Ship Girl: from Deep Blue to Sea of ​​Stars

An aircraft carrier is just a big human shield. There is no real hope of sinking it. The only aircraft carrier that sank in history was the USS America 1. It was sunk by someone else. It took 25 days and 22 million US dollars.

How should I put it? Will the history of the development of this battleship go from the elimination of battleships and the introduction of aircraft carriers during World War II to the current dominance of aircraft carriers? When the battleships rise to the star sea, the battleships are back. Because it feels that the ships in the starry sea basically have energy protection, all-round protection, and updated materials. It is also necessary to develop battleship cannons to hit a fixed point and penetrate a ship with one shot. Then it will become the main force of the battleship, with the aircraft carrier assisting.

Come over from "The Bloodline of the Ship Girl" 😎

Mrs. Yat-sen

The writing is too self-indulgent, no wonder I got bad grades

Do spaceship hulls really need to be round? Seriously, it doesn't matter what shape the battleship is in space combat. After all, it is still destroyed upon discovery. As long as it is better than the enemy in terms of range and tracking, it does not matter what shape the hull is. After all, it still depends on the development of weapons. And the round battleship is too ugly.

The true face of the Admiral

This is Changchun

The aerospace aspect looks really awkward. What kind of return capsule does the ship girl use? She directly imitates the Falcon rocket reverse thrust landing. The Chang 11, which can accommodate a return capsule with a passenger volume of close to two tons, is simply not feasible, and solid rockets cannot launch high-orbit satellites. The warship is treated as a rocket with an expansion cycle high-altitude engine with a thrust of 100 kilograms on the second and third stages. The ship's size limit is suitable for using liquid oxygen and methane fuel to achieve a high fuel ratio. In fact, we can specially design a starship like Space Also, the International Space Station is more than 400 tons, not kilograms. Let me change it. The author should learn aerospace knowledge, otherwise it will be awkward to write about the sea of ​​​​stars.

In fact, the strangest thing is that the author clearly intends to use new technology to crush old technology, but only the ship girls themselves are excluded. Why not be more simply and treat the ship girls as products of technology.

Does the author feel like this novel has no outline? It doesn't feel like the previous book. It looked very embarrassing.

Do you need to pull out the entire kite?

The entry limit is waived as long as you keep it. Then I'm welcome

Brothers! 003 Is in the water! It's called Fujian.

