Hand rubbing nuclear fusion live in the wilderness

Chapter 163 Failed to reproduce the laboratory personnel of the two countries
In the simulated space, Won is staring at the boiling liquid in the glass container.

In the first experiment, he could only judge the reaction in the container with the naked eye and a simple clock.

He doesn't care about the attention of the outside world, even if Huami and the two countries can reproduce W410A refrigerant through live broadcast.

Like the polyester plasticizers he had made before, the W410A hydrocarbon refrigerant was excellent, but not the best.

If he wants to make a profit through the acquired laboratory, there are many other types of refrigerants.

There is too much knowledge and information in the mind.

It can be said that even if human civilization develops for tens of thousands of years, it may not be fully self-developed.

The South Korean won doesn't care about the outflow of these things.

I only care about things like refrigerants, so what if there are more black technology things in the future?
Could it be that it's not going live?

Totally impossible, okay?

After heating for about three minutes and 40 seconds, the originally scorched brown boiling solution began to change its nature again.

The color of burnt brown gradually changes and begins to change to dark red.

Seeing this, Han Yuan immediately reduced the flame of the alcohol lamp and lowered the temperature.

The boiling solution gradually and steadily cools down, but the transformation continues.

When the burnt brown solution in the glass container turned dark red, large and small bubbles began to appear in the solution again.

Unlike the bubbles that popped out before, the bubbles this time are not transparent.It is red and white smoke, occasionally mixed with a trace of light yellow.

Seeing the gas spilling out along the glass tube and being sucked out of the laboratory by the exhaust fan, Han Yuan also breathed a sigh of relief with a smile on his face.

This is the last step.

You only need to wait for all the toxic gases that are still reacting to be released, and the rest is W410A hydrocarbon refrigerant.

After a while, the red, white, and light yellow colored smoke cleared away, and the dark red liquid in the glass container also turned into a light brownish yellow translucent liquid.

It looks a bit like melted resin mixed together, but not as viscous.

Move the alcohol lamp away, wait for the glass container on the iron stand to cool down, then take it off, and then put on the cork.

Showing the light brown-yellow solution in his hand under the camera, Han Yuan said, "The liquid in this glass bottle is W410A hydrocarbon refrigerant."

"This is a refrigerant that is extremely stable at standard atmospheric pressure and has a fairly good cooling effect."

"In addition, W410A hydrocarbon refrigerant is also a blowing agent with excellent performance."

"Resin plastic and other materials can be foamed and perforated to produce resin foam, which is an excellent sound insulation material."

Hearing this, the audience in the live broadcast room were also amazed.

[In addition to refrigeration, there are other uses? 】

[Good guy, this is awesome and multi-functional. 】

[Speaking of such an excellent thing, I have never heard of it. 】

[Is there any detailed manufacturing instructions, I want to experiment by myself. 】

[I have a question. The general refrigerant is a gas at room temperature, so that the temperature can be lowered when it is used. Why is it liquid? 】

[What the above said makes sense. I just googled the refrigerant, and the refrigerant seems to be gas. 】

In the two major laboratories of Huami and China, whether it is the researchers who are looking for the reason for the failure of the experiment, or the personnel who are restarting the manufacture of W410A refrigerant, they were stunned after hearing Won's words.

Can refrigerants be used as foaming agents?

How does this sound like a bit of a fantasy?
Refrigerants and foaming agents are two completely different items okay?When can it be integrated?

Seeing the doubts on the bullet screen, Won slightly shook the W410A hydrocarbon refrigerant in his hand, and the solution inside sloshed like running water.

"The common refrigerants in our daily life are actually divided into three types, high-temperature refrigerants, medium-temperature refrigerants, and low-temperature refrigerants."

"Normally, most refrigerants are gases at thirty degrees Celsius and standard atmospheric pressure."

"The W410A hydrocarbon refrigerant is slightly different. It can maintain a liquid state below [-] degrees, which is a kind of high-temperature refrigerant."

"So the W410A refrigerant I just made is liquid under normal conditions even in tropical areas."

As for the reason why Won made the liquid refrigerant W410A, it was not because he could not collect and preserve the gas perfectly with his current means.

Compared with various low-temperature refrigerants that can reduce the temperature to minus one or two hundred degrees.

