Annihilation force field experimental base.
The work of the photopressure magnetization power generation research group has become busy. They originally thought that the material testing work was easy, but after the new materials were delivered, they found that it was not that simple.
The materials tested before are all solid materials. They only need to make the materials into thin sheets and place them in a field force to directly detect them.
The new material is magnetized to generate electricity after being melted, which gave Wang Shanqing, Zhang Chunli and others a headache. They thought of a way to seal the new material with a high melting point glass material, and then place it in a field to detect it.
There will be a loss of light energy in this process, because the glass material cannot be 100% transparent, and some of the light energy must be converted into heat.
One percent converted into heat will also reduce the efficiency of light-to-electricity conversion by one percent.
After customizing a high-melting-point glass sealing tube, they thought the problem had been solved, but found that the metal composite laboratory had used new materials.
This time the requirements for the new materials are even higher. Not only are they magnetized to generate electricity after melting, but the magnetized electricity generated in the "high-pressure liquefaction" state is also measured.
Composite materials are made of multiple materials combined together.
Some materials have low melting points, and some materials have high melting points. When the temperature reaches a certain level, some of the constituent materials will melt or even reach a vaporized state, while other constituent materials will continue to remain in a solid state.
For example, the melting points of silicon compounds and metal alloys are very high, while the melting points of sulfide and lithium compounds as media are very low.
If a material composition vaporizes at high temperatures, the material properties must not be maintained, so the material must maintain its original volume, that is, it must continue to remain in a 'liquefied' state under high pressure, which is called 'high-pressure liquefaction'.
Therefore, the pipes carrying the material must have high pressure resistance characteristics.
High pressure resistance is not a technical problem that is difficult to solve. The key issue is that the pipe carrying the material must be light-transmissive, otherwise the external light source will be blocked by the pipe, and it will be impossible to talk about "light to electricity".
"High-pressure resistant light-transmitting pipes..."
Wang Shanqing had a headache just thinking about it. They definitely couldn't solve the problem themselves and could only ask large-scale materials institutions for inquiries.
His luck is very good.
The capital's polymer materials rely on the first-order silicon element to develop a brand new light-transmitting material, which has the characteristics of high melting point, high pressure resistance and explosion resistance. It also agreed to manufacture part of the new material and hand it over to the annihilation force field experimental team.
First, we obtained the new materials from the Institute of Polymer Materials and immediately sent them to the cooperative factory for manufacturing.
The entire process was done on a "rushed" basis, and it still took more than two weeks to complete.
At this time, several new materials developed by Wang Hao in the Metal Composite Materials Laboratory have been transported to the Annihilation Force Field Experiment Base.
Looking at the new materials piled up in the operation room, Wang Shanqing and Zhang Chunli sighed with a wry smile, "They can research new materials faster than we can do testing."
"This is really..."
"It's unreasonable!"
They all felt that they were lagging behind, but they had no choice but to continue waiting.
Wang Hao couldn't wait any longer.
He stayed in the metal composite materials laboratory for a month and led the team to complete the manufacture of a total of eight new materials.
At this time, he discovered that the inspiration value was increasing very slowly, indicating that the new direction provided by Li Guowei had come to an end.
Although the research was not yet confirmed to be completed, Wang Hao decided to leave Sudong University. He first returned to Xihai, and after a few days of rest, he went to the annihilation force field experimental group.
The Annihilation Force Field Experimental Group has a lot of work.
One of the most important ones is the experiment to study the release of F-rays from a strong annihilation force field. The difficulty of releasing F-rays from a strong annihilation force field is S level, and it is obviously not something that can be accomplished by simply designing an experiment.
But Wang Hao still supports them to continue the experiment. Even if F-rays cannot be released, new discoveries may be made during the experiment, which will help improve the inspiration value of the research task. In addition, the data during the experiment is also very important. Every item
Experiments are all about laying the foundation and making accumulation.
Wang Hao checked the experimental data when he arrived at the experimental group.
Ding Zhiqiang has been participating in the experiment. He gave Wang Hao a detailed report, but he looked a little down and depressed because they found nothing.
After Wang Hao listened to the report and looked at the experimental data in detail, he found that there was a '1' point increase in inspiration value.
Although there is only a '1' point increase, which can be ignored in a mission, you must know that this is an S-difficulty mission.
