Born Tech Mad

A day later, thousands of engineers and mechanics assembled several nano production lines in the nano factory.

机器人 100 nano-mixtures produced by 100 robots enter the chemical pool. Under the immersion of plasma water, these mixed materials enter the dryer with the flow of water.

After the water was dried, the milky white nano-mixture entered the 'ultrasonic cell pulverizer'. The mixture and the carbon nanotubes were dispersed by super-frequency sound waves and turned into various dusts. These fans entered the vacuum channel tube and acted as static electricity. It was initially separated.

Scattered single-walled carbon nanotubes enter a vacuum channel and undergo 10 steps of ultrasonic pulverization. Some of the most valuable nano-powders are manufactured. These nano-powders are pulverized single-walled carbon nanotubes.

The production line designed by Ross is perfect. The ultrasonic pulverization technology is very good. The nano powder after pulverization is 10 nanometers in length and diameter. It is a six-ring shape and 10 times the size of ordinary atoms, which is enough to make a super material.

纳米 Because of its small size and strong performance, this nano powder is a single body and can be mixed with most other substances.

加入 Plastics add this nano powder into nano plastics, which will arrange with the plastic's atoms in an atomic arrangement.

After the nano powder enters the "ion electrostatic machine", under the stimulation of the current, they will be interlocked and copied with each other. One by one, the small nano powders, like tiny earrings, are automatically linked together to form pure nanofibers. Its powerful performance is enough to make any country crazy.

The only production defect is that the nanomaterial is too light, and the production process must be in a vacuum state, because if it is not isolated, robots or humans walk, separated by more than ten meters. The change in airflow driven by this is a hurricane for these ultra-light nanomaterials, which will blow the nanopowder into the air.

Any trace of air flow. Can instantly roll up millions of nanometer powder and disperse it into the air, one breath of a person. Capable of rolling up tens of millions of nanometer powders.

The pores of the human body are a few kilometers wide driveway for these nano-powders. They can easily penetrate into the human body and affect any organ of the human body. Once they enter the human body, ordinary treatments are ineffective because they are only 10 times the size of atoms. Could not be cleared at all.

strictly speaking. The danger of producing such super-performance nanomaterials is terrible. Except for robots, humans are simply not suitable for production.

If this nano powder is used as a weapon, it is enough to kill any living things. If they are dropped from high altitude, once they enter the body, they will enter the cells, which will not only block the transmission of neural information, but also affect the blood circulation. Even genes can block, even powerful mutants cannot resist the terrible performance of this super-nano material.

Rose couldn't help getting excited. 100 robots produce nano-mixtures, and 300 robots operate 3 production lines. After completing 300 procedures, the pure nano-powder produced has reached 2 kg.

Looking at the 2 kilograms of nano-powder in the airless bottle, Rose is already excited and intends to make some nano-fibers first.

Holding the vacuum bottle in his hand, Rose carefully ran to the ion electrostatic machine, started the ion machine, and emitted a blue light. It's all static.

Rose opened the vacuum bottle and connected the straw to the ion electrostatic machine straw. The nano material was driven into the electrostatic ion machine by the tiny air flow. Under the stimulation of static electricity. The nano-powder began to reorganize, and the six-ring-shaped nano-powder began to be connected in a loop to form fibers invisible to the naked eye.

At one end of the rubidium ion electrostatic machine, in the various nano-sized holes punched out with laser light, nano-fibers that could not be seen by the naked eye were sprayed out. Driven by the pulley, they spun madly and got wrapped around the pulley.

Within a minute or so, Rose made ten different nanowires.

The largest diameter reaches 1000 nanometers, which is equivalent to one-eighth of the hair, and the smallest 10 nanometers is one-eighth of the hair.

Jarrows did not dare to take these nanofibers with his hands, because they were too small and 300 times harder than steel, and had superb elasticity and toughness. These fibers are extremely sharp, and they may be cut off by accident if you take them by hand.

Frost was worried about his fingers being cut, and looked around. There was no one except the robot. Now he quickly undressed, and Rose became a giant in seconds.

试试 "Try how strong these nanofibers are."

Rose picked up the microscope and saw a 1000 nanometer fiber.

He stretched out his green giant finger, and Rose was afraid of the nanofibers slipping away. He pinched one with brute force. After dragging it for 100 meters, Rose wrapped around each of the two giant arms and stretched out his strength.

It may be that Hulk's power is too overbearing. This nanofiber broke immediately, and Ross didn't feel how much force was used.

我 "I rely on it! Let's test it with mechanical power. Hulk's power is too unscientific."

Rose picked up two 20-times special steel rods, and it took a lot of effort, and Ross put a nanoknot on each end of the two steel rods.

After taking over the strength of the Hulk, Rose quickly restored to normal status and ran out of the factory with two steel rods.

Ross ordered the soldiers of the weapon factory to drive out two tanks. After a while, the tanks came over. Ross inserted one end of the two alloy rods into a tank, and let the soldiers start the tank with full force and run to the left and right to see if they could pull Broken one-80th of a meter of fiber in this hair.

The two tanks started instantly, rushing left and right.

After the tanks were separated by 100 meters, the nanofibers were straightened, the two tanks made a loud noise, and the throttles reached the bottom without breaking the nanofibers.

"I rely! These two super tanks can pull 100 tons of objects ~ www.NovelMTL.com ~ actually pulling this tiny nanofiber constantly, it's really explosive."

Rose excitedly took out the two alloy rods and found that the hard alloy rods were scratched with shallow marks.

"How strong is it to mix 8,000 or 80 nanofibers together to make nanofibers the size of a hair?"

The performance of the nanofibers met the requirements. Rose was excited and quickly ran back to the nanofactory and stood in front of the "ion ion motor" to continue to make nanofibers.

As long as the size of the spray holes is adjusted, nanofibers of various sizes can be produced. Combining nanofibers like twine to make coarser nanofibers is more powerful.

制造 Using this fiber to make a garment, its bulletproof performance will exceed the power of ceramic bulletproof clothing by 10 to 100 times. Except for laser or sonic weapons, other weapons are almost ineffective.

Rose has reached a state of excitement. There are hundreds of spray holes in the ion electrostatic machine, and the nanowires sprayed out are wrapped around a pulley like a spinning thread.

Because it is too small, tens of thousands of nanometer wires are wrapped around the pulley, so that you can see a little bit like spider silk with the naked eye.

"With nanofibers, and then create nanochips, you can get a combat suit like Spider-Man. Then, you can set up a suit for Sister Li. Anyway, you can't use a few nanofibers."

Rose was excited and simply called several robots and instructed them to turn on other ion electrostatic machines and let them make nanofibers. (To be continued.)