Difference between revisions of "Environmental Isotope Geochemistry"

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(→‎강의 계획 Lecture schedule)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 산염기 (acidity, alkalinity, and buffere capacity)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #3
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Isotopic composition changes along Rayleigh distillation
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Recharge from river-connected aquifers of complexes)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #4
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Comparison of the isotopic compositions of meteoric water at low with high altitudes
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 탄산염 지구화학 1 (carbonate equilibria)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Tritium tracer
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 중간고사
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Tracing C-cycle with C-siotopes, Midterm examination
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Use of carbon-14
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 탄산염 지구화학 2 (carbonate solubility & stability)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Groundwater quality management with isotopes
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #5
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Carbonate speciation in water
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 실리카 지구화학 (solubilities and stabi;ities of silica phases)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Dating groundwater with T
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #6
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Redox reaction of sulfur
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 알루미늄 지구화학 (aqueous chemistry of Al phases)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Other methods of modern groundwater dating
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #7
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| Sources of T
 
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 산화 환원 (Fe geochemistry)
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 연습문제 #10
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| align=left style="border:1px #000000 solid; border-collapse:collapse"| 기말고사
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Revision as of 10:25, 2 March 2012

{{#Customtitle:환경동위원소지구화학 Environmental Isotope Geochemistry}}

개요 Outlines

This course is to introduce how to utilize isotopes in environmental sciences, especially in the field related to hydrogeology.

일반 과목 정보 Gneral course information

  • Course code: 188157
  • 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: Environmental Isotopes in Hydrogeology (Clark & Fritz, 1997, CRC Press)
  • References: Any other stable isotope geochemistry book


수강 조건 Prerequisites

선수과목: Geochemistry & Lab


강의 계획 Lecture schedule

Week No. Lecture title Assignment Lecture note Reading Materials
& Other Supplements
1 Introduction; types of isotopes and their measurement
2 Isotope fractionation, enrichment, and separation Instrumentation of Mass Spectromemter
3 Condensation, rpecipitation and meteoric water line Relation between fractionation factor and separation
4 Rayleigh distillation and extreme evaporation Global meteoric water line
5 Precipitation Isotopic composition changes along Rayleigh distillation
6 Recharge from river-connected aquifers of complexes) Comparison of the isotopic compositions of meteoric water at low with high altitudes
7 Hydrograph separation in catchment area Tritium tracer
8 Tracing C-cycle with C-siotopes, Midterm examination Use of carbon-14
9 Groundwater quality management with isotopes Carbonate speciation in water
10 Dating groundwater with T Redox reaction of sulfur
11 Other methods of modern groundwater dating Sources of T
12 Dating of old groundwater CFC changes in atmosphere
13 Water-rock interaction traced with isotopes U-decay series
14 Sampling for the isotope analysis Sr isotopes
15 Final examination


유용한 링크 Helpful links

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