Born Tech Mad

In Yuta's office, Ross knocked on the computer and typed out patent applications for each technology.

There are more than 50 patents related to high energy storage materials alone.

After working for an hour, Ross finally got all the patents out.

The country is eager to obtain high-energy storage materials in order to develop high-energy-storage motors to provide electrical energy to the electromagnetic catapults of aircraft carriers, and Ross is the key to this technology.

With common interests, everything is easier to talk about. On behalf of the Ministry of Science and Technology, Minister Wang proved these technologies as quickly as possible. After proving that the inventor of these technologies was Ross, a group of bigwigs hurriedly called the National Copyright Administration Center and asked them to use the fastest speed , to review and approve the applications for these patents. And stated that all this is for national security and national defense needs.

Under the pressure of 'national security' and 'national defense needs', the Copyright Office dares not to be negligent, and immediately passed the patent application for Ross on the Internet. , mailed to Yuta Company.

Power is not omnipotent, but without power, it is absolutely impossible.

Rose only now understands the importance of power. Look, under the prompts of the bigwigs, how quickly the Copyright Office passed the patent application.

Patents are no longer a problem, and Rose is naturally not worried about anyone pirating his technology, so he immediately agreed to develop 'high energy storage materials'. He also declared that he only needed nano-silicon oxide and nano-titanium oxide.

Ross's agreement made all the leaders of the Ministry of Defense and the Ministry of Science and Technology ecstatic. They obviously came prepared, and immediately sent someone to lift a few bags of nanomaterials from the plane. Used a forklift to fork into Ross's electromagnetic factory.

"You are really in a hurry!" Ross couldn't laugh or cry, so he could only turn on the electromagnetic unit, and made high energy storage materials on the spot.

After the electromagnetic device and the arc reactor were turned on, blue light flooded the entire factory. After the terrifying electromagnetic generated by the two huge electromagnetic walls was projected into the vacuum magnetic shield, the vacuum shield suddenly lit up, and the superfluid electromagnetic current Intertwined inside, it was like a lightning ball was placed in the cover, crackling and bursting with sparks.

It took about five minutes for the electromagnetic flow in the vacuum magnetic cover to stabilize, a super strong magnetic field was generated, and the air pressure inside reached a terrifying stage.

Ross carefully tested these nanomaterials, and calculated the most suitable pressure based on their performance and bearing capacity.

Adjusting the magnetic force of the electromagnetic wall to about 200,000 atmospheres, Ross activated the conveyor belt connected to the vacuum magnetic cover.

Some nano-oxygen materials were picked up by the belt and slowly transported into the vacuum cover. In order to allow these nanomaterials to fuse better, Ross increased the temperature of the magnetic cover a little.

These nano-materials with extremely strong performance enter the vacuum magnetic cover, are squeezed by terrifying pressure, and the reaction caused by high temperature melts like water, molecular recombination, and the density increases. Ross stopped the conveyor belt, leaving the material in the vacuum hood.

To compress matter to a higher density, in addition to adjusting the magnitude of the magnetic force, it also depends on how long these materials stay under heavy pressure. The longer the time, the denser the compression.

In about three minutes, the first batch of nano-oxidized materials sent in has been compressed, and the density has increased by a full five times.

Don't underestimate the 5-fold gap. In this world where nanomaterials are just starting, a small step in nanomaterials is a giant leap in materials science.

Ross carefully compressed the two nanomaterials, and it took about two hours to compress the density of the two nanomaterials by five times.

Nanomaterials already have amazing properties, doubling their density and almost three to five times their energy storage capacity.

After the density of these nanomaterials is increased by 5 times, the electricity storage capacity per cubic centimeter is dozens of times that of the heating rod that Ross originally developed.

After Ross briefly introduced the properties of the two new nanomaterials, Minister Wang and other bosses were overjoyed. They said goodbye to Ross immediately, took two special materials, got on the plane, and rushed to Xiangdian Group.

With these two super materials, the development of high-power energy storage motors is no longer a problem, nor is the development of electromagnetic catapults.

After the bosses left, Rose lost all sleep.

There are already two sets of electromagnetic devices and one arc reactor, and the conditions are ready to assemble a special steel production line.

Ross immediately called Major General Liu and Major General Wang, and declared that special steel can be manufactured from now on.

Ross' words made the two major generals overly excited, and they immediately sent a large number of scientists and soldiers into the electromagnetic workshop according to Ross' request.

