(The following topics include but are not limited to)
Theme 1. Nuclear fuel cycle
Nuclear fuel cycle and materials
Foundations of nuclear materials science
Nuclear fuel reprocessing and waste disposal
Nuclear physics
Fluid mechanics, engineering thermodynamics
Reactor physical analysis, reactor thermal analysis, reactor safety analysis, reactor control
Nuclear radiation detection, nuclear electronics, radiation protection
Nuclear power plant radiation measurement technology
Nuclear energy, nuclear chemicals, nuclear fuel
Nuclear material development, nuclear fuel processing
Topic 2. Chemical processing
Chemical reaction engineering, fundamentals of radiochemistry
Physical chemistry
Chemical engineering principles, chemical engineering thermodynamics
Chemical reaction engineering, chemical separation engineering
Chemical transmission process, chemical system engineering
Principle of catalysis
Chemical technology
Chemical design, environmental engineering
Coal chemical technology
Comprehensive utilization of natural gas
Gas transmission and distribution
Coking technology, chemical technology
Carbon chemistry
Chemical technology economy and chemical safety engineering
Theme 3. Advanced materials
Materials chemistry
Materials physics
Material processing
Modern material
Functional materials and applications
Inorganic nonmetallic material
Polymer materials and Engineering
Composite Materials and Engineering
Material structure, crystal defects
Phase structure and phase diagram, amorphous structure and properties
Electrochemical materials, optical materials
Surface chemistry
Microstructure material design
Physical and structural properties of materials
New functional inorganic nonmetallic materials
Chemical physics