After arranging Wei Wen's whereabouts, Lu Zhou turned back to the office and continued to prepare his PPT.
As we all know, long-chain LiSn molecules that are easily soluble in organic solutions are the culprits of the Shuttle effect. If the generation of this product can be reduced from the generation mechanism, it will be equivalent to preventing the loss of cathode materials from the source.
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
Putting the experimental report in his hand on the table, Lu Zhou sighed in his heart, then took out his mobile phone from his pocket and called Mr. White Sheridan, the general manager of Star Technology, and asked him to start working on the international patent immediately. application.
According to multiple battery pack experimental tests conducted by Jinling Computational Materials Research Institute, when the sulfur content is 73%, the ability to inhibit the diffusion of polysulfide compounds into the electrolyte reaches its peak. After 500 cycles, the Coulombic efficiency still remains at a very high level.
"Absolutely perfect."
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
"Okay, I'll go right away."
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
"We made it! We made it!"
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
This is true at the macro level, and the changes at the micro level are also quite interesting.
It is the pleasure of many big names to fill in the "Science". For example, David Xiao, who has collaborated with Lu Zhou on the theoretical model of electrochemical interface structure, is one of them.
As soon as the call was connected, an excited voice came from the other end of the receiver.
This may sound risky, but it is not unprecedented in academia.
With these two layers of insurance, the impact of the shuttle effect has been minimized.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
As soon as the call was connected, an excited voice came from the other end of the receiver.
The problem is not the HCS-2 material itself, but that most academic editors in the editorial department do not believe that Lu Zhou can make such significant changes based on the HCS-1 material in such a short period of time.
"We made it! We made it!"
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
…
Hearing the excited tone, Lu Zhou was stunned for a moment, and then immediately asked: "Lithium-sulfur battery?"
Within five minutes, he received an email from Yang Xu.
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
"Okay, I'll go right away."
However, whether he believed in evil or not, the result was before him.
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
However, whether he believed in evil or not, the result was before him.
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
Within five minutes, he received an email from Yang Xu.
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
The problem is not the HCS-2 material itself, but that most academic editors in the editorial department do not believe that Lu Zhou can make such significant changes based on the HCS-1 material in such a short period of time.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
This is true at the macro level, and the changes at the micro level are also quite interesting.
Putting the experimental report in his hand on the table, Lu Zhou sighed in his heart, then took out his mobile phone from his pocket and called Mr. White Sheridan, the general manager of Star Technology, and asked him to start working on the international patent immediately. application.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
…
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
"Okay, I'll go right away."
Hearing the excited tone, Lu Zhou was stunned for a moment, and then immediately asked: "Lithium-sulfur battery?"
After submitting the manuscript, Lu Zhou ignored it and began to prepare for the upcoming lecture at the Max Planck Society in Germany.
This is true at the macro level, and the changes at the micro level are also quite interesting.
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
Seeing that Yang Xu's expression was so excited, Lu Zhou also became interested, so he turned off the video call and logged in to his email address immediately.
This time, the person responsible for reviewing the manuscript for Professor Lu is still Professor Bawandi of MIT.
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
Hearing the excited tone, Lu Zhou was stunned for a moment, and then immediately asked: "Lithium-sulfur battery?"
"Absolutely perfect."
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
This is true at the macro level, and the changes at the micro level are also quite interesting.
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
Within five minutes, he received an email from Yang Xu.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
After downloading the attachment in the email, Lu Zhou used a professional reader to open the experimental data roughly organized into PDF format, and then started from the first part and read it carefully line by line.
Putting the experimental report in his hand on the table, Lu Zhou sighed in his heart, then took out his mobile phone from his pocket and called Mr. White Sheridan, the general manager of Star Technology, and asked him to start working on the international patent immediately. application.
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
As Yang Xu said, the performance of this new material is quite excellent. No wonder his voice is so excited.
Hearing the excited tone, Lu Zhou was stunned for a moment, and then immediately asked: "Lithium-sulfur battery?"
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Compared with the original hollow carbon nanospheres and activated carbon nanospheres prepared by activation of potassium hydroxide, this new composite material of hollow carbon spheres and sulfur shows superior performance under the same sulfur content of 70%. Cycle performance.
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
As before, after accepting the review invitation, this professor who "doesn't believe in evil" generously spent his own money and repeated the experiment like an honest person according to the experimental report provided by Lu Zhou.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.
As Yang Xu said, the performance of this new material is quite excellent. No wonder his voice is so excited.
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
This is true at the macro level, and the changes at the micro level are also quite interesting.
"We made it! We made it!"
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
Within five minutes, he received an email from Yang Xu.
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
After getting the patent number, he immediately started writing the paper.
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
"We made it! We made it!"
