What do you think will be the impact of a nuclear explosion on the seabed?

The nuclear ** is actually a firecracker**plus, and after the nuclear ** is generated, it will first form a shock wave (shock wave) that spreads to the surroundings and continues to attenuate. Because the high-temperature fireball produced by the nuclear ** vaporizes a large amount of water, a cavity bubble will be generated in the water, and when the ** is over, the bubble will shrink and float to the water surface, in this process, the bubble and the water body will occur, forming a secondary pressure pulse shock wave, which is the so-called cavitation effect. The yield of nuclear ** is generally above 10,000 tons of TNT equivalent, so the shock wave formed is huge, and this is only part of it.

If the shock wave can propagate in an excellent medium, the power will increase exponentially, water and air are different, air can be compressed, so a lot of ** energy is absorbed by air, and the density of water is 835 times that of air, it is incompressible under conventional pressure, so the shock wave is not easy to be absorbed and will be transmitted far away, so the power generated by the underwater nuclear ** is the same as the tsunami, and the range of the wave is very wide.

After a live-fire exercise at sea, fishermen often follow them to catch fish, and because the shells killed and stunned many fish, the more powerful submarine nuclear tests naturally killed more fish. However, unlike ordinary explosives**, underwater cores will produce a large amount of high-energy particle streams (rays) in addition to the formation of shock waves in the water, so the nuclear test will not only kill many fish, but also produce many mutated creatures similar to Godzilla. Everyone should have used firecrackers to fry fish when they were young, and after the firecrackers**, they will form ripples in the water, and then a blister will come out of the bottom of the water.

It will be exposed to intense radiation, which will mutate the genes of the fish, and finally produce some malformations, that is, mutated organisms. The United States conducted dozens of underwater nuclear tests on Bikini Atoll after World War II, and no one counted how many fish were killed, but the mutated creatures produced were witnessed by many people.

Everyone is thinking about this situation, when there is a violent **, even if we are outside the killing range, the loud noise generated by ** will also cause damage to our hearing, and the serious is direct deafness, and some fish have a very sensitive sense of hearing, then, when the nuclear ** occurs underwater, even outside the killing range of the shock wave, there will be a lot of fish affected, loss of hearing, which means that it will become food for other fish!

The underwater nuclear ** is generally carried out on the bottom of the sea, and there will definitely be fish on the bottom of the sea, and those fish in the core of the nuclear ** will be directly vaporized by the high-temperature fireball of tens of millions of degrees generated in an instant, and the fish outside the fireball will be killed by a strong shock wave within a range of tens of kilometers, and the farther one is stunned.

But any nuclear test, even if it is not successful, will involve a certain amount of nuclear elements**. In this way, it is difficult for fish to live without dying. Of course, it's also possible that fish will mutate under the influence of this messy chemical.

If this happens, then the seafood we eat may also have a certain possibility of causing cancer after a few years. Therefore, when human beings conduct nuclear tests in the sea, they seem to be protecting their homeland, but in fact they are harming their children and grandchildren.

As long as you are within the killing range of a nuclear bomb, no matter what kind of fish you are, no matter how many you have, all of them will be sent back to your hometown, because there are no creatures that can resist nuclear bombs with flesh and blood, not to mention nuclear bombs, even ordinary military exercises in peacetime, as long as live ammunition is used, they can kill fish.

Putting aside the data to tell the truth, let alone conducting nuclear tests in the sea, even military exercises will show a large number of dead fish. And we all know that in the sea, marine life and water are inextricably linked. A lot of the seafood we eat today comes from the sea.

If the atomic bomb were to be in the deep sea**, the light and heat radiation would first increase the temperature of the seawater, and some plants, microorganisms and animals in the sea would also die. The powerful shock wave may directly kill most of the organisms on the seabed, leading to the extinction of some organisms and the breaking of the marine life chain.

