Tower Defense Strategy

There are 277 institutes, the C National Academy of Sciences, which focuses on electromagnetic applications, electromagnetic catapults, and electromagnetic weapons.

During this time, everyone's work at hand slowed down and ran to delve into extraterrestrial science and technology readings.

The results can not be said to be no, but a little confused.

The principle of electromagnetic weapons is very simple. The concept was created almost a hundred years ago, but it has not been put into practical use until now. There are two problems, conductors and power sources.

Laboratory electromagnetic weapons, in terms of effectiveness, can reach actual combat needs early on. The problem is that huge equipment cannot be moved to mobile units, even for ships, the burden of electricity is too large, and the cost is unacceptable.

With the increase in monster incidents, the interval between the most recent one was only three or four days, and the scientists at the 277 Institute felt that their burdens were very heavy.

After all, the electromagnetic weapon is already the closest weapon of the future to actual combat.

laser?

Yes, country C does have experimental laser weapons equipped with armored vehicles, but that thing is also Tuyile. It is difficult to try to poke a subsonic low-altitude cruise missile. If you want to use it to fight monsters, the power is almost meaningless.

If the power supply problem can be solved in the process of developing actual combat electromagnetic weapons, the laser problem will naturally be solved.

Near the end of the new year, a batch of "Planet Strategy" game accounts were posted on it, and a few young scholars used it before entering the meeting stage.

After the meeting, everyone expressed their opinions.

"What else are you talking about? It's good to work overtime to play games."

"I'll stay too."

"Me too……"

Because of confidentiality reasons, many people can only go back in a few months. It is not surprising that some people have not been with their families in years.

Fortunately, there is also a video call. The office is a little more relaxed about this. I can often make a phone call. The feeling of missing is not so easy to provoke tears a few decades ago.

In the end, a few leaders in the office discussed, or enlarged the half-man to go back to the New Year. According to the trend of monster invasion, no one dared to predict what the New Year will be next year.

During the meeting, the twenty new computers sent with the account were all set up. After the meeting, they poured tea and coffee and went to the computer room together.

Those who are in charge of the operation are all young and middle-aged players. The older scientists move a chair and sit in the back to see what they can do.

The 277 schools cannot be operated by students like universities. When the computers are delivered, they are equipped with operating instructions for games.

Log in to the game, follow the instructions in the operation manual to open the personal letter, confirm that the character identity of the account is correct, and then follow the map in the manual to the target laboratory.

Allotted to 277 are the electromagnetic laboratory and the superconducting laboratory.

A group of scientific researchers in the computer room discussed with each other and changed their seats. The people in such a laboratory are all together.

The main laboratory account is responsible for opening custom experiments.

The others sit down at the terminal and switch the operating mode according to the instructions.

After the mode was switched, the terminal screen occupies the full screen and became clearer, which caused everyone to change their seats.

Everyone has taught themselves extraterrestrial books and knows that the units of measurement are not exactly the same, but after all, they belong to the same field, and the changes in the laboratory will not be totally unrecognizable.

In fact, various settings such as the materials and temperature of the superconducting laboratory are even dumb versions.

"Try the 203K material first?" Someone suggested after a trial run with several default materials that came with the terminal.

K is a temperature unit calculated from absolute zero. 203K is about 70 degrees below zero. This temperature is even a little higher than the lowest temperature of some cold chains for transportation. It is already a superconducting material with very good performance on the current soil ball. There is already a certain practical possibility.

In recent academic papers, there are superconducting materials that have broken through zero degrees, but those things need to maintain tens of millions of atmospheres at all times. It is completely impossible to think of how to leave the laboratory application, even if it is used, the maintenance frequency and cost are dare not. And in such a working environment, in case there is a leak...

"Will it be leaked? I suggest using 181K."

No one laughs. For such research institutes involving military industry secrets, confidentiality is the basic common sense, which goes deep into the personal work and rest of each member.

"Okay, that's it."

"I'm going to move materials, Lao Wang, come over and help me sign a name."

The man in his fifties who was called Lao Wang put the tea mug on the table and raised his hand: "Go!"

Others didn't move, they forced to talk, providing them with the parts they can remember about the 181K superconducting material.

Superconducting materials can be understood as metallurgical compounds, and there is no problem as alloys. By the way, the superconducting materials on the earth ball are mainly divided into copper-based and iron-based, but the main component of most superconducting materials does not exceed 50%, and generally at least four metal elements are involved. The formula is complicated, and the synthesis process is also very complicated. It can't be completed by just filling in the ingredients and proportions.

Several of them are responsible for operating the computer, based on their own terminal operations, selectively listening to the words of the people next to them, and occasionally appointing someone to ask them.