As before, after accepting the review invitation, this professor who "doesn't believe in evil" generously spent his own money and repeated the experiment like an honest person according to the experimental report provided by Lu Zhou.
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
As soon as the call was connected, an excited voice came from the other end of the receiver.
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
"Okay, I'll go right away."
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
"Absolutely perfect."
As we all know, long-chain LiSn molecules that are easily soluble in organic solutions are the culprits of the Shuttle effect. If the generation of this product can be reduced from the generation mechanism, it will be equivalent to preventing the loss of cathode materials from the source.
After downloading the attachment in the email, Lu Zhou used a professional reader to open the experimental data roughly organized into PDF format, and then started from the first part and read it carefully line by line.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
However, whether he believed in evil or not, the result was before him.
With these two layers of insurance, the impact of the shuttle effect has been minimized.
…
"We made it! We made it!"
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
According to multiple battery pack experimental tests conducted by Jinling Computational Materials Research Institute, when the sulfur content is 73%, the ability to inhibit the diffusion of polysulfide compounds into the electrolyte reaches its peak. After 500 cycles, the Coulombic efficiency still remains at a very high level.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
This may sound risky, but it is not unprecedented in academia.
This is true at the macro level, and the changes at the micro level are also quite interesting.
After getting the patent number, he immediately started writing the paper.
However, whether he believed in evil or not, the result was before him.
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
According to multiple battery pack experimental tests conducted by Jinling Computational Materials Research Institute, when the sulfur content is 73%, the ability to inhibit the diffusion of polysulfide compounds into the electrolyte reaches its peak. After 500 cycles, the Coulombic efficiency still remains at a very high level.
As soon as the call was connected, an excited voice came from the other end of the receiver.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
However, the speed at which Professor Lu has submitted three manuscripts in the past six months is a bit too astonishing...
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
It is the pleasure of many big names to fill in the "Science". For example, David Xiao, who has collaborated with Lu Zhou on the theoretical model of electrochemical interface structure, is one of them.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
Regarding this new type of hollow carbon ball material, Yang Xu named it HCS-2 material according to the naming principles previously established by Lu Zhou.
However, whether he believed in evil or not, the result was before him.
This time, he accidentally succeeded again...
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.
After getting the patent number, he immediately started writing the paper.
However, whether he believed in evil or not, the result was before him.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
As soon as the call was connected, an excited voice came from the other end of the receiver.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
However, whether he believed in evil or not, the result was before him.
After arranging Wei Wen's whereabouts, Lu Zhou turned back to the office and continued to prepare his PPT.
However, the speed at which Professor Lu has submitted three manuscripts in the past six months is a bit too astonishing...
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
"Absolutely perfect."
This time, the person responsible for reviewing the manuscript for Professor Lu is still Professor Bawandi of MIT.
However, the speed at which Professor Lu has submitted three manuscripts in the past six months is a bit too astonishing...
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
"Okay, I'll go right away."
"Absolutely perfect."
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
Putting the experimental report in his hand on the table, Lu Zhou sighed in his heart, then took out his mobile phone from his pocket and called Mr. White Sheridan, the general manager of Star Technology, and asked him to start working on the international patent immediately. application.
Hearing the excited tone, Lu Zhou was stunned for a moment, and then immediately asked: "Lithium-sulfur battery?"
This time, the person responsible for reviewing the manuscript for Professor Lu is still Professor Bawandi of MIT.
After submitting the manuscript, Lu Zhou ignored it and began to prepare for the upcoming lecture at the Max Planck Society in Germany.
However, compared to Lu Zhou's casual attitude when submitting his article, this email caused difficulties for the editorial department of Science.
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
This time, he accidentally succeeded again...
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
Compared with the original hollow carbon nanospheres and activated carbon nanospheres prepared by activation of potassium hydroxide, this new composite material of hollow carbon spheres and sulfur shows superior performance under the same sulfur content of 70%. Cycle performance.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
After arranging Wei Wen's whereabouts, Lu Zhou turned back to the office and continued to prepare his PPT.
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
As we all know, long-chain LiSn molecules that are easily soluble in organic solutions are the culprits of the Shuttle effect. If the generation of this product can be reduced from the generation mechanism, it will be equivalent to preventing the loss of cathode materials from the source.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
However, the speed at which Professor Lu has submitted three manuscripts in the past six months is a bit too astonishing...
Putting the experimental report in his hand on the table, Lu Zhou sighed in his heart, then took out his mobile phone from his pocket and called Mr. White Sheridan, the general manager of Star Technology, and asked him to start working on the international patent immediately. application.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
However, whether he believed in evil or not, the result was before him.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
Compared with the carbon-sulfur composite material itself, Lu Zhou is particularly looking forward to this...
