Graphene material, for people in this era, can be said to be unheard of, in most people's cognition, steel is always harder than non-steel materials, carbon materials are diamond, but his processing is more difficult, except for the use of gemstones, there is no other use. Pen @ fun @ pavilion wWw. ｂｉｑUｇE。 ｉｎｆｏ

However, graphene is different, not only strong, but also malleable, if a special method is used, graphene as a coating, attached to a layer of cotton material, the body armor, even if it is a thin layer, is more powerful than tens of centimeters thick steel, bringing comfortable performance and extremely light weight, but also brought a breakthrough in individual technology, if the body armor woven with graphene, into the military application, individual soldiers can resist artillery fire, it is not impossible, This is something that can only be obtained in the science fiction world in the era when artillery was still the king of the army, and a person wearing this material is almost invincible on the battlefield.

Yang Yuanzhao knows that this is the exact existence, in the later generations of the 2010 Nobel Prize is the two people who sorted out graphene, they are also in the history of the Nobel Prize, from the results to the award of one of the shortest group of people, many people are decades later, dying old, only to win the award, but they from the results to the award, it took only 6 years to win the Nobel Prize, aside from the Nobel Prize did not have much influence in the early days, in most cases, more than ten years is considered less, some people even to death, to receive this honor.

However, it took only 6 years for these two people to discover graphene materials and win the Nobel Prize, which also proves that this material is powerful. However, graphene is too advanced for this era, and in the eighties and nineties of later generations, many people think that graphene is only a material in theory, just a material in science fiction, but it definitely exists. In the laboratory, graphene materials can be produced, he will become the strongest material in the world, his strength, is 200 times that of steel, a thin coating, can reach the strength of tens, or even hundreds of millimeters of homogeneous steel plates, his ductility, can reach 20% of itself, such a material, can make the armor have a strong protective force.

Such a strong and powerful material, in the previous concept, must be quite heavy, but in fact, his weight, is extremely slight, a layer of graphene material, a square meter in size, only one milligram, multi-layer superimposed, not very heavy, almost equal to 0 weight, it solves the biggest problem of protective armor, the problem of weight and protection, will lead to the biggest change, super fighter, super tank will be born, in the absence of a countermeasure, These graphene-coated weapons will be invincible.

In the year when graphene materials were born, some people proposed to use graphene materials to superimpose hundreds of layers as armor to build a super missile destroyer, reduce the weight of the armor and parts that can reduce weight, strengthen seaworthiness and fluidity, and see how fast this battleship with strong protection can sail, which will become a super missile destroyer.

It's just that this statement has not gotten any, relative to the warship, the use of graphene by the aircraft is the mainstream, relative to the limitations of the ship, the aircraft is the all-weather combat and the strongest weapon, the land itself for the aircraft strike, can only rely on anti-aircraft machine guns and anti-aircraft missiles, after the graphene strengthens the protection of the aircraft, unless it is a large-yield ballistic missile, it is difficult to deal with this aircraft.

Graphene material is just a vision for the future, and even now, even if it is made, it is not used much, this is just the most ultimate material for future research and development, which is arranged by Yang Yuanzhao, and even the research in the laboratory is also the leading material of grapheneCarbon fiber, even if graphene cannot be produced, as long as qualified carbon fiber is produced, there will be great progress in many fields such as reactive armor and aviation armor.

Graphene belongs to the future of the baby, semiconductors are the current mainstream, through the guidance of Yang Yuanzhao, from the tube into the field of semiconductors, gradually from the tube to the transistor, and then to the integrated circuit, in just a few years, China has gone through other countries, may be thirty or forty years of development of the road, the reason is very simple, on the one hand, Yang Yuanzhao for the development of electronic products is very clear, tubes, transistors, integrated circuits, large-scale integrated circuits, ultra-large-scale integrated circuits.

According to this development step by step, with the in-depth research on semiconductors, the gradual improvement of various things used, some even if it is 1%, a lower success rate, just developed in the laboratory, these things, can be copied through the all-in-one machine, plus software and research to keep up, China has already gone through the level of tubes, transistors, integrated circuits, and initially groped for ultra-large-scale integrated circuits.

