"Okay." Ning Qingyun originally studied freshman chemistry courses with Qin Ke, and has a good foundation. Professor He's team has been conducting experiments on hydrides before, and the pile of materials in his hand contains detailed theories.

and records, the girl quickly got started and started mathematical modeling based on experimental data and theory.

Hydrides are divided into ionic hydrides, metallic hydrides, transitional hydrides, and covalent hydrides, with different characteristics. She needs to build four small mathematical models respectively.

Qin Ke's workload is larger, because oxides are divided into basic oxides, acidic oxides, peroxides, superoxides, and amphoteric oxides. He has to build five small mathematical models.

The mathematical modeling of both of them must separately simulate and relax the results of doping ferroelectric thin film materials, including local chemical changes, changes in structural and electrical heterogeneity, changes in phase transition temperature, etc.

The phase transition temperature is very important. It is the critical temperature when a substance transitions between different phases, such as the temperature at which a solid melts into a liquid and the temperature at which water solidifies into ice. This is directly related to the relaxation ferroelectricity after doping with different elements.

In which temperature range does the film material maintain stable performance?

The workload is a bit heavy, but with the mathematical modeling skills that both of them are already proficient in, the progress continues to speed up.

…

Three days later, in Professor He's laboratory, Professor He was still answering questions from graduate students. Huo Xinguang said excitedly: "Qin Ke sent an email again, and the second direction has produced results!"

/

Please remember the domain name of this book:. Novels of Strange People of the Republic of China
Chapter completed!