Compared with the carbon-sulfur composite material itself, Lu Zhou is particularly looking forward to this...
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
Seeing that Yang Xu's expression was so excited, Lu Zhou also became interested, so he turned off the video call and logged in to his email address immediately.
This is true at the macro level, and the changes at the micro level are also quite interesting.
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
"We made it! We made it!"
…
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
According to multiple battery pack experimental tests conducted by Jinling Computational Materials Research Institute, when the sulfur content is 73%, the ability to inhibit the diffusion of polysulfide compounds into the electrolyte reaches its peak. After 500 cycles, the Coulombic efficiency still remains at a very high level.
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
"We made it! We made it!"
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
Compared with the carbon-sulfur composite material itself, Lu Zhou is particularly looking forward to this...
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
"Absolutely perfect."
This may sound risky, but it is not unprecedented in academia.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
After getting the patent number, he immediately started writing the paper.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
The sulfide ions embedded in the hollow carbon spheres can be normally extracted from the surface pores of the hollow carbon spheres, and undergo an electrochemical reaction with the lithium ions that move to the positive electrode in an orderly manner. The generated Li2S2 and Li2S are between the carbon spheres. The voids are silent, avoiding pore clogging that affects electrochemical cycle efficiency.
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
…
After submitting the manuscript, Lu Zhou ignored it and began to prepare for the upcoming lecture at the Max Planck Society in Germany.
White's work was very efficient. Not long after Lu Zhou's instructions, all the documents submitted for the patent application were successfully approved.
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
Considering that he would form a series with HCS-1, this time he still chose "Science" as the subject of submission and sent the manuscript to the email address of the editorial department of "Science".
After submitting the manuscript, Lu Zhou ignored it and began to prepare for the upcoming lecture at the Max Planck Society in Germany.
It is the pleasure of many big names to fill in the "Science". For example, David Xiao, who has collaborated with Lu Zhou on the theoretical model of electrochemical interface structure, is one of them.
Seeing that Yang Xu's expression was so excited, Lu Zhou also became interested, so he turned off the video call and logged in to his email address immediately.
However, compared to Lu Zhou's casual attitude when submitting his article, this email caused difficulties for the editorial department of Science.
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
This may sound risky, but it is not unprecedented in academia.
This is true at the macro level, and the changes at the micro level are also quite interesting.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
However, compared to Lu Zhou's casual attitude when submitting his article, this email caused difficulties for the editorial department of Science.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
As before, after accepting the review invitation, this professor who "doesn't believe in evil" generously spent his own money and repeated the experiment like an honest person according to the experimental report provided by Lu Zhou.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
Regarding this new type of hollow carbon ball material, Yang Xu named it HCS-2 material according to the naming principles previously established by Lu Zhou.
It is the pleasure of many big names to fill in the "Science". For example, David Xiao, who has collaborated with Lu Zhou on the theoretical model of electrochemical interface structure, is one of them.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
However, whether he believed in evil or not, the result was before him.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
During this period, his work will basically revolve around "theoretical models of electrochemical interface structures."
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
Compared with the carbon-sulfur composite material itself, Lu Zhou is particularly looking forward to this...
Yang Xu, who was holding the phone, nodded vigorously and said excitedly: "Well! Your idea is right. We used glucose as the precursor and selected the copolymer of polyaniline and polypyrrole as the pore-forming agent, and successfully synthesized a product with a specific surface area of up to 3022m2/g, while the diameter of hollow carbon nanospheres is only 69nm.”
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
"I won't talk about many things on the phone. I have sent the relevant experimental data to your email. Please take a look at it quickly!"
Regarding this new type of hollow carbon ball material, Yang Xu named it HCS-2 material according to the naming principles previously established by Lu Zhou.
However, the speed at which Professor Lu has submitted three manuscripts in the past six months is a bit too astonishing...
If the situation is optimistic, he can get the patent number before the end of the month, and then he can start writing the paper.
"Absolutely perfect."
After downloading the attachment in the email, Lu Zhou used a professional reader to open the experimental data roughly organized into PDF format, and then started from the first part and read it carefully line by line.
"Absolutely perfect."
The problem is not the HCS-2 material itself, but that most academic editors in the editorial department do not believe that Lu Zhou can make such significant changes based on the HCS-1 material in such a short period of time.
"We made it! We made it!"
This time, he accidentally succeeded again...
Regarding this new type of hollow carbon ball material, Yang Xu named it HCS-2 material according to the naming principles previously established by Lu Zhou.
When the sulfur content is 75%, the comprehensive performance of the battery reaches the optimal level based on a series of factors such as Coulomb efficiency, mass energy density, volume energy density, etc.
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
After getting the patent number, he immediately started writing the paper.
