the orders accumulated over the past year.

The fifth aspect is that the research and development team of Quyu Quexi injection tested the life-prolonging effect of the injection and achieved preliminary results.

In the sixth aspect, the third-generation intelligent and aggressive artificial intelligence heart chip industry entrusted by Daoji to develop has also been completed.Ou Zhou and Jiang Yang are needed to check and accept.

After arranging all the work in the special zone, Ou Zhou and Jiang Yang came to Wandao.The first stop is to go to the island pole for acceptance work.

Only after passing the acceptance test can mass production be possible.

But there is a problem right now, because Sayaer and Bedal put most of their energy into the research and development of household electric eel bioelectric energy generators, and delayed the deepening research work on the third generation of intelligent and aggressive artificial intelligence heart automatic charging .

If this research work cannot bear fruit, it will have to continue to use the supporting battery of the second-generation soul artificial intelligence heart.

But that obviously does not meet the technical requirements of the third generation.Fortunately, the production line of Rongda Medical Company is only in the stage of installation and commissioning.Therefore, there is no need to rush the in-depth research and development of batteries.

(End of this chapter)