Among the students who heard this conversation on the sidelines, some had extremely violent inner fluctuations.
The manufacturers that the Special Equipment R&D Center cooperates with are all Blue Star's top factories. For example, if a high-temperature alloy manufacturer wants to be a high-temperature alloy supplier for its own project, it must go through an extremely demanding and complex verification process.
First, the trial sample needs to be delivered to the forging factory established by Titanstar and accepted for inspection. After passing the inspection, the forging must be inspected by Titanstar's parts factory and then processed into parts.
This inspection process requires at least nine rounds, that is, the metallurgical plant needs to provide nine batches or more of alloy ingots to the forging plant to make forgings, pass each layer of inspection, and finally make qualified parts.
Only the finished products in each batch of the above links fully meet the process requirements can they be included in the procurement system of the special equipment R&D center.
Moreover, due to the high barriers to industry entry, Daxia currently implements licensing management for weapons and equipment scientific research and production activities, and no corresponding production activities are allowed without obtaining a license. Those engaged in fungi-related production activities must pass strict examination and obtain bacteriology qualifications.
The special equipment R&D center uses Jiuzhou Technology’s secret qualification channel for bacteria engineering. The communication and cooperation are with bacteria engineering companies. These companies have strong R&D, management and quality control capabilities, and they are not short of such a small amount of money.
The reason why we accepted the cooperation of Jiuzhou Technology Special Equipment R&D Center is entirely because the cooperation between Jiuzhou Technology Titan Star Community and them over the years has been very successful. Everyone has obtained advanced technology and equipment, so they are willing to go to the Special Equipment R&D Center again. Boat.
After rejecting this batch of materials, Li Zhaotang, the head of the laboratory, said with emotion: "The core barrier of deformed high-temperature alloys lies in the smelting of raw materials.
The triple smelting process of vacuum induction smelting, electroslag remelting, and vacuum arc remelting is used to prepare large-size ingots and master alloys. The forming is completed through a specific forming process and the microstructure is specifically controlled. Finally, the alloy ingots are prepared into various specifications. Standard parts materials.
The preparation of various high-temperature alloys we need has different process barriers from raw material smelting to different forming processes. The process progress of these factories depends to a large extent on the stringent requirements for materials in our laboratories.
After all, these reworks will require the factory's technical department to conduct repeated trials to optimize marginal parameters, and the construction of heavy-duty processing equipment and the accumulation of manual experience can only grow through repeated trials and tribulations.
To protect these factories, we should be stricter with them.
If we care about our projects, we should also care about every gram of materials used in the projects.
I heard that the factory is already carrying out research work on triple pure smelting of high-temperature alloys. According to theory, compared with the current double vacuum smelting process, the stability of the triple smelting process will definitely be significantly improved, and the carbide will be further improved. Uniformity of distribution and thermoplasticity.
I asked the factory for more requirements. Not only did I need to pass two decimal places, I also needed a breakthrough to one decimal place.
The materials from our research project will be used in more than just nozzle components in the future? The components that can be seen everywhere in the vector engine all require materials with similar performance to a greater or lesser extent, so everyone should not ignore these things.
When I was working in the Titan Star Department, Mr. Gu once said something that remains fresh in my memory. He said, 'Every small detail in scientific research is a boulder on our normal path. Every detail that is handled well is A smooth road was opened up. '
At the beginning, the mecha R&D department hastily ended the research and development of the mecha's mechanical structure and materials. Although the final product satisfied both Junfang and ordinary people, the final 'Wukong' mecha, which was personally designed and supervised by Mr. Gu, was Being able to use the same craftsmanship to show a force value that ordinary mechas cannot compete with relies on careful consideration of every link.
So after that, the mecha research and development department seemed to have disappeared. They did not stand up to speak at many meetings. Every time they spoke, they only asked for people and equipment.
I think that if they work so hard, the next version of the mecha may actually be allowed to be used as a regular weapon.
More than half of this year has passed. When our company begins to summarize this year's major R&D projects, if we are embarrassed on the vector engine project, I am afraid that there will be many fewer engineers willing to come to our laboratory next year. "
Li Zhaotang's tone was filled with emotion, but his hand movements did not stop.
