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With super plug-ins such as telekinesis and mental perception, it was naturally very fast for Wu Hao to assemble a simple 3D metal printing smelting equipment.
In less than 20 minutes, Wu Hao did all this and concentrated all the existing power on this simple 3D metal printing equipment.
After all, it takes a lot of electricity to completely smelt the metal raw materials and then print them, so Wu Hao has now turned off all the computers and lights in the base in order to save all the electricity to supply this simple machine. 3D metal printing equipment.
Due to his telekinesis and mental perception capabilities, turning on the lights or not does not actually affect his work. However, if the base has enough power, he will naturally get used to bright spaces.
Soon, Wu Hao officially started construction. The first thing he built was the shell device of the fusion reactor. The shape of this spherical shell was very complex, with many complicated internal structures and metal pipes connected to the outer door.
Inside this metal device, there are several layers of devices, and finally there is the internal magnetic field device.
In this way, in the next week, Wu Hao began to build reactors and corresponding energy conversion devices, steam turbine generators, cooling systems and other devices from scratch.
The number of various parts required for all these devices is also extremely large, and a lot of metal raw materials are required. Therefore, while Wu Hao was manufacturing, he also had to purchase a large amount of metal raw materials again.
Fortunately, the metal materials Wu Hao chose were not restricted military special metals in China. He placed orders directly with some large steel plants in the country and then shipped them to Chang'an, the city closest to him.
Next, Wu Hao naturally had to act as a porter at night. Although these metal lumps were not large in size, they were not light in weight, so Wu Hao only carried a small amount each time.
Metal steel weighing several tons actually looks like a tiny bit. Therefore, Wu Hao basically had to carry it for several hours every night.
Some of the purchased metal steels did not meet Wu Hao's requirements for manufacturing some parts, so he had to smelt the metals and then add some rare metals to them to improve their strength and hardness.
Although Wu Hao can only improve it slightly by doing this, and it cannot improve it too much, it is basically enough. At most, the lifespan is just a little shorter, but as long as your base has energy, it is naturally not difficult to develop stronger metal materials.
For example, Wu Hao can already do the manufacturing of special metals currently mastered by various countries, but mass production requires a lot of equipment and land.
Therefore, Wu Hao's base can only produce a small number of special alloys at most, and these alloys can only be used as some key parts.
Nowadays, these key parts used by Wu Hao are basically purchased, and with his current ability, he cannot process them by himself.
However, after a week, Wu Hao completed the manufacturing of the reactor. The remaining work was to convert the reactor's energy into mechanical energy, and then drive the generator set to generate electricity.
According to this work progress, Wu Hao will still have to spend a week to complete it. But now that Wu Hao is working on a nuclear fusion reactor, the source of raw materials for this reaction is much simpler than before.
Because the raw materials used in nuclear fusion are deuterium and tritium, which are isotopic elements of hydrogen. Deuterium is widely found in nature, and the place with the most deuterium in the world is the ocean.
Therefore, it is much easier for Wu Hao to obtain the raw materials for nuclear fusion than fission raw materials. He can get them in China, because even if ordinary people can buy them, they will be of no use.
You said you want to use it to make **? Then if you want to detonate the **, you have to create an atomic bomb first.
In fact, in many foreign countries, there are many private nuclear physics enthusiasts who build small nuclear fusion reactors privately in their homes or garages.
However, the reaction they created can only produce light and heat, and it cannot release much energy by itself.
After all, even the countries in the world have spent huge sums of money and mobilized a lot of manpower and material resources to achieve this. No matter how good these private experts are, they are just showing off.
If they could really master this technology, they would have been roped in by the country to help develop fusion energy.
However, after Wu Hao's nuclear fusion reactor enters normal operation, he will still have to have a complete place to refine raw materials. Because by that time, the amount of raw materials he needs will definitely start to increase, and it is unrealistic to just buy them or obtain them by other means.
In this way, Wu Hao was busy for another 6 days and finally completed the last process. Although Wu Hao had not officially started the entire set of fusion reactor power generation device he designed. But since he has already done all the simulation experiments in his brain, he is not worried that he will not be able to work normally after starting it.
After all, during the ten days of continuous manufacturing process, all parts and structures were finally assembled after he calculated and confirmed them in detail.
"Finally, the work is not in vain. As soon as the fusion reactor is started later, the entire base will no longer need to worry about power problems. Those noisy diesel generators can be melted and used as raw materials by then. ." Wu Hao was naturally very tired after being busy for so many days.
From his design to the final manufacturing, it took about a month in total, and such a fast manufacturing speed was only possible because of his telepathy and spiritual perception plug-in.
If Wu Hao did not have the help of telepathy, then even if he had a very complete and detailed drawing in his mind, even if he had a strong industrial foundation as support, it would not take half a year or even a year to complete a nuclear fusion power generation facility. It's impossible.
Because the processing of these parts alone is a very complex and cumbersome matter, and during the final manual assembly, very detailed debugging and so on are required.
Not to mention high-tech facilities such as manufacturing nuclear fusion reactors, even the installation of growth lines and other related equipment in some projects, from installation to debugging, and then to formal operation, does not take a long time. OK.
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