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
As we all know, long-chain LiSn molecules that are easily soluble in organic solutions are the culprits of the Shuttle effect. If the generation of this product can be reduced from the generation mechanism, it will be equivalent to preventing the loss of cathode materials from the source.
After downloading the attachment in the email, Lu Zhou used a professional reader to open the experimental data roughly organized into PDF format, and then started from the first part and read it carefully line by line.
…
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
Anyone has reason to suspect that Professor Lu may have published unperfected experimental results while modifying some experimental data in order to compete with Professor Stanley in the lithium-sulfur battery project.
This is true at the macro level, and the changes at the micro level are also quite interesting.
However, whether he believed in evil or not, the result was before him.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
A week passed like this, and just when Lu Zhou finally finished his PPT, he suddenly received a call from Yang Xu.
This may sound risky, but it is not unprecedented in academia.
Not only that, even if a limited amount of LiSn (n>2) compounds are produced in the reaction system, due to the surface adsorption of the hollow carbon spheres, a large amount of this polysulfide compound will be retained in the skeleton of the cathode material. rather than diffusing through the material surface into the electrolyte.
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
Compared with the carbon-sulfur composite material itself, Lu Zhou is particularly looking forward to this...
"Okay, I'll go right away."
The editorial board of "Science" could not make up its mind, and finally kicked the ball to the reviewers.
After turning over the section that recorded the analysis of physical and chemical properties, Lu Zhou looked directly at the section on battery pack testing.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
The last paper on HCS-1 was also written by him, and there were ready-made templates that could be applied. The writing of this paper did not take Lu Zhou too much time, and the entire paper was completed in less than three days.
After drinking some water, Yang Xu, who sounded excited, moistened his throat and continued speaking impatiently.
Taking into account the broad prospects of this material in industrial applications, Starry Sky Technology will register separate patents based on the results of this research around a series of aspects such as the compound, production, use, and mixing ratio of HCS-2 materials with elemental sulfur. Establish a complete set of patent barriers.
After downloading the attachment in the email, Lu Zhou used a professional reader to open the experimental data roughly organized into PDF format, and then started from the first part and read it carefully line by line.
However, compared to Lu Zhou's casual attitude when submitting his article, this email caused difficulties for the editorial department of Science.
"Absolutely perfect."
This time, the person responsible for reviewing the manuscript for Professor Lu is still Professor Bawandi of MIT.
After arranging Wei Wen's whereabouts, Lu Zhou turned back to the office and continued to prepare his PPT.
As we all know, long-chain LiSn molecules that are easily soluble in organic solutions are the culprits of the Shuttle effect. If the generation of this product can be reduced from the generation mechanism, it will be equivalent to preventing the loss of cathode materials from the source.
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.
This time, he accidentally succeeded again...
As before, after accepting the review invitation, this professor who "doesn't believe in evil" generously spent his own money and repeated the experiment like an honest person according to the experimental report provided by Lu Zhou.
Consider the recent paper on carbon-sulfur composite materials published in JACS and the sensation it caused in the energy industry.
As before, after accepting the review invitation, this professor who "doesn't believe in evil" generously spent his own money and repeated the experiment like an honest person according to the experimental report provided by Lu Zhou.
With these two layers of insurance, the impact of the shuttle effect has been minimized.
This time, the person responsible for reviewing the manuscript for Professor Lu is still Professor Bawandi of MIT.
Compared with HCS-1 material, which has relatively limited industrial application value, this new material is undoubtedly more likely to be industrially produced!
…
On the other hand, because the charged sulfide ions have limited contact with the lithium ions moving to the positive electrode, the formation of long-chain compounds LiSn (n>2) is largely avoided.
And "Science" also welcomes these experts to pour water on themselves. After all, the equipment of these experts is often enough to make their peers jealous, the quality of their papers is guaranteed by academic reputation, and they also have their own "flow effect".
However, whether he believed in evil or not, the result was before him.
"We then mixed the hollow carbon spheres with sulfur elemental materials through chemical deposition, assembled them into battery molds, and conducted battery pack performance tests. The final results were quite gratifying."
In this experimental data, there are not only battery performance test data, but also pictures taken with a scanning electron microscope, as well as change curves drawn based on various data.
…
This time, he accidentally succeeded again...
According to multiple battery pack experimental tests conducted by Jinling Computational Materials Research Institute, when the sulfur content is 73%, the ability to inhibit the diffusion of polysulfide compounds into the electrolyte reaches its peak. After 500 cycles, the Coulombic efficiency still remains at a very high level.
Seeing that Yang Xu's expression was so excited, Lu Zhou also became interested, so he turned off the video call and logged in to his email address immediately.
As a model of using computational materials methods to solve real-life problems, the success of HCS-2 materials will undoubtedly provide an important factual argument for his theoretical model of electrochemical interface structure.