The research team of Li Miyi, Institute of Chemical Engineering, School of Chemistry and Chemical Engineering, Beijing Institute of Technology, has conducted an in-depth study on the application of solvation free energy to chemical phase equilibrium behavior through the method of combining experiment and theoretical calculation. The problems of solid-liquid balance and vapor-liquid balance were discussed, and the selection of salt distillation process and extractive distillation entraining agent was studied.

My research direction is mainly in the field of chemical molecular thermodynamics calculation, aiming to explore the basic physical property parameters, phase equilibrium behavior, separation and purification methods and the design of new separation media in chemical engineering through molecular simulation methods and basic thermodynamic theoretical framework. 1. Build a thermodynamic model of electrolyte solution and apply it to the solid-liquid equilibrium relationship of salt separation and purification, as well as the salting out and salt dissolution effects in the rectification process. The molecular dynamics model and calculation scheme of thermodynamic properties of solution are developed. 2. Develop electrochemical sensors and develop new gel electrolyte systems.

2007.09-2012.01 Beijing Institute of Technology, Applied Chemistry major, Doctor of Engineering.
2000.09-2003.01 Beijing Institute of Technology, major in Inspection Technology and automatic flower device, Master of Engineering.
1995.09-1999.07 Naval University of Engineering, Electrical Technology major, Bachelor of Engineering.

2020.03-present, School of Chemistry and Chemical Engineering, Beijing Institute of Technology, Lecturer.

Presided over one project of the National Natural Science Foundation, the third batch of the "13th Five-Year Plan" explosive special project of the State Administration of Science, Technology and Industry for National Defense, one vertical project, and undertook more than ten enterprise cooperation projects. So far, he has published many academic papers in academic journals and conferences at home and abroad. The thermodynamic properties of chemical processes were taken as the object to carry out molecular dynamics simulation research. With new materials as the guidance, the development of electrochemical gas sensor, patent application and realization of the transformation and application of technical achievements.