These are several achievements, and the projects they are studying are also very complicated, such as metal lithium pool project, carbon nano-film material project, high-scoring polymer material project, led film optical imaging project and so on, which cover almost all important fields of new energy and new materials in the future.

Sometimes the manpower is exhausted. Liu Meijuan is a future person. Of course, she has targeted research in some non-key fields or dolphin science and technology fields and left them to other research institutions to study.
Various research results have been obtained, among which several single crystal alloy materials are excellent examples of both sides.
Bi Haibo’s five-person team is not clear about alloy material technology, and those imitation research teams are just good at it.
However, their previous scientific research conditions were too poor, and the alloy materials were always a little worse than foreign similar materials because of the lack of pure technology melting furnace and material composition testing equipment.
After arriving here, Dolphin Technology gave them the best experimental equipment environment, such as powder metallurgy, real melting furnace, tunnel microscope, high-precision metal powder ball mill and so on.
It is also a limited amount of scientific research funds. It can be said that this place is an ideal holy land for scientific research. These imitation research teams are almost like a duck to water, and it seems that a chemical reaction lacks a catalyst, as if it suddenly has a catalyst, so scientific and technological achievements break out one after another.
This is not an accident, but an inevitable result. They had a strong technical accumulation before, but they lacked a little condition. When they got here, everything would be solved.
With the high-purity and high-quality alloy materials and the new theory and technology of Bi Haibo’s team, there will be a fierce chemical reaction, and various materials with adverse properties will be born.
An ordinary low-alloy Mn-Mo alloy steel The tensile strength of this alloy material was 5p (atmospheric pressure), but it jumped to 3p as soon as it became a single crystal material.
What does this mean?
If this material is used as the submarine pressure shell, the maximum diving depth of China submarine can be suddenly increased from more than 200 meters at present to 3 meters, and it can be done only by a single shell.
If this material is used, the thickness of the hull of the ship can be further reduced, which greatly reduces the self-weight of the ship, and the ship can carry more ammunition and fuel under the same volume and power.
In the future, with this excellent steel, the impact strength of the aircraft carrier deck will be further strengthened, which means that some large-scale aircraft such as early warning aircraft, tankers and fighter planes can be added.
This is the advantage of single crystal material’s anti-fate performance. This is also the most common low-alloy steel single crystal. There are some rare metal alloy materials with better performance, such as nickel-molybdenum alloy steel made of aero-engine blades, which can solve the problem of aero-engine heart disease in one fell swoop.
I believe everyone knows the importance of materials, which happens to be one of the biggest shortcomings of China’s industrial technology and national defense technology.
Of course, these technologies are too rebellious. Liu Meijuan didn’t dare to take them out, sealed them directly and didn’t report them to the government. She wanted to take them out at an important moment to make demands on the government.
For example, up to now, Dolphin Technology has been approved by the construction application of Lingnan Province.
It is a kind of local area network, and it is not qualified to build a network in Shanghai, Yanjing and other big cities.
By the way, this new theoretical technology has been strictly blocked by Bi Haibo’s team. Only Bi Haibo’s team knows that this is the reason why Liu Meijuan can be strictly blocked.
Besides, Bi Haibo’s team doesn’t understand material technology, so in recent years, apart from constantly enriching single crystal materials, they have also studied another theory of physics against the sky.
This theory of going against the sky is also a bold conjecture that they have obtained after in-depth study of the microscopic field of matter.
As mentioned earlier, Bi Haibo judged that the gravity of the earth is really connected with the basic particles carried by pronucleus, that is to say, this force is caused by gravitational waves in the micro-world, and we humans have no feeling, so we can apply it to all substances, whether metal or nonmetal, whether living or nonliving.
Bi Haibo’s bold guess is whether there is a force that can counteract this microscopic gravitational wave to achieve a similar real environment. It is not a known chemical energy source that generates thrust and lift to counteract the gravity of the earth, but a new theory, such as offsetting the gravitational waves of the same gravitational wave to achieve a real environment.
Based on this conjecture, Bi Haibo’s team is deeply studying the principle of the wave base of the earth’s gravity, and only by knowing ourselves and knowing ourselves can we develop this new type of gravitational wave.
The advantage of flying or driving in the real environment is needless to say, for example, in the approximate real environment, the top speed of high-speed rail can reach more than 4 kilometers, while in the middle school, a small force can make a spaceship or satellite reach tens of thousands of kilometers per hour.
It is foolish for us to use chemical energy to generate strong thrust to counteract gravity.
Is the earth big? How can you compare the force obtained by the burning work of the earth’s material with that of the earth? This is the least efficient method.
It’s as funny as you put your left foot on your right foot and jump high, and it’s equivalent to the primitive man just learning to make fire.
Of course, it is certainly not easy to realize this theory of fate, but at least Bi Haibo’s team has found the right direction of research and development, and it is not impossible to achieve it in time.
In addition, the institute of materials is deeply studying several major projects, and the carbon nano-film materials have reached the edge of breakthrough, and some physical objects have been trial-produced with low success rate and large production. The research team is improving the production process.
This is the present situation of materials research institute. Although the economic benefit is not high and the investment is huge, it has made brilliant achievements unknown.
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Chapter 32 Development
Is Dolphin Technology just these institutes?
certainly not
Liu Meijuan has also established the Institute of Physics and the Institute of Chemistry, but these two institutes are completely controlled by foreign research teams, and Dolphin Technology has not sent a manager.
The first reason is that dolphin technology has no talents in this field.
Secondly, these two research institutes are supporting research bases for chip manufacturing equipment research and development. In chip manufacturing, apart from the most important photolithography procedures, there are also important processes such as etching, ion plating and doping, as well as photoresist with various properties.
These two research institutes are one of the project teams directly led by Liu Meijuan.
What achievements did Liu Meijuan’s scientific research team make in the past three years?
First of all, it must be said that their research is not based on research, but on several steps.
The first step is to study the original 6-inch silicon wafer production equipment in depth.
Then, on the basis of the technology I have mastered, I will constantly improve that set of backward production equipment.
These two steps are really learning stages, and the requirements for developing new equipment are much higher. Liu Meijuan has a bold plan to reach the standard of 10 nm or 16 nm in one step.
That is to say, it will take a year or two to accumulate technology if we develop chip manufacturing equipment.
After several years of research and improvement, they introduced ultra-deep ultraviolet laser lithography technology, immersion lithography technology, copper interconnection technology, double stage technology, fin field effect transistor technology and so on. The most mainstream process technology at present and in the future is that nano-scale precision technology has not been broken, but the level of 1 micron process technology is one generation behind that in Europe and America, reaching the second echelon level in the world.
However, this situation will soon change, because the development of nano-scale CNC machine tools has reached a breakthrough in edge difference, which is a timely problem.
From one micron behind the process level for three years to one micron, the process level has risen for four generations, which is an amazing achievement.
You can imagine the hardships in this, and this dolphin technology has also invested billions of dollars, but it can be said that this is all money.