Tech Translator

Li Hao and Zhou Yunsheng left from Yusheng Hospital. On the phone, they drove back to the company.

They all felt that returning to the hospital this time, they got a lot of things.

Li Hao felt that the biomagnetic field data he had obtained in vain this time was enough for the biological laboratory to use it for a period of time, and it would definitely be able to screen small tissue cells, and it would also guide the screening of large organs.

Zhou Yunsheng felt that the best thing was that Li Hao's relationship with his brother Zhou Lei was not as rigid as before.

They soon returned to the company, and the company's employees had employees take the elevator with them and happily greeted them. Company employees are also discussing the company's hematopoietic stem cells.

Zhou Yunsheng returned to her office to organize the company's encounters these days.

On the road, Li Hao received a message from Director Bi Ye, saying that the wireless transmission technology and virtual reality imaging technology developed by their physical project team were successful.

Li Hao was very surprised when he heard this, and Director Bi Ye did not lead the research and development of scientific researchers so quickly.

Virtual reality imaging technology. Li Hao doesn't know the extent of their research and development. Can it be false?

You need to know that this technology can truly show the technical standards he gave in a false and true way, which is too great for the development of scientific research now.

The main function of this technology is to create a virtual simulation environment. It works with strong artificial intelligence. Can simulate most of the scientific rules of reality.

If set well in the chemical reaction, the state of each atom. For example, the orbital transition and hybridization of electrons, and the law of atom and molecule combination.

Can realize most chemical reactions in virtual simulation environment.

This is a completely strategic technology for finding new materials.

And wireless power transmission technology, if used with iron graphene batteries. This combination is not as simple as one plus one.

It is possible to arrange wireless power transmission satellites in the sky. This is an all-electric propulsion ship using iron graphene batteries as power.

They can sail anywhere in the world without worrying about charging. This has a huge impact on the current shipping industry.

This scenario is just the tip of the iceberg of this technology. Li Hao has many new ideas.

It's just that he wants to see what requirements the company's wireless transmission technology meets? Whether it can meet the minimum distance of 300 to 500 kilometers of satellites.

With excitement, he pushed Bi Ye's office away. Now cranky is useless, Ma knows the specific parameters of the equipment.

Li Hao walked into Director Bi Ye's office and found no one here. He searched through the parrot and found out that the graduation director was in the laboratory.

He turned and came to the laboratory again. After entering the door, he saw that the graduation director even led a researcher to debug a device like a satellite antenna. The diameter of this antenna was about one meter long.

Seeing Li Hao coming in, Bi Ye said happily, "General Manager Li, the two technologies you asked me to research. They have achieved breakthroughs and have been successfully developed.

Virtual reality imaging technology is now being written by computer companies for control software. Wait for a while. "

Bi Ye pointed at this antenna-like device and said, "This is the largest wireless transmission technology transmitter we have developed, and its maximum transmission distance is eight kilometers."

Li Hao heard that the maximum transmission range of wireless transmission technology is only eight kilometers, so this technology can only be called wireless charging technology.

This is far from the satellite power group he envisioned. But also the world has advanced any kind of wireless power transmission technology.

Seeing this extremely small device, Li Hao asked happily: "Is it so integrated now? I thought the device would occupy half a room. I didn't expect it to be just a small antenna."

"How is this possible." After Bi Ye said something, he raised the antenna. See the silver connector under it.

He pointed to the following connector and said to Li Hao: "This is just a launch device. The real device occupies a total of five rooms. It covers an area of ​​1,000 square meters."

"So big, how about its transmission efficiency?" Li Hao asked quickly.

Transmission efficiency is too critical, which determines whether it can replace current transmission technology. If it loses too much, it can only be used for terminal charging.

"The transmission efficiency of this device is related to its power, which is related to the size of the device. Large equipment transmits eight kilometers with a power of 2,000 kilowatt-hours. Its power transmission efficiency is 50%.

But it transfers electricity very fast, and this device can charge 500 targets at the same time. In 0.3 seconds, a 220 volt iron graphene battery can be fully charged.

The size of the device is as large as a washing machine, and its power is three kilowatts. The transmission efficiency is 70%. Can charge up to 80 targets simultaneously. 5.5 seconds can be charged to a five-volt iron graphene battery.

Small devices are the size of a fist and have a power of 12 watts. It can charge five targets at the same time, and can charge a five-volt iron graphene battery in 30 seconds.

The wireless power transmission technology we produce fits perfectly into our company's iron graphene batteries. As long as a receiving device is added, two types of iron graphene batteries can be charged in this way.

When I say power, I mean how much power they need to do their work when the device is working. It has nothing to do with the power it transmits. "

Li Hao listened to the introduction of the graduation director, he knew that this technology can only be used for charging.

The first large-scale equipment can only be designed to charge large equipment in fixed locations. If such equipment is set up at the dock, fast-feeding all-electrically propelled ships can greatly increase the supply speed of ships.

He can also be placed at the train station to charge high-speed iron using iron graphene magnetism in the future.

This device can be used to charge home appliances ~ www.readwn.com ~ Used as an emergency charging vehicle and set up on the road to charge buses and cars.

The last small device can only charge electronic products such as mobile phones. But the advent of wireless charging technology has also had a great impact on life now.

Li Hao asked Bi Ye about the technology, the most important technical parameter: "How does it harm living organisms?"

The reason why he asked the living body instead of the human body was the technology obtained from the library. After his careful calculation, he basically did not harm the human body.

But for some small animals, bacterial viruses can be extremely lethal.

Hearing this question, Bi Ye replied proudly: "After long trials, we found that this technology basically does not harm organisms. He does not even harm bacteria and viruses.

According to Mr. Li's initial conjecture, we developed the primary technology. It turned out that the validated mice were prone to death.

Such technologies cannot be adopted, not to mention damage to the ecological environment. After using it, the mice or pets in the house kept dying. It can also cause great panic.

Finally, after a long test, we modulated low-frequency and high-energy electromagnetic waves that are harmless to living organisms.

This electromagnetic wave is our core secret, and it happens entirely by accident. The situation is very contrary to common sense. It is difficult for others to copy it when it is detected. "

Bi Ye said happily: "By studying this technology, we have developed an efficient sterilization technology. Its sterilization ability is thousands of times that of ultraviolet light. It is completely harmless to the human body.

Hearing this situation, Li Hao said happily, "This technology is very well done, and the company will reward your physical project team.

Now design the drawings, send them to Yuan Dingfang, and let them arrange production. After the company's iron graphene battery is put into production, it can be matched with this wireless charging technology. "