At the meeting on the second day, Ye Ming proposed several subsequent construction plans that could be improved, such as improving the construction environment and allowing the constant temperature system to enter the closed layer in advance.
Not surprisingly, these suggestions received unanimous praise from the construction parties.
As for other equipment, new design solutions, such as the supporting light power generation system, can add a module to the internal and external module circuit switching, so that the solar power generation system can be deployed more quickly to maintain the spacecraft during the parking stage.
of electricity demand.
This spacecraft will land on the ground after landing on the moon and stay on the ground for at least a month.
During this period, due to the limited helium 3, the engine could only maintain a minimum closed operation to maintain the generation of fusion and gravity fields, as well as part of the power for life and work.
The bulk of the electricity production must be maintained by solar panels - that is to say, the landing location must be on the sunny side, and the landing time must be selected during the next month when the lighting conditions are good.
Of course, this is easy to say, because the energy issue is a huge test - with a rated load of 2,000 tons and a full load of 2,400 tons, it can indeed carry a lot of things, and it is enough to build a small workshop for refining helium 3.
But there is absolutely no room to bring gasoline or diesel up there.
Vegetable oil is also a possibility.
It is naturally a good thing to be able to reasonably distribute the energy generated by solar power to the limit.
As for the end, Ye Ming's proposal to create a holographic simulation "game scene" left everyone confused.
"My main thought is that the first batch of people to go up are considered pioneers. It is necessary to keep them in a relatively comfortable state of mind if conditions permit."
As he spoke, Ye Ming gave an example: "For example, if there is enough time, the astronauts can decorate their own rooms, and then during the simulation, they can know in advance what personal items they need."
Everyone was happy at first, but then Director Zhang hesitated and said: "It would definitely be a good thing if the environment and cabin can be adapted to in advance, but will this lead to carrying too many personal belongings... Then the spacecraft will be a mess as soon as it takes off?
of?"
As he spoke, Director Zhang immediately added: "I'm not saying it's not allowed. It's just that the horizontal boat design we used means that when taking off, the wall becomes the floor. Don't let the picture frame fall and hit your head. It would be funny."
Ye Ming laughed and said: "This depends on discipline management. Anyway, it gives everyone more choices. And even if it uses a three-dimensional ship design, when it lands on the moon, the spacecraft will have to dock horizontally."
Director Zhang nodded.
When it was first designed, some people raised objections, saying that the design of the transverse ship was not considered well, because the spacecraft would be completely upright during the take-off phase, and the wall would become the floor.
But this objection was quickly overcome.
The reason is very simple. This ship is to be parked on the lunar surface, and then unloaded engineering equipment and factory construction materials and equipment - do you want the ship to be parked vertically?
Not to mention the difficulty of stopping vertically at 100 meters - don't forget, the moon still has gravity.
Let’s just talk about how to put down construction materials? Are they thrown out from half a height of 30 meters?
Obviously impossible. (@无之道, the horizontal boat design is no problem.)
Moreover, if it is designed as a building ship, the height of the main cabin is more than fifty meters. From the cargo hold to the top cabin, under the artificial gravity environment, it is equivalent to climbing 15 flights of stairs...
Today's spaceships really don't have the space to build elevators.
Not to mention, even according to the launch vehicle method, it only flies vertically in the first few seconds of takeoff, and flies "diagonally" afterward.
In order to ensure comfort and reduce the human load as much as possible, in the plan, the speed of this moon landing is not fast. Just think of it as a "big plane" that is gradually accelerating.
Essentially, it's because this is a spaceship, not a rocket.
It does not seek to burn out the fuel in a short time, but also abandons the fuel tank to reduce weight...
Therefore, this flight from the earth to the moon is an extremely comfortable "trip".
Then it would definitely be better to make everyone feel more comfortable - because this ship will not only make one trip! It will make countless trips! Until the entire moon base and even a space base are built!
Three days later, Ye Ming returned to the provincial capital from Xichang.
Then, the influence of the paper that Professor Huo Laien co-signed with him really began to show - as well-known mathematicians and theoretical physicists continued to express their approval of the paper's argumentation process, this also meant that,
This paper has been "reviewed" by the academic community.
Install the latest version.]
Naturally, people began to attack "high dimensions", a space that previously only existed in imagination and mathematics.
As for the most important tool for launching an attack...
Of course it is Ye Ming's equation.
Therefore, well-known scientists from all over the world continue to invite the province for academic exchanges.
Ye Ming is very happy about this, but he has no time.
His work is very busy. Not only does he have to travel back and forth between Xichang and Jiangcheng throughout the year, he also takes time to discuss with Qi and Mo to promote the "Aita Teacher" project.
The "disaster" was caused by Professor Huo Laien, so just let Mr. Huo host these academic exchanges.
Spring is turning to summer, and the weather is getting hotter.
On April 3rd, news came from Jiangcheng that the engine assembly was completed and the final acceptance test was about to be carried out.
…
The door to the dormitory was ajar, and Ye Ming was sitting in the living room.
He Mo packed his luggage for him in the next room.
Ye Ming held coffee in one hand while carefully checking the engine inspection reports sent by the Jiangcheng project team one by one.
This report is more than 180 pages long.
He watched from noon to the afternoon, so much so that Yin Ta grumbled several times in dissatisfaction, wondering if he didn't believe in her strength?
Regarding this... Ye Ming just smiled.
Of course he believes it!
But how should I put it, as the chief designer and the general commander of the engine project.
There's no way he can just be a signer without reading the document, right?
if that is the case……
You can even do this with a husky!
"Academician Ye, do you want to bring two T-shirts?" He Mo stood at the door holding two T-shirts.
"Bring it on." Ye Ming looked up, but then glared and said, "Don't scream."
He Mo then laughed: "It's a sure thing, so don't be coy."
Ye Ming: "..."
It is already April, and the deadline for submitting the list of co-opted academicians has expired.
And from all aspects...
Well, in fact, you don’t need to look at it to know that there is no suspense about Ye Ming becoming an academician. The only result for anyone who wants to stop him is that he will change his position.
The only suspense is whether it is the Academy of Engineering or the Academy of Sciences - anyway, both sides are "grabbing".
Of course, it is also possible that he is the only academician who has been promoted to both houses of Congress after entering the new century.
"I became an academician at the age of 22. To be honest, I am so envious!"
"What are you envious of?"
At this time, Sheng Fei's voice came from outside the door. After a while, the guy opened the door with one shoulder, sat down opposite Ye Ming with a box in his arms.
At first, Sheng Fei was an "unknown" materials doctor under Professor Tao, and he was considered a little transparent in the academic circle. However, with the advent of chip materials, he published several top journals and jumped into the field of materials.
of new stars.
After graduating last year, he was directly hired by the school as a full-time researcher, taking up the banner of scientific research on new generation materials.
Apart from anything else, the paper on the use of ye fields for fusion confinement, co-signed by Sheng Fei and Ye Ming, is enough to make him a name that cannot be ignored in the process of controllable nuclear fusion.
In the Kuafu project team, Sheng Fei is also responsible for the improvement and design of constraint field materials and constraint bodies.
"She envies my youth." Ye Ming replied casually.
He Mo immediately stopped talking.
Sheng Fei coughed violently.
"Come on, this is my last achievement before going up."
"What is it?" Ye Ming looked at the box, and then he was stunned: "Where are you going?"
"A magical leaf field interference annihilation design. I guess I won't have time to make it after I go to heaven. You can complete it for me."