Difference between revisions of "Special Lecture IG 2"
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* 과목코드 Course code: 4432109 | * 과목코드 Course code: 4432109 | ||
| − | * Credit-Lecture-Lab work: 3-3-0 | + | * 학점-강의-실험 Credit-Lecture-Lab work: 3-3-0 |
* 평가 Grading: 중간고사 Midterm Exam (30%) + 기말고사 Final Exam (30%) + 과제물 Assignment Report(30%) + 출석 Attendance (10%) | * 평가 Grading: 중간고사 Midterm Exam (30%) + 기말고사 Final Exam (30%) + 과제물 Assignment Report(30%) + 출석 Attendance (10%) | ||
* 강의 유형 Type of class: 강의 Lecture + 토론 Discussion + 실습 Practices | * 강의 유형 Type of class: 강의 Lecture + 토론 Discussion + 실습 Practices | ||
Revision as of 23:48, 30 August 2015
{{#Customtitle:지질융합기술특강 및 실습 2 Special Lectures on Integrated Geotechniques and Practices}}
Contents
개요 Outlines
이 강의는 지방대 특성화 사업에 의해 선정된 우리 학부의 "융합지구과학기술 인력양성사업단"의 사업 목적에 따라 설계된 것으로, 학생들이 졸업후 진출할 자원, 환경, 및 문화분야에서 지질학이 실제 어떻게 이용되는지 공부하고 경험하기 위한 강의이다. 수강 학생들은 컴퓨터와 지질 전문지식을 융합하여 직접 사업 설계를 해 봄으로써, 졸업후 사회에 진출하였을 때 보다 효율적이고 내실있게 담당업무를 수행하는데도움을주기위한것이다.
일반 과목 정보 General course information
- 과목코드 Course code: 4432109
- 학점-강의-실험 Credit-Lecture-Lab work: 3-3-0
- 평가 Grading: 중간고사 Midterm Exam (30%) + 기말고사 Final Exam (30%) + 과제물 Assignment Report(30%) + 출석 Attendance (10%)
- 강의 유형 Type of class: 강의 Lecture + 토론 Discussion + 실습 Practices
교재 및 참고서 Text & references
- Text: None
- References: Any textbook related to the environmental sciences and geochemistry such as Applied Environmental Geochemistry (I. Thornton, 1983, Academic Press), Environmental Science & Engineering (JG Henry & GW Heinke, 1989, Prentice-Hall), Environmental Chemistry (C. Baird, 1995, Freeman Co.), Aqueous Environmental Geochemistry (D. Langmuir, 1997, Prentice Hall), etc.
수강 조건 Prerequisites
Geochemistry advised
강의 계획 Lecture schedule
| Week No. | Lecture title | Assignment | Lecture note | Reading Materials & Other Supplements |
| 1 | Definition of Environmental Geochemistry, A few concepts of Environmental Sciences | |||
| 2 | Earth materials and analytical methods for environmenatl geochemistry, Part 1 | How sustainability is such a key concept in environmental sciences? | ||
| 3 | Earth materials and analytical methods for environmenatl geochemistry, Part 2 | Classification and environmental application of minerals | ||
| 4 | Water quality, Part 1: Definition of water quality, water quality criteria, parameter, snd standards. Health effects of toxic inorganic pollutants. | Instrumentation of ICP-AES | ||
| 5 | Water quality, Part 2; Organic, radiogenic, disinfection, and microbiological parameters | Comparison of water quality criteria from various countries and world organizations | ||
| 6 | Water quality, Part 3; Controlling factors of water quality | Water quality of our home | ||
| 7 | Midterm examination | |||
| 8 | Environmental geochemistry of fossil fuels, Part 1: acid deposition | Listing of the banned pesticides and herbicides by WHO | ||
| 9 | Environmental geochemistry of fossil fuels, Part 2; acid mine drainage and other environmental problems in mining area. | Surveying pH's of precipitation | ||
| 10 | Environmental geochemistry of fossil fuels, Part 3; global warming | Stream pollution by acid mine drainage | ||
| 11 | Other atmospheric environmental problems: Ozon, suspended particulates, and NOx | What is CCS (carbon capture & storage)? | ||
| 12 | Environmental Geochemistry of agriculture; trace elements in soil, plants, and animals | How does ozon protect and hurt us? | ||
| 13 | Pollutions from industries | Geochemical map of soils | ||
| 14 | Radiactive nuclides | Heavy metals from each industry. | ||
| 15 | Final examination |
