The drawings of Eagle Strike 20 were directly sent to the manufacturing center of Xingang Manor for production, and then turned back to Changchun and Nanchang to replace them.

Then Mu Feng looked at the last 100 high-grade loot again, rubbed his hands, and pressed the lottery button again.

"Obtained: Drawings of a 100,000-kilowatt medium-sized marine modular fission power reactor."

Looking at this reward, Mu Feng almost exclaimed, his heart beat faster, but he immediately fell back, and then began to look at the detailed parameters of this drawing and began to struggle.

The ship's reactor, not the "ship's reactor" for submarines, is a reactor for surface warships, which is basically intended for aircraft carriers.

Then this reactor does not output a steam turbine to directly drive the propeller, but is matched with an integrated power system and directly generates electricity.

At the same time, this power of 100,000 kilowatts is not the thermal power of the nuclear reactor, but the final output of electrical power.

Finally, the figure of 100,000 kilowatts is a little subtle.

One reactor is 100,000 kilowatts, and two reactors are 200,000 kilowatts, and the unit is converted into the shaft horsepower commonly used in ships, which is 272,000 horsepower.

The relatively representative large aircraft carriers in history, the Kitty Hawk class, the Enterprise class, and the Ford class, all have a pure navigation power of 280,000 horsepower, and the Nimitz class has 270,000 horsepower, which is basically on this approximate level.

270,000 horsepower to push an 85,000-ton aircraft carrier, it can run up to 32 knots, if it is a 100,000-ton aircraft carrier, it can only run 31 knots at most.

This power is simply used for sailing, and it can be said that it is just enough.

Then install diesel or gas turbines to generate electricity to drive various electronic equipment on modern aircraft carriers.

These power generation facilities also serve as a backup power source for navigation power, as well as an acceleration power source.

This may represent a design approach.

Because nuclear-powered aircraft carriers would have been designed with a backup power source, which is generally a diesel engine.

The latest Ford-class practice in the United States is that the total output of the dual-core reactor is 300,000 kilowatts, of which 204,000 kilowatts are exported in the form of steam, which pushes four large steam turbines and drives the propellers as navigation power.

The remaining less than 100,000 kilowatts propelled the power generation turbines to supply all the shipboard equipment of the aircraft carrier.

That is to say, the Ford class is not yet a comprehensive all-electric, but a partial all-electric in addition to the power.

However, the total power of the Ford-class reactors is higher, 150,000 kilowatts for a single reactor and 300,000 kilowatts for a double reactor, and the power and power of the ship are all from the nuclear reactors, except that the steam is distributed to different turbines.

Thinking of this, Mu Feng went back again, seeing that now he now has this nuclear reactor with an electric power of 100,000 kilowatts, but the volume is also significantly smaller, there may be another more radical use.

That is, two groups of 4 reactors, full electrical output, improve redundancy, and at the same time let the aircraft carrier enter the same 35-knot fleet as 055.

Mu Feng simply simulated that a 100,000-ton aircraft carrier, running 35 knots, exactly needs 310,000 kilowatts and 420,000 horsepower.

And 4 reactors, 400,000 kilowatts, of which 310,000 kilowatts are powered, and the rest is used for ship electrical equipment, this allocation is also just right.

The increase in the power and consumption of nuclear reactors does not affect the endurance.

In fact, the original plan for the Nimitz class in history was to have four medium reactors.

But the old men on Capitol Hill were frightened by the maintenance performance of the Enterprise's eight small piles and said they wouldn't accept anything.

So Nimitz ended up being two big piles, with a total power slightly lower than the Enterprise and Kitty Hawk classes.

So in fact, if you let go of running, Nimitz will not be able to catch up with the company and Kitty Hawk.

However, the number of reactors is twice as small, and the total power is approximated, which is quite remarkable.

As for Mu Feng's choice, of course, it is the upper four!

400,000 kilowatts, even if it is used to push 120,000 tons of aircraft carriers, it is completely fine.

After going back, you can start the design of the Type 004 aircraft carrier.

Of course, it is necessary to complete the plan of the two nuclear submarines, and then there are several projects related to active damage elements and variable-cycle engines that I have prepared before.

Thinking of this, Mu Feng went to see the progress of the two nuclear submarine programs again.

The scheme of these two nuclear submarines was originally an integration on the basis of a large number of existing technologies.

For example, natural circulation reactors, integrated power systems, shaftless pump jet propulsion systems and other technologies have been owned by Mufeng before, and have been used for 15 and 16 upgrades.

Therefore, when the plan was first developed, it already had a fairly high degree of completion, and the total scientific research demand at that time was greater than 220,000 points, and there were common technologies.

And then after such a long period of advancement, there are still a little more than 80,000 points of remaining scientific research needs.

The battle between IJN and the Southern Islands, the loot obtained from the deep sea, and the scientific research points obtained by the lottery have exceeded 100,000 points.

After a short period of silence, Mu Feng decided to consume scientific research points and directly promote the direct completion of the two projects.

After more than 80,000 points are deducted, the system prompt will come directly.

"The design scheme of the Type 095 attack nuclear submarine 'Youlong' has been completed."

"The design scheme of the Type 096 strategic missile nuclear submarine 'Qianlong' has been completed."

These two names were originally suggested by Yue Yi at the suggestion of Yuanwang 7, and Yue Yi changed the naming rules and gave them names separately, and no longer continued to use the names in the format of "Long March + digital number".

Mu Feng looked at the two completed plans, and directly contacted Yuanwang 7 and Great Wall 201 and others:

"Seventh sister, I have added a few more scientific research schemes, you can take a look at them first, first of all, about the application of reactive destruction metamaterials.

"First of all, we will design a high-explosive warhead that can be directly replaced by various missiles, and then simulate the possibility of application on armor-piercing and electromagnetic artillery shells.

"These two projects are relatively simple, you can do it in one day, and the next thing is the application of variable cycle engine technology.

"I have a lot of other things to do these days, and I have to go to the Western Islands as soon as I go back, so I will work hard for you for a while."

After hearing this, Yuanwang No. 7 nodded in agreement:

"Okay Commander, I've written it down, it's our job, Commander, you don't have to mind at all.

"Then the commander should have received the news that the scientific research programs of the two nuclear submarines have been completed at the same time, right?

"So when you come back, build them, and stop in Newport for two days, and then go to the Western Islands.

"I remember, on the Western Islands, the situation is not critical, so the commander has a two-day rest, it should not be in the way."

Mu Feng felt the concern of the seventh sister, so he smiled and agreed:

"Okay Seventh Sister, I understand, I can go to Xingang tonight and leave tomorrow."

Yuanwang 7 immediately confirmed:

"Okay, that's a deal."