Name: LI SHEN Title: Lecturer

Email: lishen@ncu.edu.cn

Supervisor Type: Master's Supervisor

Main Courses: Fundamentals of Mechanical Manufacturing

Personal Website:

Research Directions

Corrosion and protection of nuclear energy materials in extreme environments. Specific areas include:

1. Service behavior and protection of high-temperature component materials in deep space environments.

2. Corrosion behavior and protection of materials under supercritical fluid working conditions.

3. Corrosion behavior and protection under high-temperature and ultra-high flow rate atmospheric erosion.

Education Background

2018 – 2021, Kyushu Institute of Technology, Ph.D.

2015 – 2018, University of Science and Technology Beijing, Master.

2010 – 2014, University of Science and Technology Beijing, Bachelor.

Work Experience

2022 – Present, Nanchang University, School of Advanced Manufacturing, Lecturer.

2024 – 2025, Beihang University, Visiting Scholar.

Personal Honors

“Gan Po Jun Cai” in urgent need of overseas talents.

Second Prize of Jiangxi Province Science and Technology Progress Award.

Major Achievements

Research projects:

GF Basic Research Project (Preparation Technology of Anti-XX Corrosion Coatings);

Innovation Center Project for Nuclear Materials (Research on Preparation of 3D Printed High-Entropy Alloys for Nuclear Power Applications and Study on Corrosion Behavior, Development of XX Coatings in Extreme Space Environments);

Nuclear Group Talent Project (Development of Ni-Based Alloy Surface Ni-W XX Coatings);

Jiangxi Provincial Natural Science Foundation Project (Design and Research on Multilayer Ordered Heterogeneous Oxide Films under Co-Modulation of Mo/Nb and Study on High-Temperature Oxidation Mechanism).

Over 1.3 million yuan in external funds from enterprises and institutions.

Academic achievements:

In the past five years, a total of 20 or more SCI and EI papers have been published, among which 13 papers were published as the first author or corresponding author (10 of which are in the second zone of the Chinese Academy of Sciences). Currently, 6 invention patents have been applied for, and 3 have been authorized.