Majors
Nuclear Science and Technology
Radiochemistry
Mission
-
Radiochemistry research providing essential chemistry data and radioanalytical technology for nuclear fuel cycle, and addressing fundamental problems associated with the management of radioactive waste.
-
Cutting-edge radiochemistry research including the synthesis of new functional materials, the new measurement techniques, and chemical data science for the next-generation of nuclear industries.
Lectures
Radiochemistry and nuclear chemistry
Advanced instrumental analysis in chemistry
Special topics and principles in radiochemistry
Research Area
Fundamental Radiochemistry
01
-
Synthesis of new actinide-based functional materials
-
Characterization of accident tolerant fuel
-
Chemical characterization of the used nuclear fuel
Radioanalytical techniques and data science
02
-
Analysis of the difficult-to-measure radionuclides
-
Database of the nuclides concentration in radwastes
-
Development of the new Scaling Factor method
Chemistry of radwaste disposal
03
-
Behavior of radionuclide species under disposal conditions
-
Migration of actinides in natural environments
-
Thermochemial database of radionuclides
Molten salt chemistry
04
-
Chemical analysis for high-temperature molten salts
-
Measurement systems of the molten salt property
-
Modeling and simulation of the elements in molten salts
Ultra-trace level environmental sample analysis
05
-
Specialized chemical techniques in class 100 cleanroom
-
Nuclear material analysis as a IAEA’s NWAL laboratory
-
Mobile fast/miniature/automated analysis system
