Born Tech Mad

The presence of Dr. Zuzola and Hank made Rose feel the danger for the first time.

Although the two monsters have not yet developed, they can still pose a threat to themselves.

Rose has no way but to improve his strength.

Thousands of engineers in the Nano Tower factory and nano factory were busy overnight, installing various machines and equipment according to the drawings provided by Ross to install the production line.

In the artificial intelligence building, 3,000 robots have all been intelligentized. These robots are enough to help Ross produce nano-materials.

In the Biology Building, Tan Li took a group of biologists, no longer governed by moral constraints, no longer opposed to world opposition, broke taboos, and various genetic experiments have begun.

Monkeys, orangutans, snakes, mice, and more than 100 creatures were used by biologists for biological experiments. Various genetic potions were injected into these animals, and the screams of various creatures came from the biological building.

In order to deal with unknown enemies, we can only use human technology to develop human potential.

In the weapons factory, Ross provided his own design of the 'Jerek missile' to the weapon experts and ammunition experts, allowing them to help them build such a weapon system. As long as the system is manufactured first and nanotechnology is developed, it can be Make 'Jerek Missiles' directly.

Special steel factory, Ross ordered all production lines to be suspended, all magnetic units were used to make 25 times special steel, and all these special steels were used for defense.

At the arc reactor plant, Rose began ordering experts to help him build a small arc reactor.

As long as the reactor is manufactured, other parts can be miniaturized in the future using nanotechnology. Rose is making technical reserves for Iron Man's armor.

Yuta Company, Ross can hardly sleep in the show. Except for himself, Yuta Company is all ordinary people. If one day is gone, someone will come to Yuta Company to destroy it. Very serious consequences.

In order to cope with the possible crisis, Ross placed a huge order with the national laser laboratory, requiring the purchase of several high-power lasers, and these laser weapons were modified. It can be turned into a high-power laser weapon, coupled with an arc reactor, the power of the laser weapon can kill any creature.

In order to keep Yuta company intact, Ross ignored everything and planned to use chemicals. Add defensive gas and chemical poison defense to Yuta's various technology centers. Once an enemy enters Yuta and wants to steal any technology, he can be killed by poisonous gas and chemicals.

In order to increase the security of Yuta Company, Ross put forward a new requirement to the artificial intelligence building. Each door of Yuta Company must add various fingerprints, pupil recognition technology, voice recognition technology, without the permission of Yuta Company. No one may enter the company.

Within ten kilometers around the Yuyu Tower company, 10,000 cameras must be added, and no one inch of land can be missed.

The light source conversion factory must help Ross to build 20 large light source tracers.

These 20 large-scale scanning instruments, with infrared thermal energy scanning and bio-electric wave detection functions, can communicate with three supercomputers, and can scan any creature up to 1 mm in diameter within 10 kilometers around it, as long as it appears in the surrounding creatures of Yuta Company, Even mosquitoes couldn't escape scanning.

Even an ant wants to get close to Yuta Company. It will also be monitored.

This night, Rose only slept for five hours. He never smoked. He smoked a few cigarettes to pass his sorrow.

Early morning. The bright sun lit the sky, and Rose rose up early and ran to the nano factory.

巨大 A huge nano factory with an area of ​​20,000 square meters. In addition to the ground floor, other buildings are also rough. Rose penetrated the ground floor. Check the installation of the production line.

With thousands of engineers and mechanics busy overnight, the efficiency is still very high. One line has been installed, and several other chemical pools have been built. The engineers and mechanics are still installing other lines.

"You can start making carbon nanotubes first."

There was a smile on his lips, and he ran to the artificial intelligence building.

3,000 robots weighing up to 300 kg were lined up after Ross gave an order, following Rose to the Nano Factory like a soldier.

The robot walks at the same pace, and every foot goes down, it makes a sound of 哐, 哐, 哐, where it passes, the ground shakes. Many employees hurriedly avoided it, and the scene was too spectacular.

Came to the nano factory with a huge robot team, and Rose began to order the robot to use three methods to start manufacturing the most important 'carbon nanotubes' for nano materials.

The first method to produce carbon nanotubes is the 'arc discharge method', which is the most common method for producing carbon nanotubes.

Its production process: the graphite electrode is placed in a reaction vessel filled with helium or argon, an arc is excited between the two poles, generating a high temperature of about 4000 degrees, the graphite is evaporated, and the product produced is fullerene (c60 ), Amorphous carbon, single-walled or multi-walled carbon nanotubes.

控制 The yield of carbon nanotubes can be adjusted by controlling the hydrogen content in the catalyst and container.

This technology for manufacturing carbon nanotubes is relatively simple, but the generated carbon nanotubes are mixed with products such as c60, and it is difficult to obtain carbon nanotubes with higher purity, and all of them are multi-walled carbon nanotubes. Single-walled carbon nanotubes are most needed.

机器人 100 robots began to work according to Rose's instructions. After they powered the graphite electrodes with the helium furnace and the argon furnace, they sparked frenziedly. Graphite is evaporated directly, leaving a tiny layer of white matter.

白色 These white substances are a mixture of fullerene, amorphous carbon, multilayer and single-walled carbon nanotubes.

Rose picked up a little mixture for testing. The results showed that the content of carbon nanotubes reached only 5%, and the other 95% were all fullerene and other mixtures. Of these 5% carbon nanotubes, 95% are multi-walled carbon nanotubes, and 5% are single-walled carbon nanotubes.

Human studies believe that: single-walled carbon nanotubes have higher capacitance and energy density than www.NovelMTL.com, which is higher than multi-walled carbon nanotubes.

Multi-walled carbon nanotubes are easily indented after reaching a diameter of 6 nanometers, while single-walled nanotubes can reach hundreds of nanometers to tens of thousands of nanometers. Single-walled performance is more valuable than multi-walled.

In order to solve the separation method of carbon nanotubes and fullerenes, Rose intends to use 'grinding dispersion' and 'ultrasonic dispersion'. Since other production lines have not been assembled, Rose can only order robots to mass produce carbon nanotubes and mixtures .

The other single-line nano-materials are ready. The single-walled nano-materials produced by the robot have superior performance, and the purity is more than 5 times higher than that of ordinary nano-materials.

The performance of nanomaterials made by rhenium is amazing. Not only the purity is improved, but the aspect ratio has also reached 100: 1, which is 10 times that of ordinary carbon nanotubes.

综合 The comprehensive performance of this carbon nanotube has exceeded the world's most advanced level by 20 times.

The graphite consumes too much carbon to produce carbon nanotubes. For one ton of this material, the single-walled carbon nanotubes that can be produced are only about 1 kilogram.

Jin Yuta Company is not short of money, no matter how expensive this material has to be.

虽然 Although the production efficiency of the robot is a bit low, if 100 robots work together, they can still produce a lot of carbon nanotubes a day. As for the harmful gas generated by the evaporation of graphite, it can be ignored for the robot.

For this advanced material, Rose directed the machine to keep busy. (To be continued.)