Almost ten minutes later, I went to get the two of the materials, and came back with a dozen kilograms of paper materials. They were still hot when they came out of the printer.

I slashed on the table where there was no computer, and the two people immediately came up to help them sort the materials and give a pile to a few people who operated the computer.

Enter each item according to the table, and suddenly at a certain moment, the user of the main account surnamed Zhou suddenly shouted:

"and many more!"

His voice was a little loud, and the back row of people in charge of the electromagnetic laboratory looked back to see what was going on.

Ignoring the others, Lao Zhou asked: "Have you finished entering the project?"

"I am done."

"I'm ready."

"There are still three digits left unfilled."

"My one."

Everyone looked at Lao Zhou or his screen.

Lao Zhou pointed to the screen and said: "It is powered on, and the current superconducting temperature display should be converted to 148K."

Someone swallowed saliva.

A veteran scientist reminded: "148K is not high, fill in the remaining data and then look at it."

Lao Zhou: "Yes, yes, hurry!"

After they filled in the remaining values, Lao Zhou didn't do anything here, and the numbers and some items on the screen jumped.

There was someone next to the alien data in the tablet to convert the unit on the spot: "184K? Wrong calculation?"

"Hey...Isn't this fooling around."

"Not necessarily, why can't it be that more advanced raw material processing technology and links we don't know have caused the final crystal phase to change?"

A large group of people were silent, thinking about it carefully, this may indeed be there, and it is very big, and the reason is even lying in the materials of the 277 institute!

The original materials of 181K superconducting materials are shared elsewhere. After all, 277 is not a professional superconducting research institute. Their research capabilities can only fine-tune existing superconducting materials. Most of these fine-tuning are for two purposes. Service-industrialized production and limited performance improvement.

The original material of this material gives a superconducting temperature of only 180K, and the improvement of 1K does not seem to be much, but it is concentrated on the process improvement of the same material. If you don't understand it, you can simply regard it as the result of a thousand hard work! Of course, most of these efforts are done by Supercomputing.

"More examples are needed." Someone made a point.

Most people agreed and ran to move materials.

It's too troublesome to do it in batches, so just call the director to lead the way.

With repeated verifications, everyone gradually believed.

In one afternoon, a total of five superconducting materials were verified, and the lowest result was consistent with the 277 data, and the highest was even one that had not completed the data!

A material that achieves superconducting properties at 190K, in the absence of a processing link, the superconducting temperature actually exceeded 200K!

It completely broke everyone's cognition.

"What's the default value it uses? How can we verify it?" Someone started scratching the little hair left.

During the verification process, everyone has discovered that a large part of the items filled in the superconducting laboratory have default values. This is the truth that caused the missing four items and the superconducting results.

But I don’t know the default value or the default process, and the 10K performance is super improved due to the missing item. I don’t know how it came about.

Everyone stared at the guy who was missing a piece.

This person put on a crying face and clicked on the selection bar next to the item to show everyone.

It is a mixing program. The temperature, time, and weight are all in the grid at the back, including direct standing. There are fifteen options in this process and a pure customization.

"Try one by one."

The player operating that machine said: "Then I am coming!"

"Wait, wait!" Someone went to take out a notebook, someone turned over the back of the used information and took out a pen.

When everyone is ready, we will start from the first one.

When the temperature, time, and weight of this process are all the same, every time you choose one, the number over there jumps abruptly, and even occasionally the situation below 190K appears, most of which jump between 190 and 192. At the twelfth time, the peak value of 202K was displayed again.

"Vibration? How to shake? Left and right? Up and down? Front and back? Come in each direction? How long do you wait for a shake? What is the temperature inside the device?"

Even if it is a completely positioning type, there are still a lot of problems~www.wuxiaspot.com~ In this case, if there are people who can imagine that they can crack the superconducting materials at room temperature that are made by default in all numbers and craftsmanship in alien games, it is undoubtedly a idiot. .

Everyone thought hard, and suddenly someone uttered:

"Director!"

The director waved his hand, he had actually been here for a while.

"Guys, we don't have much time to waste. Let's just use the materials from the 201003 superconductivity experiment. If there is a problem, I will take care of it."

No. 211003 is a material with a superconducting temperature of 198K under normal atmospheric pressure. It has no advantages in terms of temperature, but this new material can achieve superconducting characteristics under normal atmospheric composition and pressure. No doubt Has a very promising future. In fact, the latest achievements of the C National Academy of Sciences have entered small-scale mass production, mainly for small-scale use in laboratories and power grids.

If it can increase its superconducting temperature by more than a dozen K...No, even an increase in 2K3K will make its use cost lower, which will help increase the scale of mass production. In case, we can find ways to reduce costs and selling prices. There are no other obstacles to weaponization...Oh, the power has not been settled yet.