The fact that W410A refrigerant can be manufactured has its disadvantages. The lowest temperature it can refrigerate is about ten degrees, and it can't break through ten degrees.

It can be said that the cooling effect is not very good.

It can't even break through the standard line of zero degrees, and it can't be applied to refrigerators.

However, the advantages of W410A hydrocarbon refrigerant are also obvious.

This thing can work in a high temperature and harsh environment with an external environment exceeding [-] to [-] degrees.

That is to say, it can be applied to environments such as cars, trains and construction sites, and low-temperature refrigerants can't.

After a pause, Han Yuan continued: "Okay, now that the refrigerant has been produced, I can start assembling the air conditioner."

With this bottle of W410A hydrocarbon refrigerant, Han Yuan walked through the two doors of the chemical laboratory and came to another room.

Here is a set of simple air conditioner parts made a few days ago.

There are shells made of plastic, and there are various parts such as motors, electric compressors, condensers, refrigerant evaporators, expansion valves, liquid receivers, metal pipes, clinker pipes, and lubricating oil.

While neither is very large, the number of parts is enormous.

After assembling, it doesn't look like an air conditioner at all.
It looks more like two fans placed in two big lumps of clinker.

There is also a device like a northern heating pipe placed on one side of the fan, and the two ends of the device are connected to metal pipes.

It's just that one is placed outside the laboratory wall and the other is placed inside the laboratory wall.

In addition, there is another set of air-conditioning parts on the side of the wooden house.

After the experiment here is successful, the wooden house can be assembled and used.

Most of the audience in the live broadcast room expressed doubts about the assembled air conditioner, thinking that this thing is not an air conditioner at all.

[How does this thing look like an air conditioner?It is clear that two fans are connected to the pipe. 】

[The twisted pipe looks like the heating pipe in my house. 】

[I'm already casual now, anyway, I don't understand it, so I just watch it as a fun. 】

[The anchor will explain the principle? 】

[Don't understand +1! 】

[The things from the past can still be used after time travel, but now, hehe, I don’t even understand the principle, so make a woolen yarn. 】

Seeing the doubts on the bullet screen, Han Yuan smiled, got up and went outside the laboratory, saying: "The principle is actually very simple."

While talking, he poured the W410A hydrocarbon refrigerant in the glass container into the liquid receiver made of copper metal.

After filling all the refrigerant, Han Yuan pointed to the air-conditioning accessories in front of him and continued:
"Look at this, everyone. This is the accumulator, which is the accessory for storing W410A refrigerant."

"The high-temperature liquid refrigerant in the accumulator will flow to the expansion valve through this pipe after the air conditioner is started."

"There are capillary tubes and various control valves in the expansion valve, which can change the state of the refrigerant, and then transform the high-temperature refrigerant into a low-temperature and high-pressure liquid refrigerant. These refrigerants after the state change."

"And these refrigerants will enter the evaporator through the pipeline, absorb the heat of the air flowing through the evaporator in the evaporator, reduce the temperature of the air, blow out cold air, and produce a cooling effect."

"The refrigerant itself evaporates into a low-temperature and low-pressure gaseous refrigerant by absorbing heat."

"The low-temperature and low-pressure gaseous refrigerant is sucked into the compressor through the pipeline, compressed, and enters the next cycle."

"So as long as the compressor is working continuously, the refrigerant is continuously circulating in the air conditioning system, producing a cooling effect."

"That's the principle, it's actually very simple."

Corresponding to the several devices on the air conditioner, Han Yuan gave a brief description of the working principles of each part and high-temperature refrigerant.

He looked up at the barrage, but was confused.

[People are dumbfounded. 】

[Terrible, really scary. 】

【Today is really a disaster day for illiteracy. 】

[Damn it, let him pretend again! 】

【Actually, it's really simple?Listen, is this speaking human language? 】

[Ahhh, as a medical student, I really want to dissect the anchor's brain and see how the structure inside is different from our normal human beings! ! ! ! 】

[Forget it, I'd better spend money to buy an air conditioner and build it myself, this is really troublesome. 】

Seeing the ignorant barrage, Han Yuan smiled lightly, but didn't care.

In fact, up to now, many of the things he makes, even if he can explain the principles and manufacturing process.