Under Rose's guidance, the two sets of electromagnetic devices were slowly disassembled and transported to the "special steel factory" in Yuta Company. That arc reactor was also sent to the new special steel production line.

Ross let the scientists in the electromagnetic factory continue to work hard to manufacture electromagnetic devices, and he himself rushed to the 'special steel factory'.

Yuta Company, a huge factory with an area of ​​15,000 square meters, is busy with groups of scientists and workers. The largest factory of Yuta Company is used to manufacture special steel.

Calculated by area, this special steel factory can accommodate ten electromagnetic devices and ten arc reactors at the same time.

After they are connected with 300 high-temperature electric furnaces, tens of thousands of tons of ordinary steel can be manufactured into special steel a day.

Of course, all of this is a vision for the future. With Yuta's current capabilities, it will take at least a year for the workshop to run at full capacity.

Once special steel is mass-produced, it will bring revolutionary changes to national defense and industry in the future.

The two major generals, Liu Dashan and Wang Zhiqiang, were already enjoying themselves. They commanded a group of soldiers, drove a forklift, and transported the high-temperature electric furnace they had bought long ago from the warehouse outside Yuta Company to the workshop.

Groups of scientists began to dismantle the two sets of electromagnetic devices and transport them to the special steel factory. It is then assembled into an 'electromagnetic device'. All this just takes time.

More than ten days have passed without knowing it, and it is already 2016, and Ross is already 19 years old, thanks to the joint efforts of thousands of people. In the new special steel factory, 300 high-temperature furnaces were erected, and two sets of electromagnetic devices and an arc reactor stood in a huge space.

The concrete floor outside Yuta Company has long been filled with steel products as high as hills. As long as these steel products enter the special steel workshop, they can undergo qualitative changes.

The special steel factory has been formed, and all the equipment is available, leaving only the task of manufacturing.

Ross didn't want to spend energy teaching scientists how to operate electromagnetic devices to produce special steels.

The special steel production workshop of Lihua Company has been in operation for more than four months, and the engineers there have already mastered the production and manufacturing technology of special steel.

Ross immediately called Tan Lin and asked him to transfer a group of employees who are familiar with operating electromagnetic devices from Lihua Company to Yuta Company. Let those engineers demonstrate to the scientists on site and train them how to operate various equipment.

After receiving Rose's order, Tan Lin naturally did not dare to disobey, and immediately dispatched 200 skilled engineers from Lihua Company to Yuta Company.

These 200 engineers skillfully operated the electromagnetic device, and the other scientists were all concentrating on their studies.

As long as scientists have mastered the production and manufacturing technology, special steel factories can start.

The compression of special steel is not a problem, but the greater the density, the greater the hardness and the greater the mass, resulting in a greater weight.

In order to improve this weight problem, it is necessary to use mixed metal compression so that the special steel can achieve the advantages of high hardness, strong toughness and light weight.

In order to meet the production needs of various special steels, Ross transferred all the experts who understand metal metallurgy to the special steel factory. They only need to put different proportions of metals into the high-temperature furnace in different proportions, and the molten mixed metals are melted. After entering the vacuum magnetic cover, it can become various special steels with different properties.

"My special steel is about to be mass-produced, and a lot of money is already waving to me. What special steel products should I make first? I guess we have to start with special steel for aircraft carriers! Powered aircraft carriers are addictive. Forget it, let’s put the military first and then the civilians. First meet the needs of the military, and then produce special steel for aircraft carriers, and then do other things.”

"How much is the special steel for the aircraft carrier sold to the country per ton? I have to do the math."

Ross was calculating how much he would sell special steel for aircraft carriers to the country at a price per ton. A call came, and it was from the military.

The military stated that Xiangdian Group and various departments of AVIC have helped the military successfully manufacture the "energy-type linear motor" and "high-power storage motor" required by the electromagnetic catapult, and the electromagnetic acceleration runway on the aircraft carrier has also been completed long ago. .

The military hopes that Ross can help them do electromagnetic experiments to see if they can meet the needs of electromagnetic ejection.

The country's mobilization ability is too strong, and Ross was taken aback: "The country is really powerful. It completed the manufacture of these devices in less than two months. Forget it, let's help the country to create electromagnetic ejection first."

Ross immediately ordered the scientists in the workshop to learn from the engineers of Lihua Company. He ran out of the factory and followed a helicopter into the sky to help the Navy complete the electromagnetic ejection technology.