Difference between revisions of "Special Lecture IG 2"
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(Created page with "{{#Customtitle:지질융합기술특강 및 실습 2 Special Lectures on Integrated Geotechniques and Practices}} <br/> == 개요 Outlines == 이 강의는 융합지구과...") |
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| − | 이 강의는 융합지구과학기술 | + | 이 강의는 지방대 특성화 사업에 의해 선정된 우리 학부의 "융합지구과학기술 인력양성사업단"의 사업 목적에 따라 설계된 것으로, 이강의는학생들이졸업후진출할자원,환경,및문화분야에서지질학이실제어떻게이용되는지공부하고경험하며,컴퓨터와지질전문지식을융합하여직접사업설계를해봄으로써,학생들의졸업후사회에진출하였을때보다효율적이고내실있게담당업무를수행하는데도움을주기위한것이다.이강의는또한융합지구과학기술인력양성사업단의사업목표를달성하기위한일환으로설계되었다.This course is to lead students to understand and think of the solutions for the environmental problems related to the realms of human activities from the point of view of geochemistry. |
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== 일반 과목 정보 General course information == | == 일반 과목 정보 General course information == | ||
Revision as of 23:30, 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, 이강의는학생들이졸업후진출할자원,환경,및문화분야에서지질학이실제어떻게이용되는지공부하고경험하며,컴퓨터와지질전문지식을융합하여직접사업설계를해봄으로써,학생들의졸업후사회에진출하였을때보다효율적이고내실있게담당업무를수행하는데도움을주기위한것이다.이강의는또한융합지구과학기술인력양성사업단의사업목표를달성하기위한일환으로설계되었다.This course is to lead students to understand and think of the solutions for the environmental problems related to the realms of human activities from the point of view of geochemistry.
일반 과목 정보 General course information
- Course code: 330057
- Credit-Lecture-Lab work: 3-3-0
- Grading: With Midterm Exam (30%) + Final Exam (30%) + Assignment Report(30%) + Attendance (10%)
- Type of class: Lecture + Discussion
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 |
