张萌

Meng Zhang is currently a professor at College of Nuclear Science and Technology in Harbin Engineering University, head of Department of Nuclear Chemistry. Her research interests include spent fuel reprocessing, radioactive waste management, corrosion mechanisms and numerical modelling.She is currently presiding over a number of key projects of the National Natural Science Foundation of China, provincial and ministerial projects, China Postdoctoral Science Foundation, and merit-based grants for returnees from Heilongjiang Province, as well as participating in the National Key Research and Development Programme , Nuclear Energy Development Programme, and Reprocessing Special Project .She has published more than 80 SCI papers and 9 authorised patents and software copyrights. She lectures on Principles of Nuclear Chemistry, Molten Salt Electrochemistry, Principles of Isotope Separation, General Chemistry, etc., and has supervised more than 20 doctoral and master's students graduated.Students who are interested in working with Dr. Zhang, please contact happymeng1980@126.com.

1. 2014/8-2015/8, University of Nevada, Las Vegas, USA, Nuclear Fuel Cycle and Materials, Visiting Scholar.
2. 2004/9-2008/3, Harbin Engineering University, Materials Science, PhD.
3. 2003/9-2004/7, Harbin Engineering University,  Materials Science, M.S.
4. 1999/9-2003/7, Harbin Engineering University, Bachelor of Chemical Engineering and Processes, B.S.

2019.06-2026.05 Harbin Engineering University, Professor
2013.09-2019.05 Harbin Engineering University, Associate Professor
2010.12-2014.07 Harbin Engineering University, Postdoctoral Fellow in Nuclear Science and Technology
2006.06-2013.08 Harbin Engineering University, Lecturer

Reprocessing of spent fuel;
Radioactive waste management;
mechanism of corrosion;
numerical simulation.

1. 2023.1-2026.12？. Research on the Synthesis and Physicochemical Properties of Salt-containing Radioactive Waste Based on Molten Salt Inclusion Constructs, National Natural Science Foundation of China. 2.8 Million, PI
2. 2023.6-2025.6 Research on the growth and inhibition mechanism of uranium dendrites in electrolytic refining process. CNNC Leadership Fund. 1.2 Million, PI
3. 2019.1-2022.12 Mechanism and numerical simulation of the process of active cathodic electrodeposition of uranium extracted by molten salt electrolysis (21876035). National Natural Science Foundation of China, PI
4. 2016.01-2017.12 Numerical simulation study of active cathode electrodeposition process, Heilongjiang Province Overseas Educated Personnel Merit Funding Project.
5.2012.01-2014.12 Mechanistic study on the extraction of americium by electrolysis of molten salt in ionic liquid (3236310448). National Natural Science Youth Fund project.

1. 2017.9.24-29, International Conference on Global Nuclear Fuel Cycle, 2017, Seoul, Korea, Oral presentation.
2. 2016.10.12-15, Asian Nuclear Energy Perspectives Conference, Sendai, Japan, Oral presentation.
3. 2015.10.25-27, International Conference on Global Nuclear Fuel Cycle, Paris, France, Oral presentation.

Three doctoral students and four postgraduate students can be enrolled each year

Principles of Nuclear Chemistry

Principles of Isotope Separation
Molten salt electrochemistry

1. National Energy Equipment Competition, Second Prize (PhD)
2. Undergraduate Graduation Design
3. Bachelor's Degree Internship
Undergraduate and Masters Teaching Reform Programme of Harbin Engineering University

[1] 王艳力, 闫大帅, 陈俐蔓, 张萌, 张文佳. 一种基于镁合金保护层的快速自修复体系的制备方法, 202110113288.3
[2] 王艳力, 刘嘉亮, 闫大帅, 张振华, 张萌, 宋大雷. 一种提高Ce³⁺在中空介孔SiO₂微球中负载量的方法， ZL202010232997.9
[3] 王艳力, 刘嘉亮, 闫大帅, 宋大雷, 张萌. 一种硝酸根插层的镁铝水滑石制备方法, 201910954363.1
[4] 张萌, 闫大帅, 王艳力, 陈俐蔓, 王迪, 刘一博. 一种在镁合金表面制备致密电泳涂层的方法, ZL201911084743.0
[5] 王艳力, 闫大帅, 张萌, 刘嘉亮, 宋大雷, 陈俐蔓. 一种基于甲硫氨酸合成硝酸根插层锌铝水滑石的制备方法, 201910612659.5
[6] 王艳力, 闫大帅, 张萌, 刘嘉亮, 张振华. 一种中空介孔二氧化硅\APS\氧化石墨烯纳米容器的制备方法, ZL201911337501.8