1. | 방사성폐기물 소개 | Introduction, Concentration vs. activity, mole fraction, ionic strength principles and concepts | ||
2. | 수성화학에 대한 배경 | Introduction on fundamentals of radiochemistry (radiation type, units and biological effects) | ||
3. | 평형과 열역학 | This class is on equilibrium and thermodynamics. Acid-base reaction is also covered. | ||
4. | Tableau method | Lecture on Tableau method to apply for acid-base reaction and carbonate system | ||
5. | Radioactive Contaminants in Environment | Presenting general issues and contents of the radioactive contaminants, focusing on the enviornmental engineering aspect of nuclear waste disposal process | ||
6. | Carbonate system and graphic method | Learing equations in carbonate system, and learning how to make graphic methods | ||
7. | Review on Carbonate system, graphic method/ Lecture Alkalinity and buffer capacity concepts | Reviewing the previous lecture (closed system), and studying Open carbonate system | ||
8. | Sorption | studying adsorption of two types, surface charges of minerals and three sorption isotherms | ||
9. | Students presentation on U-sorption and transport in grushed granite | Presenting experiments process and results on U-sorption in Batch Experiment and Column experiments | ||
10. | Sorption | studying sorption isotherm and various surface charges | ||
11. | Different surface charges and complexation reaction | Defining complexation of reaction | ||
12. | surface complexation model | studying surface complexation model varying depending on the background geochemical conditions such as pH, metal concentration, and others | ||
13. | surface complexation model | Studying different types of surface complexation model and U-SCM application | ||
14. | sorbents(clay mineral) | Review for the midterm exams and explanation for various clay mineral | ||
15. | Sorbents and solid solubility | studying solubility of Fe hydroxides | ||
16. | Solubility of Al/Fe oxides | studying solubility of Fe hydroxides and stability diagram and coexist of Al/Fe | ||
17. | Stability diagram of quartz and clay minerals | Reviewing stability diagram and solubility of radioactive solids; studying the importance of quartz and clay minerals stability diagram. | ||
18. | Kinetics and redox reaction | Review on last lecture on stability diagram; Understanding the difference between Kinetics and equilibrium, and understanding different types of reaction formula | ||
19. | redox reaction | Studying pe-pH diagram through oxdiation reduction reaction | ||
20. | Redox reaction of radioactive wastes | Further lecture on redox reaction, and understanding the importance of radionuclide transport, learning various types of organic pollutants, | ||
21. | Limnology and radioactive contaminants in environment | Definition on Limnology, understanding different zones in the Ocean water and groundwater | ||
22. | Raduinuclides in environment (diffusion, advection, and transport) | studying advection, dispersion and diffusion. Studying Ficks law and nuclear waste form leachability |
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23. | Radioactive Waste forms and Review for final exam | Review for the final exam |