Technology: Breaking the monopoly global hegemony

Twenty-five minutes later, the nuclear power plant started operating on time.

During the consultation just now, the professors, academicians, and department heads in the observation room all knew that once the device starts operating, the energy output will stabilize within an hour.

And then, it will be a critical time to test the nuclear technology of Jiuzhou Science and Technology.

If it succeeds, it means that the exploitable value of the moon will rise to another level by leaps and bounds, becoming a must-win planet for the Daxia Kingdom, and the Daxia Aerospace Group will also receive more terrifying resource investment than ever before.

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They will also wait for Jiuzhou Technology to review and inspect the results, wait for the report to be released, and determine how much change the new element [釛] element has brought to the experiment. Then they will conduct internal discussions and think about it, and finally decide on several plans.

As for it, if Jiuzhou Technology fails, they will put this project into limbo. This situation is simply impossible to happen.

Especially for Jiuzhou Technology, unless Jiuzhou Technology announces that it will never enter the nuclear energy field again, they may relax a little.

But that's just a little bit.

After all, who knows whether Jiuzhou Technology will engage in any drama of subverting the power and secretly plotting against Chen Cang?

They trust Jiuzhou Technology, but they have also been working hard to maintain their competitiveness and project sovereignty.

"I heard that your nuclear fission device this time is intended to be used in rocket launches?" an academician from the Xia Ke Academy suddenly asked while waiting.

As soon as these words came out, everyone in the exclusive observation room of Xia Ke Academy immediately became calm.

They are all experts and professors who have more or less contact with Jiuzhou Technology. They also know that Jiuzhou Technology is no longer making rapid progress in the aerospace field, but has become the second in the world, and even in some achievement projects, Jiuzhou Technology has become the only one in the world.

These achievements are still based on the JZ-404 rocket provided by Daxia Aerospace Group. If Jiuzhou Technology masters nuclear-powered rockets, then in the future...

Maybe if Mars Krypton doesn’t go to Mars, Jiuzhou Technology will go to Mars one step ahead of all the forces in Blue Star.

Even because of their relatively deep understanding of Jiuzhou Technology, the experts and professors present did not dare to shout out orders like they did to other companies, students, and project executives. They could only concentrate and wait for Gu Qing's response.

Seeing everyone's surprised expressions, Gu Qing calmly smiled and explained: "Academician Liu, we develop nuclear energy naturally to be able to apply it.

In addition to rockets, we also want to apply it to factory production, product development and other equipment operation projects.

After all, what we design is extremely safe and clean nuclear energy, which can also reduce more carbon emissions for Blue Star. Lucid waters and lush mountains are invaluable assets. Using science and technology to protect the environment and using science and technology products and technologies to care for the environment is the direction that Jiuzhou Technology has been working hard. "

Ordinary scientific research academicians, after hearing Gu Qing's suggestive answer, would agree and then move on to the next topic. But Academician Liu, who is wearing a special version of SR1 reading glasses, has the persistence to get to the bottom of the problem.

He continued: "Common nuclear fission technology engines include nuclear pulse rockets, nuclear electric rockets, nuclear thermal rockets and nuclear ramjet rockets. Taking nuclear thermal rockets as an example, the reactor structure is much smaller than that of a land-based nuclear power plant. Uranium- The purity requirement of 235 is higher, reaching more than 90%. Under such a terrifyingly high specific impulse requirement, according to our experimental derivation, the engine core temperature will reach about 3000K, which requires materials that are extremely high temperature resistant and have excellent explosion-proof performance. .

When nuclear power technology is used in the space environment, it will also face the danger of nuclear radiation. How do you overcome these difficulties? You must know that once a nuclear crisis occurs in space, the difficulty of rescue and crisis resolution is more than ten million times that of the Blue Star ground.

The neon island country next door turned a small nuclear power problem into a big problem, and now the marine environment has become a big trouble that needs to be solved urgently. This is the worst lesson from the past. "

Hearing this, Gu Qing finally learned about the mission of this group of experts and professors who came to participate in the experimental observation.

If your company has no plan to solve the nuclear crisis, or even a prevention plan, it is very likely that this group of professors and academicians will jointly submit a letter.

Although Gu Qing had already reached a tacit and tacit agreement with that person, these tacit agreements had not been written down on paper, let alone bound by a contract. He could not bet on whether the other party would take measures against his company's nuclear test.

After thinking about this, Gu Qing just answered: "Under the premise that nuclear fusion engines cannot be realized, nuclear fission engine technology can also serve exploration projects in the solar system. It can even carry out interstellar exploration by unmanned spacecraft when conditions are mature." During the journey, nuclear power can bring powerful endurance, which is unmatched by traditional chemical energy engines.

In order to realize the dream of all our engineers and scientists at Kyushu Technology, we have not only developed high-quality materials using the new element [釛] element, but we have also prepared an emergency system. Once a nuclear crisis occurs, the reaction device will be activated as soon as possible. information feedback,

Implement these measures in an organized and planned manner under unified command according to emergency planning procedures.

For example, there are complete arrangements for emergency monitoring, crisis assessment, engineering remedial measures, concealment, medication, evacuation, food and water source control, traffic control, and medical rescue.

In addition, if there is an uncontrollable problem, the system also has a detonation coordinate transmission, which is a last resort.

Within Blue Star, we will apply to Daxia officials for harmless treatment. If it is in outer space, we will apply for the installation of nuclear warheads before the rocket is launched, and transfer the control authority to the supervision of the relevant official departments of Daxia.

Once an unmanageable nuclear crisis is encountered, relevant departments can deal with it as soon as possible.

Of course, these are contingency plans for subsequent projects. After this nuclear test, we will add and optimize them based on everyone's opinions and suggestions. "

In conducting nuclear tests within the scope of Daxia's capabilities, Gu Qing has always kept the project department open to the government and responsible for the project while promoting the project.

With the influence and support of Kyushu Technology, only by "knowing the rules" can we obtain nuclear test-related permissions.

Otherwise, what if other technology companies want to conduct nuclear fission energy experiments?

In addition to rejecting the project application, Daxia officials will also investigate this unscrupulous company that does not overestimate its capabilities!