He showed me the living room, which is actually a museum with famous paintings, music scores of famous musicians, plants, shells and seafood, as well as priceless pearls. He also showed me the elegant room he prepared for me and the humble room he lived in.
2. Chapter 9 Everything uses electricity: Captain Nemo introduced us to the use of various instruments in the room. Everything on the submarine depends on electricity, and the raw material for generating electricity is sodium in seawater. Captain Nemo also told me how to mine seabed minerals and provide air, and introduced the use of a small boat. He also showed me around the kitchen.
Chapter 10: Captain Nemo introduced me to the submarine's general situation, structure, power, lighting and construction process. The hull consists of a double hull, an inner layer and an outer layer, which are connected by T-shoes. The hull is extremely hard.
There are no cables that will be damaged when the hull swings from side to side, no sails blown away by the wind, no boilers cracked by steam, no fires, no terrible collisions and no storms.
Every part of Nautilus came from a different part of the earth. Finally, a processing factory was established on an island in the middle of the ocean, with a total cost of 2 million francs, plus works of art and collectibles totaling 4 million to 5 million francs.
Extended data
Artistic feature
Two Wan Li under the Sea is one of Verne's representative works, which represents Verne's colorful imagination and meticulous writing characteristics. The plot in the novel is strange and bizarre, vividly depicting the underwater world full of mystery.
Language is lively and interesting, which is both an artistic language and a scientific language. It vividly explains all kinds of underwater things. In particular, the submarine Nautilus fascinated readers.
The submarine described in Two Wan Li under the Sea is called Nautilus. Nautilus is a kind of snail-shell animal, which bears the huge water pressure after diving into the 100-meter deep sea with its thin shell of several millimeters. This detail fully shows Verne's extensive scientific knowledge.