After taking out the tablet and taking a picture of the material in front of me, I clicked the unqualified button and gave it a score of 4.5, um, ten points.
The materials have not been sealed and returned, but the order score has been presented to the internal management system of a certain bacterial manufacturing company.
A staff member with a calm breath became confused after seeing this score and the three characters "unqualified".
"He brewed it, and it was unqualified. He is really a troublemaker! If there had been such a troublemaker in my camp back then, I would have made him run dozens of kilometers with heavy loads for extra training!"
After scolding several times, the staff member with a somewhat angry face picked up the keyboard on the side and resumed very skillfully: "Our company has learned that, please return the material in accordance with the agreement. After the inspection is completed, , our company will restart the process for your company..."
Witnessing the "scientific research work" of Li Zhaotang, the head of the vector nozzle material and cooling R&D laboratory, Gu Qing nodded with satisfaction, and then quietly left the laboratory.
He was not afraid of being held by this senior engineer who liked to hold his hand and discuss technology, the industry, and the international environment. He just felt that his work performance was already very good and there was no need for someone outside the industry like him. People come to give advice.
After all, it was Gu who was responsible for causing headaches to those bacteria companies and factories, so Gu Qing left with a bit of lightness.
After leaving the laboratory in five steps and two steps at a time, Gu Qing walked directly to the [Special Flight Equipment Pilot Function Research Laboratory].
The office area of this laboratory is not on the upper floor of the building, but on the third to sixth floors underground, with a total experimental area of more than 10,000 square meters.
On the way, Xuanwu wisely collected some information and provided it to Gu Qing for viewing.
Although Xuanwu compiles several relevant documents from major laboratories every day, these documents are all general descriptions, and some details and "unimportant" items have been deleted to ensure that Information density.
In the information collected this time, Gu Qing saw real gaps and historical issues.
At present, there is a gap between the number of bacteria machines in Daxia and the scale of Uncle Sam, but the total gap is only the total quantity gap, but the technical gap is extremely vague, and many models have even surpassed the American machines.
According to Xuanwu statistics, the total number of Uncle Sam's active germination machines is 16,236, accounting for 27% of the world's active germination machines, while the total number of active germination machines in Daxia is 5,254, accounting for only 7% of the world's active germination machines.
Looking at various segmented aircraft types, fighter jets are the main force among Bactrian aircraft, with a total of 1,781 aircraft, but the number is less than 60% of Uncle Sam's in the same period, and the number of other aircraft types lags far behind.
In addition to quantity, the advanced nature of Bacteria's aircraft has already shown outstanding performance. Although it is currently in a critical period of upgrading, new fighters are being fielded at an accelerated pace, and the number of special aircraft, transport aircraft, bombers and other aircraft is also increasing. increase.
As soon as all second-generation aircraft have been replaced by third-generation aircraft, many third-generation aircraft have already begun to be replaced by fourth-generation aircraft. While these fourth-generation aircraft are still precious treasures, the J-20, a fifth-generation aircraft, is also listed openly. Pack.
Because the Bacteria Machine in Daxia Bacteria has a small inventory, it can be replaced and upgraded more quickly.
Over the years, the cooperative relationship with Daxia Junfang has deepened, and Gu Qing also learned something: the ratio of the purchase cost of the entire bacterial aircraft and the maintenance cost during the life cycle is close to 1:1.
In other words, if Jiuzhou Technology can guide these bacteria factories and material factories in Daxia to carry out technological upgrades, and if it has some excellent enough metal patents, there will be a lot of small money in the future trillion-dollar maintenance market of bacteria aero-engines in Daxia. Fall into the pocket of Jiuzhou Technology.
No, on this road, Jiuzhou Technology still has many competitors.
For example, Western Superconductivity, which was established 21 years ago, is currently the only company in Daxia that has commercialized the production of low-temperature superconducting wires. It is also the only company in the world that produces full-process niobium-titanium ingots, rods, and wires.
Jiuzhou Technology has cooperated with this competitor on many projects, such as the research and development of high-end titanium alloy materials and low-temperature superconducting materials. It is also one of the main suppliers of Jiuzhou Technology's UAVs, aerospace department products, and mecha R&D departments.