In addition, the nuclear radiation produced after the atomic bomb** will cause large-scale nuclear pollution in the sea, and even those animals that are lucky enough not to be killed by heat or impact will die or mutate because of nuclear radiation. At that time, it is not impossible that there may be many strange and ferocious monsters in the ocean. Finally, and most crucially, we know that the occurrence of tsunamis is mainly caused by the seabed, so at the moment of the atomic bomb, its power is enough to cause a tsunami.

The deepest trench in the world is the Mariana Trench, which is about 11,000 meters deep. The strongest nuclear bomb is the Bomb Tsar, with a yield of about 50 million tons of TNT. What would happen if the Tsar was bombed in the deepest part of the Mariana Trench?

We know that the energy of 1 kgtnt is, and the heat of vaporization of water is, that is, 1 tnt can evaporate about 2kg of seawater, and 50 million tons of tnt can evaporate about 100 million tons of seawater.

At the initial moment of the nuclear bomb, the huge energy forms a high-temperature plasma of up to hundreds of millions of degrees, and the high-temperature plasma releases two forms of high-energy radiation and shock wave, most of the high-energy radiation can not penetrate the deep seawater, and finally most of it is absorbed by the inner surface seawater of the cavity formed by **, so that the inner surface seawater rapidly vaporizes. Similarly, the energy of the shock wave will also bombard the inner surface of the cavity, causing the inner surface to vaporize at an accelerated rate. There is also a small part of the energy that bombards the seabed to form a large ** crater, which is transmitted to the surroundings in the form of ** waves.

What is the concept of 100 million tons of steam? Let's put it this way, because seawater is incompressible, 100 million tons of seawater is about equivalent to a water ball with a diameter of 580 meters, so 100 million tons of high-temperature steam cavities are at least a few kilometers in diameter, because there is no experimental data, and only estimates can be made.

Some people say that because of the pressure of 1100 atmospheres of seawater, this part of the energy will not have anything at all, which is really funny! You know, the high-temperature steam cavity is mainly gas, the gas land attack pressure in the enclosed space is equal everywhere, after the formation of this gas cavity will rise quickly, at the moment when the top of it breaks the sea surface, the bottom is in the lower part of the sea water for several kilometers, the pressure here is hundreds of atmospheres, after the top breaks the sea surface, hundreds of atmospheres will impact violently on all sides, at least to form a few thousand meters of annular water wall, and bombard all around, forming an unprecedentedly powerful artificially created tsunami. At the same time, a violent shock wave will also bombard all directions, which is not something that a nuclear bomb with a yield of tens of thousands of tons of TNT can match!

At the same time, the ** waves on the seabed will also spread around, and the superposition of several forms of destruction is absolutely magnificent and thrilling!

I think there will be a big ** phenomenon on the surface of the sea, and it will also make the sea splash, because the power of this bomb is very great.

It can cause a tsunami, and it will cause the death of many fish, it will cause serious pollution on the sea surface, and the nuclear radiation will be very serious, causing many problems. Travel Notice.

There should be no change on the surface of the sea, after all, the depth of the sea can reach more than 10,000 meters, even if the power of the nuclear bomb is great, when it reaches the surface of the sea, the power has been weakened to very small.

It will cause a tsunami, which is a very serious problem and can become a disaster for mankind.

An atomic bomb**, its light radiation, shock waves, early radiation, electromagnetic pulse and radioactive radiation, will cause great damage to living organisms, buildings, and various electronic equipment. So, what would become of the Earth if the atomic bomb suddenly ** was at the bottom of the sea?

Depending on the equivalent, generally speaking, the equivalent of several million tons of TNT is only a relatively small wave.

The bottom of the sea is very close to the earth's crust, and if a nuclear bomb is placed there, it may cause a tsunami,**. In severe cases, it may lead to volcanic eruptions and the movement of continental plates.

Humanity has lost its source of life, and all the water on the ground is unfit for human drinking, and humanity will face great challenges.