Chapter 3392 The unsolved mystery that caused the explosion
After a short break, the meeting continued.
After determining the research direction, the meeting went very smoothly. Everyone put forward their own suggestions and ideas, and a detailed experimental plan was quickly formulated.
This plan includes experimental steps, required equipment, personnel division of labor and other aspects, aiming to conduct a comprehensive and in-depth study of the interaction between the gold meteorite core and its environment.
This accident seminar also completed its mission amidst the applause of everyone and concluded successfully.
Except for a small number of experts who left due to work and other reasons, many experts stayed directly to participate in this research.
Next, they prepared experimental equipment, collected data, and analyzed experimental results according to the requirements of the experimental plan... Every work was carried out in an orderly manner.
In this process, Wu Hao also played his role.
Although he is not an expert in this field, he provides strong support to the research team with his rich management experience and coordination skills.
He helped coordinate equipment, arrange personnel, and solve various problems encountered in the experiment. With his help, the entire research work was able to proceed smoothly and progressed very quickly.
As the experiment progressed, the research team gradually made new discoveries.
That discovery excited the members of the research team. We realized that we had not yet found the important clues that led to the explosion of the gold meteorite core.
It can be completely ruled out. At that time, another expert said: "It may be that they overlooked something, maybe a specific wave band or a specific frequency of the electromagnetic gun of the equipment, ionizing radiation, or ordinary vibrations.
It will cause the core of the golden meteorite to explode.
"That possibility is ruled out, but judging from your current inspections, the surface material of the gold meteorite core did not find any dull metal elements and substances. Therefore, we now need to find evidence to confirm that, or
They say we can achieve regression and restoration through experiments." Liu Qiming nodded and said.
You think that you personally used some advanced instruments and equipment to observe and analyze the microstructural changes of the gold meteorite core in a specific environment, so as to gain a deeper understanding of its interaction mechanism with the environment.
An expert in his seventies who looked very young said at that time: "There are too few factors that caused the explosion of the gold meteorite star core. You can study and investigate them one by one. This is a waste of time.
"It's possible. If that's the case, the golden meteorite core should be exploded or broken into pieces. But let me see, the surface of the golden meteorite core is still broken. Is there any damage to it?
No matter what the damage was, it’s just that the overall weight increased by more than ten grams." Another expert retorted.
In fact, this type of stone explosion phenomenon has also occurred in nature. For example, during geological activities such as earthquakes or volcanic eruptions, rocks on the ground may be subject to huge pressure and cold. When these pressures and colds accumulate to a certain extent, the rocks may explode.
Ruptures, releasing gas or debris, producing an explosion-like effect.
Will the same situation exist for the golden meteorite star core? It was originally stored in a near-vacuum environment on the surface of the moon. Before being transported back to the earth, its internal pressure may change, or it may be caused by small particles under the earth.
The air pressure acts on the core of the gold meteorite, thereby breaking the pressure inside it and causing an explosion?"
As the chief technology officer of Haoyu Technology, I have also participated in research work in that area. When I saw Xiaojia's analysis and discussion, I also expressed my own opinions.
The expert who looked older did not hesitate to refute this, but put forward another hypothesis.
That kind of energy is enough to cause minor accidents such as explosions.
That would explain the cause of the accident. It must have been that the material on the surface of the gold meteorite star core combined with oxygen in the air or other materials in the laboratory before triggering certain specific conditions, resulting in an explosion.
As a student of Peng Zhengpiao, Geng Wenbo, who participated in the discussion, also put forward a suggestion of my own.
It's just that it was not the explosion of the stone itself, but the cracking and release of the rock caused by geological activities.
For example, a lower-precision electron microscope cannot help you understand the macroscopic structure of the golden meteorite core more vaguely and intuitively."
After hearing Geng Wenbo's words, no expert immediately retorted: "After we have not figured out the cause of the explosion, we just sent it to an electron microscope for further observation. If there is an explosion, the loss will be small."
So the worst thing is to try it again so that you can eliminate that possibility."
Liu Qiming nodded in agreement: "That's wrong, you really need to comprehensively consider all possible environmental factors.
"It may also be that the gold meteorite core contains some substances or gases that are difficult to cause explosions, such as methane, hydrogen sulfide, or even magnesium, potassium, rubidium, cesium, sodium, lithium, etc., which will
It was triggered under certain conditions to cause an explosion.”
"There is no possibility that under certain laboratory conditions, the core of the gold meteorite was exposed to low-level rays or lasers to simulate the behavior of the stone under extreme conditions, which may also cause the stone to explode." Yang Fan said.
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After hearing the expert's words, everyone present nodded in agreement.
At the same time, you also need to design a series of experiments to simulate those environmental factors and observe the reaction of star core materials."
"You think it's necessary, and you think we should start with the material and structure of the gold meteorite core. Before you obscure its material composition, content, and structure, you can know what caused it to explode.
Next, what we need to do is take a step back and study the mechanism of that interaction in order to better predict and control the generation of that energy.
After re-exploring the explosion site and sorting out the events before and after the explosion, they found that under certain specific conditions, the gold meteorite core would indeed react with certain substances or energy in its environment, producing astonishing energy.
So to be conservative, you think you should cut the gold meteorite core first, cut a part of it first, and use it as a sample for regression testing and observation. In that case, you cannot observe the internal structure of the gold meteorite core through the section before cutting."
Hearing Yang Fan's speech, Ding Chen shook his head repeatedly and said: "All the tests on the day of the explosion were carried out in accordance with the regulations, and there are no detailed records that cannot be queried. When the explosion occurred, did you use low-level rays and lasers?"
To illuminate the core of a gold meteorite, so that possibility should be ruled out."
Looking at the latest experimental data, the veteran expert Professor Qin took off his reading glasses and said to everyone.
"You first need to determine the environmental factors that may react with the material under the core of the gold meteorite, including temperature, pressure, radiation and other factors."
