지층 및 지하수 방사성 폐기물

강의상세

상세검색

언어유형

강의연도

CCL유형

지층 및 지하수 방사성 폐기물

포항공과대학교
엄우용

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >정밀ㆍ에너지 >원자력공학
강의학기

2012년 1학기

조회수

3,765

This course provides the graduate students for an overview of fundamental radiochemistry and hydro geochemistry associated with environmental nuclear wastes on soils and groundwater.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

Introduction of the courses

차시별 강의

1.	Introduction of the courses	introduction of radioactive wastes and contaminants were taught.
2.	Fundamentals of radiochemistry	fundamentals of radiochemistry, radioactivity, and radiation were taught.
3.	Fundamentals of radiochemistry (cont.)	fundamentals of radiochemistry were continuously taught.
4.	Fundamentals of radiochemistry and wastes	fundamentals of radiochemistry and wastes were taught.
5.	Fundamentals of radiochemistry and wastes	radioactive wastes and contamination were taught.
6.	Fundamentals of radiochemistry	radioactive wastes and contamination were taught.
7.	Actinide chemistry	actinide chemistry and radiation measurements were taught.
8.	Aqueous chemistry	aqueous chemistry background was taught.
9.	Aqueous chemistry	aqueous chemistry background was taught.
10.	Thermodynamics	introduction of thermodynamics was taught.
11.	Thermodynamics/acid-base reaction	continuous study for basic thermodynamics and introduction of acid-base reactions were taught.
12.	Acid/base/Tableau method	acid/base reactions and Tableau method were taught.
13.	Tableau method/Proton condition	Tableau method/ proton condition and Electroneutrality were taught.
14.	Carbonate system	understanding of carbonate system was taught.
15.	Carbonate system	dominant species and pH measurement were taught.
16.	Midterm exam	midterm exam was conducted.
17.	Sorption/desorption	understanding of sorption/desorption was taught.
18.	Sorption and surface charge	understanding of sorption/desorption was taught.
19.	Sorption and complexation	sorption, various surface charges, and complexation were taught.
20.	Complexation	complexation was taught.
21.	Surface complexation model	surface complexation model for U and other radionuclide were taught.
22.	Sorption and complexation	sorption, various surface charges, and complexation were taught.
23.	Sorbents, clays and solubility	sorbents, clay minerals and solubility were taught.
24.	Holiday	N/A
25.	Stability diagram	How to develop stability diagram of SiO2 and clay minerals solids were studied.
26.	Redox reaction	Fundamentals of redox reaction was taught.
27.	Holiday	N/A
28.	Redox and radionuclides in environments	Redox reaction and radionuclides in various environments were taught.
29.	Radionuclides in environment	Radionuclide transport in groundwater and mass transport processes were taught.
30.	Final exam	Final exam was conducted.