A 1 point increase is also amazing!
Wang Hao noticed that Ding Zhiqiang looked a little down, and he immediately comforted him, "Xiao Ding, you have done a good job. It is not your problem that you didn't find anything."
"Actually, I don't expect you to actually create F-rays. What you are doing now is to accumulate experience and lay a solid foundation."
"I just took a closer look, and your work is very good!"
Wang Hao's words of approval did not make Ding Zhiqiang feel better, and even made him feel more depressed.
because……
He felt that Wang Hao was ‘positively PUA’.
Their experiments clearly found nothing, but Wang Hao still affirmed their work. Why? Isn’t it ‘positive PUA’?
Constantly praise, constantly affirm, and praise even if you don’t do well...
Only fools believe this!
…
After paying attention to the experiment of releasing F-rays from a strong annihilation force field, the light energy magnetization power generation technology research team finally obtained a light-transmitting high-pressure pipeline.
Wang Shanqing and Zhang Chunli immediately organized material testing.
The experiment was relatively easy, and it only took them three days to complete the testing of all new materials.
The result is very gratifying.
For the first material, the temperature rises to 1300 degrees Celsius. When the temperature exceeds 1300 degrees Celsius, some of the constituent materials melt, resulting in no subsequent data.
The second material encountered the same problem as the first material, except that the temperature increased to 1350 degrees Celsius.
This chapter is not over yet, please click on the next page to continue reading! In the third material, the constituent materials melted at 800 degrees Celsius, but a high potential difference was still detected, breaking through the limit of fixed to semi-fluid, and the temperature also increased to 1460 degrees Celsius.
The fourth kind...
The fifth material is a breakthrough. Ultra-high temperature current was detected, with a temperature of 1,750 degrees Celsius. If it were not for the high-pressure state, the lithium element compound in it would have vaporized.
The sixth kind...
The seventh kind...
"Academician Wang!"
After the day's experiment ended, Wang Shanqing came over immediately to report the good news. He said excitedly, "The last material fully meets the requirements."
"TGL-03, 2300 degrees Celsius, high potential difference detected."
"Although there is no clear efficiency measurement, we are very sure that the conversion efficiency exceeds thirty points..."
After hearing this, Wang Hao immediately said seriously, "Tell me more specifically."
Wang Shanqing said, "TGL-03, the melting point of sulfide is 610 degrees Celsius, the boiling point is 1200 degrees Celsius, the lithium element compound, the melting point..."
"In the test experiment, we directly heated to 1800 degrees Celsius and found that the conversion efficiency exceeded 30. After continuing to measure, the conversion efficiency not only did not become lower, but became higher."
"We believe that when TGL-03 is in a high-pressure liquefaction state, the increase in temperature does not affect its resistance, but at the same time increases the internal electronic activity."
"If it exceeds 2500 degrees Celsius, the conversion efficiency will definitely exceed 50 points!"
Wang Shanqing said it with certainty.
Wang Hao was also very excited. He immediately went to the Light Energy Magnetization Power Generation Research Group and conducted a new round of measurements with them. The final results were the same as Wang Shanqing said.
Above 2500 degrees Celsius, the light-to-electricity conversion efficiency exceeds 50%.
This discovery is so important that it directly solves the power problem of the light pressure engine, and at the same time, the efficiency is also greatly improved.
For light pressure engines, the advantages of light energy magnetization power generation technology lie in high efficiency and simplified equipment. With the new technology, backward steam power generation technology is no longer needed.
The conversion efficiency of steam power generation technology is also very high, but a big problem is that the equipment is too heavy and the efficiency of the generator is also very low. If you want to create high voltage and strong current, you must operate several large generators together, and power generation
The weight of the machine itself cannot be underestimated.
The technology of light energy magnetization power generation is different.
When this technology is placed on a light pressure engine, it is enough to add a strong annihilation field device. It can be said to be a perfect fit for the light pressure engine.
At the same time, there is still room for improvement in technology.
TGL-03 brings a new material direction for light energy magnetization power generation technology. Research can continue along this direction to further improve the conversion efficiency.
In addition, the outer layer of light-transmitting pipe materials can also continue to be researched in order to have stronger resistance to high temperature, high pressure and explosion resistance.
To be continued...