Chapter 182
Purifying silicon carbide crystals and preparing hydrofluoric acid took almost a whole day in won.

But this is only the beginning for the manufacture of transistor computers.

As the sun went down, he greeted the audience in the studio, and Won stopped the live broadcast.

After saving the hydrofluoric acid and silicon carbide crystals, he went to the power studio to turn off the high-power generator before returning to the living room.

In the last level [-] mission, in order to preserve the prey brought back by Leopard [-] and Leopard [-], he got some low-temperature refrigerant, built a compressor, and got a simple refrigerator out.

The outer shell and inner shell are made of copper-iron alloy, which is filled with polyester foam for insulation.

The refrigeration effect is not bad, the lowest temperature can reach minus ten degrees, which is enough for preserving meat.

There are also disadvantages. This thing can't control the temperature above zero, so it can't be used for refrigeration, it can only be frozen.

Back in the living room, Han Yuan took a piece of venison from the refrigerator and threw it in the sink to thaw, then turned and entered the studio.

When the living room was rebuilt, he originally planned to build a study room, but after thinking about it, he gave up.

So now drawing and documenting data is still in the studio.

After taking out the pen and paper from the cabinet, Han Yuan lay down on the table and copied the transistor design in his mind.

This thing is not from the electrical age, but from the 'intermediate power application information'.

In the history of computer development, there are intermediate-level information on electron tubes, transistors, and integrated circuits. From materials to principles, to design to manufacturing, there is a complete set of processes.

As for the specific number of items in the intermediate electric energy application data information, Won does not know.

Crouching in front of the wooden table, Han Yuan drew the blueprints and manufacturing information of the two transistors, photocells and field effect transistors, according to the information in his mind.

Although there are definitely more than these two types of transistors that need to be used in a transistor computer.

But things have to be done bit by bit, and meals have to be eaten bite by bite.

Doing two kinds every night not only saves energy, but also makes it easier for him to understand.

Although his learning ability has been greatly enhanced, he cannot manufacture the corresponding transistors if he does not understand the principles and manufacturing process with only one document.

In primitive times, a copper hammer could easily replace an iron hammer.

But in the information age, the role and manufacturing process of phototransistors must be completely different from those of field effect transistors.

This is an inevitable process of technological development.

Moreover, the higher the level of technology, the more irreplaceable and complex the manufacturing of its parts will be.

The sun goes down, the moon rises, and even the two little ones who went out to play and hunt come back.

After spending more than four hours, Han Yuan finally drew up the information of the photoelectric tube and field effect tube.

At this moment, his stomach growled, and he remembered that he hadn't had dinner yet, so he hurried to the pool to take out the thawed venison and cut it into pieces.

Half an hour later, in the studio, a large bowl of fried venison with chili exudes a charming aroma.

I don't know where to go crazy during the day, and Bao Yi and Bao Er, who came back to sleep at night, looked eagerly at the Korean won, and then at the dishes on the table.

Han Won shook his head with his pathetic look, just give me a bite, and I'll take a bite.

These two little things have always been like this. Every time he eats, no matter what dish, whether it is meat or vegetarian, he has to try the saltiness.

Sometimes he put too much chili in his stir-fry, and the two little ones would be so hot that they sneezed non-stop after eating it.

But remember to eat but not to fight, next time you will still be greedy.

On the branches of the moon, the breeze blows the shadows of the trees. After dinner, Han Yuan took out the bamboo and rattan chair in the studio and sat in front of the house for a rest.

Leopard [-] and Leopard [-] were lying on the side of the chair, squinting their eyes and occasionally wagging their tails.

Sometimes Han Yuan would reach out and touch the two little ones. At this time, the little one who was touched would make a grunting sound, appearing extremely happy.

Although he was resting, Won was also flipping through the 'Intermediate Electric Energy Application Information' in his mind.

Although there are specific things in the intermediate electric energy application data information.

But he knows that if this information is exported, the application of human beings in electrical energy can be improved several steps.

Because in addition to things like transistors, he also searched for knowledge about power generation, batteries, and electricity applications in the 'Intermediate Electric Energy Application Information'.

For example, iron lithium, manganese lithium, and ternary batteries that are being used in human society all have complete manufacturing processes.

Not only that, there are lithium-sulfur batteries being developed in human society, and even lithium-air batteries that are still in the theoretical stage.

But these are still trifles.

What shocked him the most was that he accidentally found something in this information that could really allow human beings to travel the solar system.

"Electric propulsion - no working fluid engine!"

When it comes to non-propellant engines, I have to mention an English researcher named 'Roger'.

In 2001, he proposed the concept of no working medium engine.

Whether it is a rocket or an airplane, traditional engines are able to move because they essentially use the principle of conservation of momentum.

These spacecraft and aircraft, by burning fuel to eject matter backwards, rely on force and reaction to propel themselves forward.

Here, the substance ejected back through combustion is called working substance, or working substance for short.

So these engines are also called working fluid engines.

And the so-called 'no working medium engine', as the name suggests, is able to generate forward thrust without resorting to working substances.

When this concept was put forward, it immediately attracted the attention of scientists all over the world.

And in 2003, Roger conducted an experiment according to the theory.

He built a microwave generator that, by emitting microwaves, would generate a thrust in the direction of the bottom of the reflecting cavity.

The result of the experiment was to produce a thrust of 16 millinewtons.

As soon as the results of this experiment came out, the whole world suddenly seemed to explode, and all countries and scientists cast their gazes and gazes.

Because this does not follow the law of conservation of momentum!

Roger's experiments and theories aroused widespread interest among scientists. Since then, scientists from all over the world have started similar research.

Although the experimental results have been unstable, and the thrust generated is also unstable, this confirms that Roger's theory is not problematic.

At that time, people almost believed that it was only a matter of time before the advent and commercialization of the propellant-free propulsion engine.

However, no matter how good the dream is, there will be a day when you wake up.

Newton is still your uncle after all.

In 2018, scientists from the United States finally confirmed that the internal principle of the so-called no-propellant engine is actually electromagnetic induction through research on the non-propellant engine.

That is to say, the generation of thrust actually comes from the fact that the self-powered circuit of the engine cuts the earth's magnetic field line, thereby generating thrust.

As soon as this conclusion came out, people immediately understood that the so-called no propellant engine was just a dream.

It is simply powerless to take humans to the distant sea of ​​stars.

Unlike the non-propellant engine proposed by human beings, the "electric propulsion-free propellant engine" in the intermediate electric energy application information obviously needs power consumption.

However, "electric propulsion - no working fluid engine" combined with the "high energy storage lithium battery" and "lanthanum gallium silicon thin film solar thin film power generation board" in the information of intermediate electric energy applications, theoretically speaking, it is indeed possible to make the Humans roam the solar system.

(End of this chapter)

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