I saw that the author has written about the integration I talked about in Red Ship Girl in this book. I feel that there is progress in this book, but how can I put it, it is still the same as Red Ship Girl, too strong in cheating. Universal matter and energy, no need to consider processing issues and logistical maintenance, you need to know how powerful these are. Can be converted into all material resources (except for the inexplicably limited nuclear. In fact, for ships, nuclear can be said to be nothing, and nuclear bomb experiments on ships are not uncommon. You can check it out). The simplest way to strengthen it is to stack materials, such as replacing copper with more conductive silver (although there is an improvement, but the actual price of silver, the cost-effectiveness will make people kill you directly ), special steel was replaced with special titanium alloy (in fact, the performance of many models of titanium alloy can be said to be incredible, but the price is also sky-high, and titanium alloy is difficult to process), and even the whole ship was gold-plated (this is not a joke, ship equipment is used to resist corrosion and interference, but is it cost-effective), and so on. The universal material conversion can really be said to be invincible in a sense. Maybe you still have no idea about this, why does Rabbit need steel-cased bullets (because Rabbit lacks copper), why can submachine guns in the Soviet Union be chromed (because the Soviet Union does not lack chromium), why does Rabbit have a lot of domestic iron ore, and is a major importer of iron ore (because the quality of domestic iron ore is not good), and there are also fuel quality issues, too many of which are limited by materials and production capacity. You can say that you just ignore it. Then processing problems and logistics maintenance can actually be said together. There are no processing and maintenance problems, and there are no material problems. In fact, there are no problems with the design (for example, the Tiger can be as seaworthy as the T34, and there is no need to consider repairing it for a day). Integration has been mentioned before, but maybe I didn't explain it all. For example, I won't go into the comparison of the strength and performance of a ship, which is made of a whole piece of steel and one made of spliced ​​and welded steel plates. The reality is limited by the convenience of processing and maintenance, and can only be spliced ​​and welded. The difference is really huge. Then, processing, reality is limited by machines, processing accuracy, etc. Rabbit's chip is stuck by people, but here, plug-ins allow you to ignore it directly, and you can even be more integrated. CPU is an integrated circuit to put it bluntly. You can not need any circuit boards, but integrate them all into one chip (such as desktop computers, laptops and tablets, the integration is more thorough), this is just one of the ideas. In reality, how many technologies have been developed in order to prevent bubbles in steel, the proportion of carbon content in steel impurities, etc. In order to process special-shaped parts, three-axis to five-axis machine tools can only be processed separately in the end, and the higher the accuracy requirements. In order to process large workpieces, giant gantry cranes, 10,000-ton presses, etc. So the processing capability of this plug-in is really too strong. Finally, let's talk about some ideas about plug-in restrictions. First of all, it is a matter of universal resources. It is recommended to set a ratio, preferably based on mass, not volume (because it is difficult for you to carefully set separate ones, such as graphite and diamond, carbon dioxide and dry ice, volume, etc. It's too difficult to set), just point out how many kilograms of steel the resources are (an appropriate ratio should be used when converting ship tonnage and construction resources), and calculating by weight is simple and straightforward (just treat the resource as an atomic level or a quark level or even a smaller level transformation, the number of basic resource units remains unchanged, and the form of expression changes). The main line of this book is to move towards the stars, right? In fact, there is no need to limit the fear of nuclear weapons. Ships themselves are not so afraid of nuclear bombs, or even super-large high-explosive bombs. A large part of human beings' fear of nuclear weapons is because of radiation. For ships, It is not a big problem to protect the equipment well. A near-miss or a direct hit is the most effective killing method. The use of nuclear weapons in the starry sky is indispensable (even because of the plug-in in this book, light-speed scientific research can find materials through trial and error, and it is easy to directly use nuclear fusion). Now that the resource conversion ratio is set, just set the resource output, because you want to move towards the starry sky. Is the resource output consumption enough to truly get out of the earth, the solar system or even the Milky Way purely by relying on the resources of the ship girl? Are ship girl resources a specialty of the earth, or are they also produced elsewhere? These questions need to be set by the author according to your own outline. My suggestion is that the output quantity of global ship girl resources should be set higher than the minimum daily consumption of all ship girls or set to a fixed value, and then the earth's specialties or ultra-rare resources from the universe. Otherwise, the universal material energy is too invincible, so we can only limit the output. Because the production capacity is limited, the invincible processing problem is not a big problem, because you can't produce everything with ship girls resources, and the resource production capacity is not enough (rabbit steel shell bullets are outraged). In this case, most of the huge resources required to move towards the stars can only be obtained and processed through normal methods, which can be regarded as a limitation. However, we also have invincible ship girls, industrial mother ship girls who design industrial mother machines or production lines, etc. Inside the ship. Resource mining ship girls with mineral and oil mining and other equipment. As for whether the ship girls can use normal mining and production processing, such as oil, ammunition, etc., It depends on the author's restrictions, but humans must need it. Otherwise, they can only simply move towards the stars, and humans will be trapped on the planet. It's a bit confusing, there are so many words in the mobile phone code, but that's about it. I hope what I said will be helpful to the author.

In the latest chapter, it is said that the ship girl will not freeze in space. In middle school physics, isn't it true that heat conduction requires a medium like air? Space is just a huge vacuum thermos cup that dissipates heat very slowly. Otherwise, what is the big whiteboard on the space station for? However, the author can imagine that if the cold welding needle is not poked, without the protection of the spacesuit, he can stick a piece of space iron that has finished cooling and stick it to the body of the ship girl. I am afraid that the only way to cut the ship suit is with a chainsaw.

The speed announced by our aircraft carrier is false, and the Americans can swear on their satellites.

Ship B has launched a guided drive and an upstream-1. It is estimated that it will move towards this new era of ship girls

Is there a problem with planetary terraforming? When terraforming a planet, don't you just continue to use a water pump to inject paint into the sea to dye it? There is also the issue of the plant growth cycle. What year and month will it take for you to slowly draw a circle from one point to the outside? I think planetary transformation starts by directly creating various natural disasters to change the planet's environment to an environment that can be refined. It's not about fine-tuning it as soon as it comes up. Or use a smart device, just make it and send it over and forget about it. The surface area of ​​the earth is 510 million square kilometers and the land area is 149 million. What is the area of ​​your reconstruction area in tens of thousands of square kilometers (Sichuan Province is close to 500,000 square kilometers)? You can calculate how long it will take to complete a reconstruction area. How long will it take to transform the planet? I think even if you directly transform the moon, it will take a long time for you to transform it.

The protagonist really likes to get entangled in places where there is no need to get entangled.

Where did Chapter 513 to Chapter 593 go? There is a gap of eighty chapters!

Let me ask, will the hulls of the author's future space battleships all be balls? . . 🤔 See chapter 463 now. . .

Transformation feels too casual. You can transform it anywhere. However, the black technology behind this casualness is very scary when you think about it.

The starry sky stage of this book has the flavor of the game "Stars". As a P Club player, I am very happy.

The author can refer to the battleship of Space Battleship Yamato 2202 ( )

Does anyone want to discuss some philosophy about god-level civilization (who am I, where do I come from, where do I want to go.

Wang Axu, are you a group? Why is the group gone?

(っ˘зʕ•̫͡•ʔ

Finished... Finished?

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