They are not only competitors in making money, but also cooperative friends in the field of research.
This complicated relationship did not make Gu Qing feel troublesome, but made him feel much more relaxed.
After all, I have now focused my attention on the big project of developing the moon. In other resource fields, it is a good thing to have stable teammates to provide high-quality materials.
The sound insulation effect of every room in the Special Flight Equipment Pilot Functional Research Laboratory is so good that when Gu Qing entered the observation area of a certain laboratory, he could not hear any sounds from the experimenters inside.
However, on the examination table, the experimental participant, who was tightly tied up like a rice dumpling, had out-of-control facial expression management.
The twisted expression made Gu Qing feel a little scared when he saw it.
This is what makes the Special Flight Equipment Pilot Function Research Laboratory special. The vector nozzle material and cooling R&D laboratories and the vector nozzle change mechanism design and control system R&D laboratories upstairs are all conducting research and development on physical materials. .
However, this special flight equipment pilot functional research laboratory conducts various tests, cultivation, development and re-testing of "biological materials" inhumanely.
The Future Warrior Project is a human enhancement project jointly developed by Gu Qing and Junfang. The confidentiality level is extremely high. However, during the progress of the experimental project, the experimenters are treated very humanely. Every experiment will fully respect the human dignity of the experiment participants and do their best to ensure that the experimenters are protected. of physical health and mental health.
Even every drug test is conducted based on each person's physical fitness after animal experiments such as rats, rabbits, and monkeys are completed.
In this slow and scientific process, Gu Qing, as a participant in the project, has achieved physical fitness that far exceeds that of ordinary people.
Compared with the Future Warrior Project, the experiments of the Special Flight Equipment Pilot Functional Research Laboratory appear to be very rough and cruel.
Although the laboratory's experiments are conducted on animals such as rats, rabbits, and monkeys before benchmark tests are conducted based on each person's physical fitness, the success criteria for animal experiments are completely different from those of the Future Warrior project team.
In the Future Warrior project team, in the last stage of the monkey experiment, any intelligence, cognitive ability, or physical problems in the monkeys will affect the hearts of countless scientists, biological experts, and doctors. After all these abnormalities are dealt with, Only then can you enter the next link.
In the special flight equipment pilot function research project, scientists only need to record the last step - the monkey experiment. The monkey's special reaction can be entered into the next step after confirming that it does not endanger life or cognition. Human testing.
Of course, the selection of human beings as the experimental material for this laboratory research project is not as harsh as that of the Future Soldier project. Basically, orangutans that are very close to humans are used.
Even on the sixth floor, Gu Qing saw several identical orangutans placed in life-support cradle.
"Your intuition is right. The original cosmic ray radiation has no benefit to orangutans. However, after several generations of reproduction, some of the genes that are better for the current environment will be retained and even become dominant genes.
Due to long-term immersion in the life-sustaining cradle, larger air bubbles were produced in the lungs of the twenty-second-generation experimental subject. At the same time, the teeth were severely degraded, and the pineal gland grew somewhat larger.
Every time we wake up these orangutans, their eyes gradually lose their confusion, and some of them have even figured out addition and subtraction within ten.
They have been observing us without any instruction from us. Although they are unable to walk under the constraints of the life-sustaining cradle, in our surveillance video, five orangutans have already used their hind limbs to walk in their sleep. Forelimbs lift off the ground. "
Listening to the person in charge of the special flight equipment pilot function research project excitedly citing various examples beside him, the expression on Gu Qing's face never relaxed.
After the other party finished introducing the situation, Gu Qing, the founder of Jiuzhou Technology, turned his head, stared at the experimental project leader, and said with cold eyes: "So you haven't cultivated a cyborg orangutan that can conduct space experiments yet?"
The person in charge of the experimental project was in a trance when he saw the cold eyes.
"We are still unable to understand the origin of orangutan intelligence, so it is currently impossible to develop technology that can erase the intelligence of orangutans while allowing them to retain their physical mobility for a long time."
(End of chapter)
