I am devoted to scientific research, but you want to trick me into having a love relationship?

Chapter 666 This is probably the next revolution in battery technology.

Friday.

Xu Qingzhou rested his hands behind his head, leaning lazily against the bed, his gaze occasionally sweeping over the girl's beautiful body in the room.

By mid-April, the two had already changed into summer pajamas.

Song Yao tidied up the clutter on the ground, throwing the torn stockings directly into the trash can, and picked up Xu Qingzhou's white Yageer shirt.

Something that cost over 6000 yuan got dirty after only being worn twice.

She often saw female leads wearing male leads' shirts on TV, so last night she tried it on herself. Sure enough, he reacted as if he had been stimulated, and even his whimpering and begging for mercy were useless.

In the end...
Song Yao suddenly felt like rinsing her mouth again.

And on the living room sofa.
It's such a mess.

Song Yao pursed her lips, and the chaos of last night involuntarily surfaced in her mind.

Xu Qingzhou understood Song Xiaohua's mentality. After drinking, she was incredibly vigorous, but once she sobered up the next day, she returned to her saintly state.

To be honest, after walking up and down the stairs for just a short while last night, my back is starting to hurt a bit.

Song Yao's face was sour. Seeing the young man lying casually on the bed, she was immediately furious. She wanted to go over and bite him to death, but then she suspected that this was like throwing a lamb to the slaughter. So she simply went over and kicked him twice. "What are you looking at? Get up now and change the sofa cover in the living room!"

"Actually, it's not dirty."

Seeing Song Yao clutching her shirt with disdain, Xu Qingzhou couldn't help but speak, but the rest of his words were choked in his throat by a look from Song Yao. He coughed and got up, saying, "I'll go right now."

He didn't know about other women, but Song Yao was definitely made of water.

After washing up, he changed the sofa cover and mopped the floor around the sofa several times.

Then I remembered I should tell Wang Sidong. Even though it was Friday, a workday, as a leader, I could still take a break for a morning.

"Si Dong".

Xu Qingzhou made a phone call to Wang Sidong.

"I did calculations at home this morning and came to the research institute this afternoon. Okay."

After Xu Qingzhou finished his call, he turned around and saw Song Yao staring at him with a gloomy expression. "Wait, why do you walk so quietly?"

"Professor Xu is amazing; he can come up with a lie so easily."

Song Yao was quite annoyed by the guy humming the song. She felt embarrassed last night and wanted to find an opportunity to beat him up: "You've lied to me like this a lot before, haven't you?"

"No way, the floor is mopped. You...you rest for a bit while I change the sofa covers."

Xu Qingzhou decided to avoid the limelight for the time being, and happily ran to the bathroom to wash the mop. At this time, he needed to stay away from Song Xiaohua.

By the time he finished his work, Song Yao had already gone to the study to write her thesis.

"The fact that Song, the school beauty, didn't make a move just now probably means she saved the game."

"Archiving" means recording things in a book first, and then, when I'm in a bad mood, I might playfully beat up my husband.

Xu Qingzhou didn't waste any time. He sat down in front of his computer and continued working on the quantum dot composite material solution.

Quantum dot composite materials.

The name "quantum dot" comes from the quantum effects and discrete energy level structure caused by its nanoscale size, which is essentially an intuitive manifestation of quantum mechanics at the microscopic scale.

Its forms are extensive, covering granular, thin film, three-dimensional network and fiber structure. It uses semiconductor quantum dots as the core and combines metals, carbon-based, oxide or polymer materials to improve performance through performance modification and functional doping.

In addition to the previous nitrogen doping.

We also need to determine the conditions for screening quantum dot composite materials.

At 11 a.m., Xu Qingzhou ran downstairs to wash some fruit and brought it back up. Having spent so much time with Song Yao, he couldn't stop eating; he always wanted to eat fruit when he had nothing to do.

Song Yao stared at the computer screen, her eyebrows occasionally furrowing, as if she was thinking about how to make changes.

Seeing Xu Qingzhou stroll in leisurely, Song Yao pouted.

This girl had a sour face all morning.

It's like if she pretends to be aloof, the person who was screaming last night wouldn't be her anymore.

"Eat?"

Xu Qingzhou spoke first. "What did you say?"

Song Yao's typing paused, and she froze.

"Fruit."

Xu Qingzhou shook the fruit plate in his hand, and after Song Yao's gaze swept over the fruit plate in his hand, her furrowed brows finally relaxed.

"Goodness, I suspect this girl is under stress."

Xu Qingzhou thought to himself, but last night it was clearly Song Xiaohua who said she was tired and took the initiative to bring it up.

"If you feel you're being taken advantage of, I can help you."

He added in his mind, of course, only thinking it to himself; if he actually said it aloud, the person would definitely be furious.

He also tactfully approached and personally fed the busy school beauty, Song.

Although Song Yao remained indifferent, she still opened her mouth and took the grapes that Xu Qingzhou fed her.

Seeing that Song Yao was about to spit out grape skins, he tactfully moved the trash can next to her.

"Spit it out."

Song Yao froze again, her expression slightly off.

Xu Qingzhou felt ashamed.

Oh no, I'm stressed again.
Xu Qingzhou was eventually beaten up.

At noon, they heated up the leftovers, rested briefly, and then drove separately in the afternoon—one back to the research institute, and the other to Zero Point Technology.

On Friday, Song Yao had a debriefing meeting, while Xu Qingzhou went directly to the lithium dendrite group.

He asked, "How's the situation?"

The lithium dendrite group is working on the design of FeCo-N@graphene quantum dots, a composite material consisting of iron-cobalt alloy quantum dots (FeCo) embedded with nitrogen-doped graphene sheets.

"Quantum dots, through nitrogen doping to optimize electron transport, exhibit excellent lithium dendrite suppression. Further in-situ electron microscopy observations, TEM characterization, and long-term cycling verification with full cells are needed," said Wang Wei.

Zhao Shengwen and Academician Ren Nan went to the Institute of Plasma Physics for a meeting.

Unmodified lithium anode: surface roughness Ra > 50 nm, exhibiting a dendritic structure;

[FeCo-N@graphene modified anode: smooth surface (Ra <5 nm)]

Xu Qingzhou checked the data on the computer and said with a smile, "Hmm, the data is good, it looks promising."

"Although all the current samples are defective, there has been a significant improvement in the control of lithium dendrites. This is all thanks to your new discovery. The effect is better than the materials we tried before. If all goes well, this material has the potential to drive a revolution in primary battery technology!"

Wang Wei sounded excited.

As mentioned earlier, they have made lithium-ion batteries that are close to the theoretical energy density.

It already has a very mature manufacturing process.

By adding FeCo-N@graphene quantum dots to the electrolyte, although the lithium dendrite count decreased, the capacity retention, interfacial impedance, energy density, and other parameters all collapsed.

Move the whole body.

For a complete battery product, any change in any parameter will affect the entire battery.

"From a data perspective, the primary task now is to improve conductivity and regulate chemisorption sites."

Xu Qingzhou reviewed the data and had a plan for the next experiment.

"My teacher and I share this view."

Wang Wei picked up a document from the side and handed it to Xu Qingzhou.

Xu Qingzhou sat down to look at the plan. Zhao Shengwen and Wang Wei's ideas were the same two points he mentioned: if they could solve the problems of conductivity and regulating the chemical adsorption sites, the capacity retention rate and energy density would be improved accordingly.

"I plan to bring a team and finish the remaining tests over the weekend," Wang Wei said with great enthusiasm.

"Row."

(End of this chapter)