The academician's concept of mountaineering is really super serious, beyond our imagination. My former graduate supervisor was a powerful person, who used to be a researcher in aerospace at the Chinese Academy of Sciences, specifically studying aerodynamics. The leader of their small team was a particularly good academician, and one day, this academician died suddenly.
He went to the academician's hometown to attend the funeral, and when he returned three days later, he found that his wind tunnel had been demolished, the water valves and water pipes in the water cave had also been dismantled, the entire laboratory had been dismantled (each section was about the size of six offices), and all the dismantled pipes were piled up in a warehouse. There is also a high-precision miniature wind tunnel, which was thrown directly into the warehouse, and it is almost wreckage.
After inquiring, it turned out to be their academician's nemesis, who wanted to snatch their laboratory in the name of reassigning the laboratory. The mentor's team was in dire straits, and no one could stop them, so they had no choice but to leave.
The water hole is okay, less used, but the two wind tunnels are the most important things for the tutor, although the construction cost is not too high, but in order to improve the accuracy, the tutor and the manufacturer and the students have debugged and transformed together for more than a year, and now the accuracy and stability can be called the domestic first-class. In addition, the supporting various testing equipment is as high as tens of millions.
After that, the tutor was very depressed and eventually left the Chinese Academy of Sciences.
Later, every time I drank and talked about it, the instructor kept sighing and saying that the newly built wind tunnel could no longer reach the original accuracy, and he was so distressed that he couldn't do it.
In fact, there is not much difference between the modern academic circle and the ancient gate valve system, and the interpersonal relationship is the main factor.
1. The mentors also warm each other in this small group, and mountaineering is everywhere. He once mentioned that there are three old gentlemen with a super high level, but they chose to study independently, and the results were very miserable, with no ** support and no resources to rely on.
2. Why don't you just grab it and use it?Another academician has a different research direction and is not needed at all. In the eyes of connoisseurs, this thing is a treasure, but in the eyes of the layman, it is a pile of scrap metal. The tunnel is not ordinarily large, covering an area the size of six offices, and although the construction cost is not too high, it is not easy to debug to meet the requirements. Although the wind tunnel is large, it focuses on commissioning, and the cost is really not high, it is said that it is not even three million, but the electricity bill is relatively expensive.
3. The volume of the wind tunnel and the water tunnel is very large, the wind tunnel requires that there can be no underground floor on the first floor, and the water tunnel consumes dozens of tons of water every time it runs, which is indeed very resource-consuming. It is estimated that it will take a lot of effort to apply for these resources.
4. These equipment belong to fixed assets, and they are all labeled with fixed assets and recorded in the ledger. Although it has been dismantled, it has not gone through the scrapping process, so it has only been transferred to the warehouse. These things were relatively early, and the management at that time may not have been so strict, so there was also such a situation: the funds are not spent at the end of the year, what should I do?Buy equipment!After buying it, I found that no one could use it, and even the wooden frame was directly accepted, solidified, and then put in the warehouse for scrapping.
5. Taking the wind tunnel as an example, its construction process is to design, simulate, adjust, and meet the requirements, and then build according to the results. But we all know that the results are very different from the actual situation. Therefore, on-the-spot adjustment and modification is the most critical. This process requires climbing high and low, drilling holes to deploy sensors, which is time-consuming, laborious, and accident-prone.