Bright Sword Military System

Three days later, Wang Xuexin received several good news one after another:

The first good news is that the "violent demolition" of the aircraft carrier went smoothly.

Aubrey called and said to Wang Xuexin: "You guys are very lucky, nothing happened!"

The voice on Aubrey's phone was very excited and thankful, which made Wang Xuexin feel a little strange: "You originally expected it to have an accident, didn't you?"

"Yes!" Aubrey replied, "I thought the explosion would have shattered the chimney, but it didn't..."

"You didn't say that before!" Wang Xuexin interrupted Aubrey: "You said its armor is more than 400 millimeters thick, we don't need to worry about anything!"

"You really don't have to worry about its armor!" Aubrey replied, "Isn't what I said true?"

Wang Xuexin was choked by Aubrey's words.

What is wrong with the world?

Scientists will also play this set of deceptive tricks?

And Wang Xuexin was cheated hard!
What if the chimney blows up?
Will it continue to expand along the cracked strands, followed by another large project and even leave a safety hazard?
Fortunately, none of this happened, so the carrier conversion could be completed within three months of the plan.

The second piece of good news is that the training of carrier-based aircraft pilots has successfully entered the stage of simulated deck flight. Except for a near-miss flight accident, there were zero pilot casualties.

Colonel Tarn, the instructor in charge of training the pilots, said: "This is only temporary, I hope you are mentally prepared!"

Then Colonel Tarn asked again: "Are you sure you don't want to equip aircraft carriers with dive bombers?"

"Sure!" Wang Xuexin replied firmly: "Don't ask this question again in the future!"

This is the third time Colonel Tarn has asked this question.

"Okay!" Colonel Tarn replied helplessly: "What happens in the future is your business and has nothing to do with me!"

"Of course!"

Wang Xuexin's approach is indeed incompatible with the establishment of carrier-based aircraft during this period.

The carrier-based aircraft of an aircraft carrier in this era usually consists of three parts:

One is fighter jets.

It is responsible for reconnaissance, patrolling, fighting for air supremacy and protecting other aircraft in operations.

The second is the dive bomber.

As the name suggests, it is loaded with aerial bombs to dive into target warships for precise bombing.

The third is torpedo bombers.

This kind of bomber mainly hangs torpedoes and drops torpedoes towards the enemy.

Theoretically, an aircraft carrier needs all three types of carrier-based aircraft, especially the second type, which is the dive bomber, which should be said to be the key to victory...it is the main force to blow up enemy ships, and it is very difficult for torpedoes to hit moving targets.

However, Wang Xuexin uncharacteristically canceled all the dive bombers and retained ten torpedo bombers.

In other words, 47 of the 37 carrier-based aircraft that can be loaded on an aircraft carrier are "Wildcat" fighter jets, and the other 10 are "Avenger" torpedo bombers.

This made Colonel Tarn feel unbelievable, because in this way, the aircraft carrier has almost no attack power.

Wang Xuexin doesn't think so.

Because he knew that dive bombers would be eliminated: if missiles could be mounted on fighter planes, it would be dangerous and unnecessary to directly use fighter planes to dive and drop bombs on targets.

Why do fighter planes rely on enemy ships so close to face the enemy's anti-aircraft firepower?

Isn't it good to launch missiles outside its firepower at a distance?
Why do fighter jets dive and drop bombs to ensure accuracy?

Wouldn't it be enough to use passive laser guidance?
If the missiles are advanced enough, even the torpedo bombers can be saved.

But Wang Xuexin knew that the missiles in this period were not enough to sink the enemy ship. Just like the "Musashi" last time, hitting so many missiles and burning for so long only destroyed its anti-aircraft firepower and superstructure, and the facilities below the deck were almost unscathed.

This situation may still occur in future battles, and torpedo bombers will be needed to launch torpedoes to sink it.

The third piece of good news is that Su Liguo's light-emitting diode has been successfully developed.

One of the reasons why it happened so quickly was that Su Liguo had set up another laboratory before that.

This is not to say that Su Liguo has something to hide from Turing, but that Su Liguo regards this laboratory as a learning base for himself and Huaxia researchers. Su Liguo and his students discuss and jointly promote each other in this base.

Prior to this, the laboratory used as a learning base has been able to independently produce secondary and tertiary tubes.

Now Wang Xuexin just turned the laboratory into a formal research institute at the request of Wang Xuexin.

Wang Xuexin really does not want Turing to know about this project... In the future, Turing will return to the sun and never set. If there is no need to let him know, of course he has to hide it. This is related to national interests and there is no personal relationship to talk about.

Originally, Wang Xuexin thought that Su Liguo would have difficulties with the rare metal "gallium".

It has only been a few decades since this thing was discovered, and it is said to be the first metal in history that was first speculated and then discovered: Mendeleev lacked a hole when he made the periodic table of elements, and then he speculated that there was such a thing and deduced its nature, and finally found it not long after.

Wang Xuexin thought that this kind of new gadget might not be available in China. As the saying goes, rare things are valuable, so it should be difficult for Su Liguo to find them.

Who would have thought that because gallium has no economic value at all in this period, and it is relatively cheap and easy to obtain, it is very cheap in this era, and you can buy hundreds of grams for one dollar...

(Note: Gallium is extracted from the waste slag of aluminum ore and zinc ore. The price of raw materials is almost zero. The aluminum factory has to thank you for helping it clean up the garbage. The price of gallium was only raised after it was discovered that it can be used as a semiconductor material, that is, after the great development of computers. Until modern times, it only costs two yuan per gram.)
After knowing this, Wang Xuexin found that his thinking was wrong.

Gallium is indeed a rare metal, and the law of the market is indeed "rare is more expensive". The problem is that there is less demand for it in the market: it is limited to scientists for experiments, and people have not discovered its role, so it is not cheap!

Therefore, Su Liguo not only knows gallium, he also has dozens of grams in his hand.

When Wang Xuexin told him about using it to make light-emitting diodes, Su Liguo was indeed a little surprised.

He was surprised that Wang Xuexin also knew about this thing, it seems that he is indeed not an ordinary person!
Second, I am surprised that no one in the world has discovered the usefulness of gallium, but Wang Xuexin knows... What's going on?

But after thinking about it, Su Liguo felt that this was normal: the transistor was also invented by Wang Xuexin, so he must have a deeper understanding and research on the transistor, and he would know that it is reasonable for a certain semiconductor to emit light!