Although this is considered to be a seedling to grow, but the previous several development processes, electron tubes, transistors, these have little impact on the back of microelectronics and semiconductors, this thing belongs to the low-level, high-cost, poor performance of the product, as long as the foundation and accumulation are completed, help enter a higher level.

At present, China's integrated circuits, can be in a palm-sized structure, the integration of thousands of tubes and semiconductors, which is quite useful for miniaturized sonar, early radar and sonar these materials, especially the tube, the degree of delicacy is amazing, radar and sonar are prone to problems and failures, is because the tube consumes too much power, easy to have problems.

Later generations of World War II American computers, a few houses as big, can complete 5000 times per second of operations, even the central processing unit of the calculator of later generations is not as good, the reason is in the tube, and even easy to make mistakes, the tube life is very short, a little use of a period of time will be broken, to ensure the normal operation of the computer, basically there is a special person for replacing the tube, often within a few days, the tube is replaced on one side, not only the power consumption is huge, the cost is also quite high, However, integrated circuits are different, the same work can be done, but the power consumption is small, and the size is also small, which is more suitable for the miniaturization of sonar and radar.

Of course, graphene is a material, and even carbon fiber, which is easier to obtain, is not something that can be touched by Chinese science and technology now, carbon fiber is good to say, the laboratory has found a clue, and it is expected that in a few years of research, these materials can be applied, but graphene, is just a theory, and even the theory is not involved.

These are relatively distant futures, compared to graphene, which seems to be a material in science fiction, or the reduction of sonar is the most important, compared to radar, the rest is easier to shrink, and in the end, sonar is controlled at 160 kilograms, and the volume has been reduced to an acceptable level, compared to the ultra-small sonar of later generations, it is not very good, but it is enough to load an airplane.

Smaller, more powerful, faster for the sake of the sonar installed on the aircraft than the ship, the enveloping range is much larger than the ship, at least several times larger, and then with the speed of the aircraft, you can search for a large enough area in a short time, which is more efficient.

Before there was no aircraft, anti-submarine ships could be used to deal with it, but after it was determined that the sonar was installed on the aircraft, it eventually gave birth to the birth of the anti-submarine aircraft, which is the best anti-submarine choice, and the aircraft was equipped with sonar, and it could also accurately judge the position of the opponent and attack.

Airplanes and submarines have a natural imbalance, submarines can't deal with airplanes, even the most powerful nuclear submarines in later generations, can launch nuclear missiles that destroy countless cities, but on nuclear submarines, it is almost impossible to equip anti-aircraft missiles, water barriers, so that the accuracy of launching anti-aircraft missiles is quite low, ballistic missiles can also be fine-tuned through satellites and command systems to ensure the final hit rate, tactical missiles and anti-aircraft missiles, no, before waiting for radar control, it has already flown off.

When the destroyer attacks the submarine, it must also guard against the danger of being attacked by the submarine, which does not exist at all for the aircraft, the submarine cannot deal with the aircraft, but the aircraft can deal with the submarine wholeheartedly, as long as the trace of the submarine is found, the efficiency of the depth charge dropped by the aircraft is far better than that of the destroyer, the destroyer uses sonar at most, at most to judge the approximate location, and even when the depth charge is dropped, it also needs to be relatively high, and the bomb will also affect the efficiency of the sonar, but the aircraft can, To a certain extent, there is still an impact, but this impact is within an acceptable range.

After a little argumentation, the main force of anti-submarine was transferred from submarines to aircraft, but there are many types of aircraft, and it is necessary to select a suitable one from the many types, as the carrier of sonar, to become an anti-submarine aircraft, and each fighter and bomber can be combined at will, and the most suitable ratio must be found.

In the end, in the selection of aircraft, the lightest monoplane was not chosen, according to the performance of the aircraft, the monoplane can be strong at most 500-800 kg, 200 kg more than one person, that is, the maximum depth charge is 12, this is still 50 kg, and the maximum of 100 kg is 6.

Anti-submarine aircraft can be formed into formations, 4-aircraft formations and 8-aircraft formations, so that relatively more density can be maintained, but after careful measurement, especially under the premise of choosing a balance between speed and lethality, the anti-submarine aircraft finally chose a medium-sized twin-engine aircraft, such a twin-engine aircraft can be dispatched alone, both in terms of efficiency and range, it is enough to be satisfactory. (To be continued.) )