Chapter 1683 Abnormal Experimental Data (4K)

The meticulous plan made the professors and academicians in the observation room nod their heads.

The reason why they gathered here today was because they attached great importance to the nuclear power experiment, especially the control party of this experiment was Jiuzhou Technology.

If the experiment succeeds, a new era is about to come.

It must be said that even if Gu Qing tried hard to suppress the time of technological development iteration, he could not resist the group of engineers he trained, and the strong desire for knowledge was almost endless.

Although it is still nuclear fission, with the current size and technological research and development capabilities of Jiuzhou Technology, what will it look like in the future?

The professors and academicians present asked themselves, and they didn't know.

They only knew one thing, no matter how high they thought of Jiuzhou Technology, it was not too much.

There is a large amount of helium-3 on the moon. When these materials can be collected, it is the period of rapid development of controlled fusion.

The nuclear fission reaction continues to occur inside the device. Naturally, the professors and academicians sitting here cannot observe the nuclear fission reaction with their naked eyes. They can only evaluate the nuclear fission process through the real-time data changes on the display screen on the wall of the observation room.

Fission reactions require precise control of the fission chain reaction in the reactor to maintain the appropriate fission rate and power output.

In places they cannot see, the control system developed by Liu Xiangjun and others is operating stably according to the system settings.

Nuclear fission control rods, neutron sources, and control material valves are all participating in the reaction in an orderly manner, constantly controlling and adjusting the intensity of the fission reaction.

Nuclear reactors generate a lot of heat energy during the fission process, and the cooling system is needed to control the temperature and take away the heat energy to prevent the reactor from overheating.

The cooling system, a branch of the control system developed by Liu Xiangjun and others, was jointly developed by engineers from the Titanium Star Department and some nuclear project engineers who were once formed by Jiuzhou Technology in Neon.

There is no other reason, just that these engineers are very experienced in this area.

Coolant, cooling circulation system, and heat transfer equipment operate at the specified power.

Because the nuclear fission process will produce radioactive radiation, it is necessary to have shielding walls and isolation modules that are strong enough to isolate radiation and are built with special materials.

As for other safety protection equipment and safety control measures, Gu Qing actually didn't need to tell these academicians. Liu Xiangjun and others had done their best to develop them.

Nuclear fission is a form of nuclear reaction in which a heavy nucleus is hit and becomes two lighter nuclei. When the reaction occurs, high temperature is generated.

At the same time, only extremely high temperatures can cause the nuclei of heavy nuclei to fission and release huge energy.

Different nuclear fission reactions correspond to different nuclear fission temperatures. The nuclear fission temperature of uranium-235 is about 200 million degrees Celsius, while the nuclear fission temperature of plutonium-239 is about 300 million degrees Celsius.

The temperature on the display has been soaring.

One hundred degrees Celsius, it passed in the blink of an eye.

One hundred thousand degrees Celsius, it was like a fleeting moment.

One million degrees Celsius, it has already reached the extremely terrifying hell.

The boiling point of ordinary natural water in nature is one hundred degrees Celsius at standard atmospheric pressure.

The melting point of metallic iron is 1535 degrees Celsius, and the boiling point is also 3000 degrees Celsius. Even the precious metal "gold" has a melting point of about 1064 degrees Celsius, and its boiling point is higher, but it is only 2856 degrees Celsius.

At this moment, the temperature at the core of the nuclear fission reaction device has soared to tens of millions of degrees Celsius.

If a scalpel made of tungsten steel is at the core of the device at this time, it will probably boil instantly and then be melted and disappear without a trace.

Whether it is various materials made by humans or substances existing in the nature of the blue planet, they cannot easily withstand such high temperatures at present.

But at this moment, the most simple and plain "junior high school knowledge" has become an important basis for the success of this device.

The steam engine needs a boiler that boils water to produce high-pressure steam. This boiler can use wood, coal, oil or natural gas or even combustible garbage as a heat source, and then the steam expands to push the piston to do work.

In this process, if it were not for the existence of "water" as a coolant, the high-pressure steam boiler would have been burned out long ago.

