Organic Geochemistry
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{{#Customtitle:유기지구화학 Organic Geochemistry}}
Contents
공지사항 Notices
개요 Outlines
지권에서의 유기물의 집적과 변환에 대해 공부한다. 이 강의에서는 생물에 의한 유기물의 생산, 퇴적 유기물의 조성, 생화학적 및 열적 유기물의 변환, 석유 및 관련 물질의 생성, 유기물의 분석 방법, 유기물의 동위원소 조성, 그리고 근원암 평가 등에 대한 내용을 다룬다.
This course is to study accumulation and transformation of organic matter in the geoshpere. The lecture deals with biological production, the composition, biogeochemical and thermal transformation, petroleum and other related material generation, analtical methods, isotopic compositions and source rock evaluation of organic matter.
일반 과목 정보 General course information
- Course code: 188059
- Credit-Lecture-Lab work: 3-3-0
- Grading: With Midterm Exam (30%) + Final Exam (30%) + Assignment(30%) + Attendance (10%)
- Type of class: Lecture + Discussion
교재 및 참고서 Text & references
- Text: None
- References: Petroleum formation and occurrence (Tissot & Welte, Springer-Verlag),
Geochemistry in petroleum exploration (Waples, Klwer Academic Pub.)
수강 조건 Prerequisites
지질학(특히, 에너지 지질학) 및 유기화학 지식이 필요하다.
Knowledge in energy geology and organic geochemistry highly recommened
강의 계획 Lecture schedule
| Week No. | Lecture title | Assignment | Lecture note | Reading Materials & Other Supplements |
| 1 | Definition of Geochemistry, Various Fields of Study in Geochemistry 지구화학의 정의, 지구화학의 다양한 연구 분야 |
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| 2 | Solar system and elemental distribution | Thinking of how the elements distribute as they do now | ||
| 3 | Thermodynamics for geochemistry, Part 1 | Surveying the characteristics of the Moon | ||
| 4 | Thermodynamics for geochemistry, Part 2 | What is chemical equilibrium? | ||
| 5 | Structure of atoms; how the electron configuration controls the properties of the elements | Calculation of the Gibbs free energy change as a function of temperature and pressure | ||
| 6 | Chemical bondings and crystal chemistry of minerals | Calculation of ionicities of bondings in various silicates | ||
| 7 | Radiogenic isotopes, Part 1; principles of radioactive decay and age dating | Caculation of Radius ratio range for a given coordination number | ||
| 8 | Radiogenic isotopes, Part 2; utilization of radiogenic isotopes in various geologic fields | Determination of absolute age | ||
| 9 | Stable isotopes, Part 1; isotope fractionation | |||
| 10 | Stable isotopes, Part 2; Utilization of stable isotopes in various geological fields | Calculation of isotope fractionation | ||
| 11 | Igeneous geochemistry, Part 1: Major element distribution | Extraction for stable isotope analysis | ||
| 12 | Igneous geochemistry, Part 2: Minor elelment distribution | Interpretation of stability diagrams | ||
| 13 | Low T aqueous geochemistry, Part 1; types of reactions and equilibrium | Analysis of REE patterns | ||
| 14 | Low T aqueous geochemistry, Part 2; Phase equilibria | Calculation of solubilities | ||
| 15 | Low T aqueous geochemistry, Part 3; Redox reactions | Eh-pH diagram |
