"This kind of nanowire mesh has a strong deterrent effect on the seabed. If the enemy sneaks into our territorial waters without knowing it, he will definitely not dare to break in again next time." Yang Hongyi looked at the bundle of carbon nanowire threads in his hand, thought for a moment, and looked at Luo Sheng and added:

"But, this thing is so sharp that even the steel bodies of warships cannot stand it. If it is deployed on a large scale in my country's territorial waters, it will inevitably affect the migration of species in the entire marine ecology and cause damage to the natural ecosystem."

Hearing Yang Hongyi’s concerns, Luo Sheng smiled and said, “The problem is not big. The main goal is to intercept big guys like submarines. They are not going to catch fish. Just make the size and density of the net smaller. 99% of fish creatures in the ocean can pass through. After all, big marine creatures are a minority, mainly cetacean creatures, especially blue whales, which are high probability of being caught in the gun.”

"But then again, there are almost no blue whales in our territorial waters, and there are very few records. Compared with the probability of being killed by a wire mesh, it is far less than that of Japan's whaling fleet. As long as the Japanese have fewer whales hunts, they are enough to kill a wire mesh for ten years."

Obviously, both in terms of time span statistics and probability statistics are acceptable. Submarines deployed on the seabed defense are no longer listed.

As long as the submarine is blocked, those submarines cannot penetrate deep into the hinterland of the territorial waters because of the limitations of range.

Whale lovers may be extremely uncomfortable, but what soldiers consider is national security as the first priority. Being mistaken for several cetaceans by a nanowire mesh is nothing.

Even whales that were accidentally killed can enrich the ecology of their own territorial waters. You must know that whales fall and all things are born, and all things are born and all things are born and all things are born.

Yang Hongyi pointed to the carbon nanowire in his hand and said, "Can I take this bundle of wires away? It should be used when reporting."

Luo Sheng nodded happily: "No problem, of course."

Yang Hongyi put it away and was about to say goodbye. He thought of something on the spot, and asked, "By the way, how much is the cost of this thing?"

Luo Sheng smiled and said, "This is not easy to calculate. The larger the quantity, the more the cost, the more even the cost, it will be inversely proportional. The price is calculated in centimeters, and the cost of 1 centimeter is not less than 1 yuan."

Hearing such a cost price, Yang Hongyi laughed and said, "Your things are good, the only bad thing is that they are not cheap."

Luo Sheng smiled and said, "The new materials that have just produced results are really not much cheaper."

Yang Hongyi nodded: "Okay, I'll say goodbye first if there is nothing else."

One meter is about 100 yuan, which is not expensive or cheap. The 18,000-kilometer coastline in the country is about 18,000 kilometers long. If it is only more than 1 million yuan to pull one, it is impossible to use this thing? It must be a multiple of the same base.

It is worth mentioning that even if the military purchases a large number, it is still limited, and it is far from comparing with the amount of ladder cables. When the demand reaches the level of explosive volume of ladder cables, the cost of one meter of carbon nanowires is only about 0.83 yuan, which is reduced by at least 120 times the relative cost.

...

After Yang Hongyi reported the samples with him, the assembly department really attached great importance to this. In just one week, Yang Hongyi came to meet Luo Sheng again.

This time he came over and directly brought in a purchase order of 2.5 billion yuan. Luo Sheng's company only needs to provide a single nanowire, and the specific decision is made by the military.

The military has used the powerful attributes of carbon nanofilaments to create more new tricks, which has enabled relevant scientific research institutions to start a brainstorm. The military is not only satisfied with defense, but also wants to play tricks on offense.

For example, the topic that has emerged can be studied whether network-bound guns can be developed and their characteristics and strong constraints can be used to destroy tanks.

One of the brainstorms is to use artillery bombardment to fire. The shell's warhead has been replaced by traditional armor-piercing shells with this kind of nanowire mesh. When approaching enemy tanks, the nanowire mesh in the warhead instantly spreads and directly traps the tank. At the very least, the tank's gun barrel is cut and broken when adjusting the angle and loses its combat effectiveness, or the track will definitely be destroyed and loses its combat effectiveness. At the worst, it will fall apart and the crew inside the tank will die.

Another even more amazing idea is AOE-type strikes, used for large-scale army combat, directly through rockets, missiles and other transport vehicles, the warhead is replaced with a nanowire mesh with a super-large coverage area and launched to the enemy's position.

If a net of heaven and earth is covered, the enemy in the area will basically become a lamb to be slaughtered. If the enemy attacks, it can effectively slow down the enemy's advancement. If the enemy retreats, it can limit it to some areas with a high probability and cannot escape in a short period of time.

There was no explosion that shook the sky and the fire that soared into the sky, but its lethality was not inferior at all, and it was even more powerful and a strong heart shock to the enemy. Just imagine, the scene of seeing a person around you being dismantled from N blocks was terrifying.

Its greatest value lies not in killing the enemy in an instant, but in killing the enemy. If the limbs are broken or injured, it means that one person will lose his combat effectiveness by saving people.

There is also a crazier idea to create denser wire mesh for air interception to protect your important strategic facilities, such as radar positions, airports, etc.

In theory, a large-area mesh has a wider defense area than a near-defense artillery. In theory, as long as the military expenditure can be sustained, it is a bit expensive to play.

These crazy ideas are not just ideas, but are really trying to experiment with some domestic military-industrial enterprises.

If it is proven to be used for actual combat, the assembly will be considered.

However, the military decided to secretly deploy the deep sea network on the seabed in the southern territorial waters this time based on carbon nanowire materials. The operation code is very down-to-earth - the cross-bridge rice line plan.

There is no need to do it with great fanfare. It would be best if the American submarines don't come to sway. If they really come, then one will be left here forever.

If the Americans get caught, they will only break their teeth and swallow them in their stomachs. If they are already in trouble, they will definitely not be able to shake it out if others set up passive defense traps, and it will only be even more embarrassing.

It can be foreseeable that if the Americans are really unfortunately caught, the rabbit will immediately close the net when it catches a big fish.

Because it does not show off on the surface, both parties will definitely negotiate in private, and the other party will inevitably focus on investigating the accident site on the grounds of salvaging the wreckage.

Of course, the Internet has to be taken away. The unknown existence is the most terrifying thing. Once the Americans are bitten by snakes, they will inevitably automatically think that the Chinese have deployed such a large-scale killing weapon in their territorial waters?

True, false, false, false, real, powerful shock arises. If you want to fight Qiufeng again in the future, you have to think carefully.

The "cross-bridge rice noodle" plan is actually a money-saving strategy, and it is still a "empty city strategy" tactic. After all, carbon nanofilaments are not cheap, and it will take astronomical numbers to enclose the border areas of major territorial waters.

If the deployment is too intensive, it may hurt your own people.

A truly powerful weapon only needs to be shown in front of the enemy once.

...
Chapter completed!