The same is true after the nuclear reaction begins. The high-speed neutrons generated by the nuclear reaction must be slowed down to become slow neutrons to maintain the stable operation of the nuclear reaction.

The former polar bear's Chernobyl nuclear power plant uses graphite pile technology, many nuclear power plants in Neon Island use boiling water reactor technology, and the nuclear power plant developed and designed by Liu Xiangjun and others uses pressurized water reactor technology.

This is the advantage of latecomers.

Because of the outbreak of the Chernobyl incident, the huge hidden danger of positive cavitation effect in graphite piles was exposed. Once the reaction is out of control, the nuclear reaction speed is getting faster and faster, which is very likely to cause an explosion. Therefore, this technology was abandoned by the project team members in the case of seeking stability.

After using neutron moderators to obtain slow neutrons and successfully maintain nuclear reactions, the next step is to extract the heat energy in the reactor to drive the turbine.

The nuclear fission pressurized water reactor technology used by Jiuzhou Technology this time, the "pressure" comes from his closed first circuit.

This loop that is directly heated by the reactor is highly sealed. Therefore, in this case, the water will not vaporize at the boiling point of 100 degrees Celsius as in the natural environment, but will be heated to about 290 degrees Celsius to 350 degrees, and then pumped into the second loop to heat the water in another loop.

In this way, the second loop is equivalent to a "water bath heating boiler". The high-temperature water of the primary loop is used as a heat source to heat the water in this "boiler" to form high-temperature and high-pressure water vapor to drive the steam turbine.

Also because of the isolation of the equipment, the pressurized high-temperature water in the first circuit will not penetrate into the secondary circuit, which will not cause nuclear contamination of the steam turbine.

At the same time, since the first loop is tightly sealed by special materials, the neutron moderator and heavy water will not be lost, which reduces a lot of work.

This is an advantageous route that has been traveled countless times by “predecessors”.

But also because of its "safety", the power of the steam turbine is quite limited, and the electricity generated is not as "violent" as the other two nuclear reactors.

The biggest problem is that since the first loop uses high-pressure hot water as the working fluid, the heat source temperature of the second loop is determined by the water temperature of the first loop. This results in the second loop not being able to achieve higher boilers like traditional boilers directly heated by fossil fuels. The temperature is high and more powerful steam cannot be produced.

So, that's the price of security.

However, this group of professors and academicians from Xia Ke Academy were very surprised when they saw the temperature data of the second loop of the nuclear reactor device of Jiuzhou Technology.

The water temperature in the second circuit is higher than the water temperature in the first circuit they have ever designed!

"The temperature of the first circuit has actually exceeded 700 degrees Celsius!"

"The temperature of the second circuit is higher than what we originally designed. Did Jiuzhou Technology use special materials?"

"So far, this pressurized water reactor has not had any problems. When the device is started, the core temperature of the device increases very quickly!"

"As expected of Jiuzhou Technology, I heard that in order to open up overseas markets and not leave possible nuclear contamination in our territory, they actively chose to find nuclear energy talents from other countries. This was also their first nuclear fission The experiment was not only a success, but it also seemed to use a lot of technology that we don’t have.”

"Previously, the technological progress of Jiuzhou Technology has not occurred in the field I am focused on. Now it seems that this may be a blessing. If Jiuzhou Technology had entered the field of nuclear energy research from the beginning, I am afraid that our current nuclear fusion can be commercialized. "

Daxia's official nuclear fission technology is not only at the forefront of the times, but also extremely safe. Moreover, Daxia's official nuclear fusion technology also has major breakthroughs every once in a while.

Among the professors and academicians present, there are also people who have participated in nuclear fission and nuclear fusion projects, but they were unable to keep up with the progress of the projects, so they turned to the education front in order to cultivate more nuclear talents for Daxia and mankind.

It is precisely because of this that the look of surprise in their eyes has not subsided. Even because the nuclear test process is getting faster and faster, they feel more surprised, shocked, and even fear that they themselves are not aware of.

They have "crossed the river by feeling the stones" before, and their experiments sometimes failed. But for the first time, Jiuzhou Technology crossed the river by feeling the stones and walked very steadily.

If Jiuzhou Technology can maintain this kind of research and development progress and efficiency...