Most of the audience in the live broadcast room couldn't understand. It's really not that he looked down on netizens.

Just like W410A hydrocarbon refrigerant, even he has laid out all the manufacturing processes and manufacturing steps.

How many people can reproduce it during the live broadcast?

The professional experimenters in Huami’s two countries’ laboratories all failed to reproduce, let alone these ordinary audiences?
Which new product invention in history does not fail dozens of times or hundreds of times?
That is to say, a person like him who has been injected with gene enhancement medicine and has a detailed manufacturing process can successfully manufacture it in one go.

After pouring all the refrigerant into the accumulator, Han Yuan connected the power cord smoothly.

Various accessories such as electric motors and electric compressors that have been tested to work normally start to work under the input of current.

The fan in the outdoor unit whirred, expelling puffs of air from the duct.

The high-temperature refrigerant in the accumulator is sent to the expansion valve along with the operation of the compressor, and transformed into a low-temperature and high-pressure refrigerant.

Finally, it is transported to the chemical laboratory.

Han Yuan pushed open the door, entered the room, stood under the fan blades of the indoor unit, and a stream of low-temperature air that was obviously different from the hot air outside was blown into the room along with the fan.

Sensing the cool air, Han Yuan also showed a comfortable expression on his face.

Although he has gotten used to the high temperature in the rainforest after half a year, it doesn't mean he likes high temperature.

In fact, even though his physical attributes had more than tripled, his most suitable and preferred temperature was still no different from that of ordinary people.

After feeling the cool wind, Han Yuan fetched a thermometer.

In order to compare the temperature, he first tested the temperature '32°C' in a room without air conditioning.

After confirming the transfer to the air-conditioned room, the reading on the thermometer obviously dropped by a section, and finally stayed at the figure of '27°C'.

After confirming that the reading on the thermometer would no longer drop, Han Yuan handed the thermometer in his hand to the camera.

The ultra-clear shooting device and the obvious readings allowed 30 to [-] people in the live broadcast room to clearly see the above readings.

【27.1℃】

[Good guy, it's really lowered. 】

[Yes, anchor, this shit can actually be used as an air conditioner. 】

【sharp! 】

[I'm more curious about how much electricity this thing needs per night? 】

[I feel that the power is so low, it’s only 27 degrees, can it be lowered? 27 degrees is still hot. 】

[If you can't adjust the temperature, it's a woolen air conditioner. 】

[Can this thing heat up?The air conditioner can heat. 】

[Can this thing be used to make a refrigerator?Can it freeze? 】

After seeing the readings clearly, many viewers in the live broadcast room were very interested in this crude thing made by Korean Won.

All kinds of questions kept coming up.

Han Yuan looked at the question on the bullet screen, walked to the inner unit of the air conditioner, and there was a small valve between the fan and the pipe.

He stretched out his hand to adjust the valve and said, "Of course it's more than 27 degrees. How could the things I made be so simple."

"Through this valve, I can control the flow rate of the refrigerant in the pipeline, thereby achieving the effect of temperature control."

"At the lowest point, I expect it to reach about fifteen or six degrees."

"As for heating, this is not working yet."

"That requires adding a reverse device to the air conditioner. I haven't done it, and it's not necessary for the time being. Cooling is enough."

The valve was opened to the maximum, and after waiting for a few minutes, the temperature in this laboratory dropped to seventeen degrees as Won predicted.

Although this simple air conditioner looks ugly, the effect is so good that the audience in the live broadcast room are amazed.

This temperature is already comparable to the average household air conditioner.

After all, most household air conditioners limit the minimum temperature, and it may not even reach the standard sixteen degrees.

Although the limit of W410A hydrocarbon refrigerant should be around eleven degrees, but the limit is the limit, and the use is the use.

In addition, the laboratory room is not small, and the temperature of seventeen degrees is already very good.

After all, general chemical laboratories only need to stabilize the temperature at a certain constant, rather than reducing it to a certain value.

If there is a downside, it is that W410A refrigerant cannot make ice.

It's a pity, but it can't be helped.

Although there are refrigerants that can freeze in the primary chemical application knowledge information.

But it is either a gaseous refrigerant, or it cannot be produced under his current preparation conditions.

So the matter of the refrigerator can only be put aside for the time being.

(End of this chapter)