Nautilus is described in the novel as a slender spindle-shaped submarine, 70 meters long and 8 meters wide. It has excellent navigation performance and the highest speed can reach 50 knots. This is an idealized submarine, and the ship's drive depends entirely on it.
Power supply: by extracting sodium from seawater, mixing sodium with mercury to form an alloy to replace zinc in bunsen burner battery cells, and then converting it into electric energy to be stored in the battery, so as to obtain electric energy.
The food is full of fish, seaweed, etc. So the energy and necessities of the crew come from the sea. It doesn't need land supply at all, and it can sail indefinitely at sea. There is huge compressed air inside Nautilus.
Lockers, so you can sneak under the sea for a few days without floating on the sea. The interior of the ship is spacious and comfortable, and there are even museums and libraries! The weapon of the ship is the steel corner of the bow, which is based on the high speed and firmness of the ship itself.
The power and attack angle of shells are very large. In the novel, Nautilus relied on it to counter the enemy ships that attacked it. Nautilus hit the side of the warship at high speed, and the angle of attack penetrated the hull.
Question 2: What does Wan Li Nautilus use to generate electricity? Essentially, it comes from the ocean. By extracting sodium from seawater, nano-batteries are made to generate electricity.
Question 3: How does Nautilus, a submarine secretly built by Captain Nemo on a desert island in the ocean, generate electricity? The principle is still Bunsen battery, but the zinc used in the negative electrode of Bunsen battery is replaced by sodium amalgam.
Question 4: What does the two Wan Li under Verne rely on to generate electricity, and what does water rely on to generate electricity? Support engineers through channel engineering
Question 5: How does a submarine produce sodium in two Wan Li under the sea?
The original text is as follows:
"But, captain, your ship is moving too fast, which is not in line with the power of electricity. So far, electricity is still very limited and can only generate quite limited electricity! "
"Professor," Captain Nemo replied, "my electricity is not ordinary electricity. This is all I can say to you. "
"Sir, I don't want to ask, I just feel very strange about this effect. However, there is one question I want to ask. If you shouldn't ask, you can not answer. Of course, the substance you use to generate this amazing motive force will soon run out. For example, zinc, since it has nothing to do with the ground, how can it be replenished when it is used up? "
"You can get the answer to this question." Captain Nemo replied: "First of all, I tell you that there are mineral deposits such as zinc, iron, silver and gold on the seabed, and it is not impossible to develop them." But I don't rely on these metals on land. I just hope that the ocean itself will provide me with raw materials for producing electricity. ,
"Do you want sea supplies?"
"Yes, professor, I'm afraid. For example, I can connect metal wires immersed in different depths into a circuit, and the different heat of the metal wires will generate electricity: but I usually use another convenient and practical method. "
"What kind of method is it?"
"Do you know the composition of the sea. One kilogram of seawater is 96.5% water, about 2.7% sodium chloride, and the rest is a small amount of magnesium chloride, potassium chloride, Australian magnesium, magnesium sulfate, sulfuric acid and carbolic acid. As you can see, the content of sodium chloride in seawater is quite high. What I propose from seawater is sodium, which I use to make the substances I need. "
"sodium?"
"Yes, Sir. Sodium and mercury are mixed to form an alloy to replace zinc needed in Bunsen batteries. Mercury will not be lost, but only sodium will be consumed, but seawater itself provides the sodium I need. In addition, I can tell you that the sodium battery should be the strongest, and its electrodynamic force is several times stronger than that of the zinc battery. "
"Captain, I understand that you get the superiority of sodium in this case. Seawater contains 6 pairs of sodium. But we must make it, that is, we must bring it out. How did you do that? Of course, your battery can do this kind of work, but if I am not mistaken, I am afraid that the electric machine will consume more sodium than the recommended sodium. So the result is the sodium you consume in the production process. In fact, it is more than the amount of sodium you can produce! "
"Professor, I don't use batteries to extract, I just use the heat of coal on land. ,
"On land?" I said emphatically.
"Suppose it is coal at the bottom of the sea." Captain Nemo replied.
"Can you open a coal mine under the sea?"
"Mr. Pierre Aronnax, you will see me mining. I only ask you to be patient for a while, because you have time, you can wait. I only ask you to pay attention to this point: I get everything from the ocean, use the ocean to generate electricity, and provide heat, light and electricity to Nautilus. In a word. Electricity gave life to Nautilus. "
"But electricity can't supply the air you breathe, can it?"
"oh! I can also make air for my own consumption, but it is not necessary, because I can float to the surface of the sea at any time when I am happy. However, although electricity does not supply air that I can breathe, it can start a powerful air extractor and send air to a special sealed room so that I can stay in the depths of the sea for as long as possible. "
"Captain," I replied, "I can only admire you. You have obviously discovered something that humans may discover in the future, and that is the real power of electricity. "
Question 6: What do two submarines in Wan Li rely on to generate electricity? Two submarines in Wan Li suffered from high pressure, hypoxia and hypothermia. Nuclear energy can be used to generate electricity. This is the same as Pioneer 10 launched by the United States 1972. Pioneer 10 is located in the space more than one billion kilometers away from the earth 10. Its flying speed relative to the sun is 44064 kilometers per hour. Although its function is deteriorating, it can still work normally. The nuclear motor continues to charge its battery (there is no sunlight) and still sends a weak signal to the earth in time. This is the first man-made object to successfully fly out of the solar system.
Question 7: What are the raw materials for the power generation of two Wan Li ships on the seabed? Shuineng ocean