"Nuclear fission devices generate electricity. As long as the control technology is mature, the power generated by nuclear fission explosions can be used to propel rockets into flight.

If you are so surprised just after seeing the experiment of nuclear fission power generation, it would be too much of a fuss.

However, the prospects of nuclear fission are still not enough. When a base is established on the moon, no one will supervise it, and then they can actively participate in the nuclear fusion project.

When nuclear fusion is successful, a certain amount of energy will be guaranteed in the solar system. I wonder if the system will provide antimatter engines or jump engine technology in the future? "

Gu Qing was thinking in his heart.

He has always understood the surprise of these professors and academicians who have been relegated to the second line of education, but behind the understanding, he does not take it seriously.

As long as the progress is controlled and this group of people is not made to feel that they are "unworthy of their talents," that will be fine.

Gu Qing was in the operating room, thinking.

Liu Xiangjun, Zhang Tianhao and others were staring at the screen in front of them. As long as the data in any section did not match the data collected by the virtual experiment, they would immediately take manual intervention to control it.

In Junfang's observation room, although He Zhifou was not an expert in the field of nuclear energy, he had done a lot of homework before coming, so he could understand how unrealistic the data he saw was.

Among them, there are also "anonymous" nuclear experts.

“The temperature is increasing so fast that the performance of the first loop, the second loop and even the subsequent turbine devices are all 30% higher than those of similar devices, and some data have even doubled.

This is simply unbelievable. If this control system is applied to nuclear weapons, the efficiency of nuclear weapons will probably increase by about 30%.

【雛】Element, he is also a nucleus?

Jiuzhou Technology is indeed the most evil company among the elites of this era. Moreover, there are not only a few nuclear crisis handling measures. In this set of procedures, there are some blocked links, which should be the key nodes of nuclear crisis handling equipment. Once a problem occurs, Jiuzhou Technology engineers will quickly solve it.

Incredible, incredible. "

The Junfang nuclear physics expert, who has two sets of "real identities", has been whispering "unbelievable" in his heart.

He didn't even know if the people above him would believe the report after he handed it in.

When the core temperature of the reactor of this small nuclear fission device soared to 60 million, the experts, professors, and academicians in the observation room no longer knew how to evaluate this device.

A small modular device, under the condition of controlled nuclear fission, can actually steadily raise the temperature to a high temperature of 60 million degrees Celsius.

Does this mean that as long as the nuclear engineering talents of Jiuzhou Technology are given enough space and resources, they can raise this controllable temperature to 100 million degrees Celsius?

You know, this temperature is already an extremely high temperature for studying nuclear fusion.

Power generation continues.

Three minutes...

Ten minutes...

Twenty minutes.

When it was thirty minutes, the following prompt text popped up on the display screens of all observation rooms.

[The first phase of the experiment is over, the reaction device will start to cool down in ten seconds, seven, six, five, four...]

It's over.

Experts, professors, and senior executives of Xia Keyuan and Da Xia Junfang seemed to suddenly feel their hearts beating.

The sound of bang bang bang made them come back to their senses abruptly.

"Huh...success."

"Congratulations to Jiuzhou Technology. They have mastered stable and safe nuclear energy."

"Everyone, I think everyone should have no other questions about the report of this experiment, right?"

What questions could they have in the face of a perfect nuclear test?

"We will communicate with the development team of this device later. The data of the first and second loops are obviously problematic, but I don't know how Jiuzhou Technology did it."

"If Jiuzhou Technology can replicate it at least three times, then I am willing to approve Jiuzhou Technology's application."

"I still have too many questions. Why does this mature technology have so many strange data?"

It stands to reason that the expert team who inspected the experiment did not cheer when the experiment was successful.

But Gu Qing did not cheer, and no one in the experimental operation room cheered.

Liu Xiangjun, one of the test leaders, said calmly in the voice channel: "The first test will run for half an hour. Please ensure that all data is collected in each group."

Then, he changed another communication channel and typed a special encrypted character.

This is an encrypted language that only a very few people within Jiuzhou Technology can master. Through this language, Liu Xiangjun can issue commands to many special devices and intelligent robots.