558

Course schedule

Date

Lecture topic

Required reading

HMW Due

 

WEEK 1 

 

 

M  3/26

Introduction and course overview. Atmospheric Chemistry and the Earth System

Chapters 1+16

 

W  3/28

Fundamentals. Photochemistry: kinetics, photolysis, catalysis.

Chapter 3

 

 

WEEK 2

 

 

M  4/02

Theory of multiphase reaction rates. Box models; Lifetimes and transport timescales

Chapter 4

 

W  4/04

Stratospheric chemistry. Ozone and the Chapman mechanism; Catalytic loss cycles: HOx chemistry

Chapters 14, 6


 

WEEK 3

 

 

M  4/09

Catalytic loss cycles: NOy, Cly, Bry chemistry

Chapters 7, 8

W  4/11

No class

 

 

 

WEEK 4

 

 

M  4/16

Polar ozone loss

 

 

W  4/18

Mid-latitude ozone loss and heterogeneous chemistry

 

#2

 

WEEK 5


 

M  4/23

Tropospheric Chemistry. Oxidizing capacity of the atmosphere

Chapter 6

 

W  4/25

The global budgets of CO, CH4, and VOCs

Chapter 9

 

WEEK 6

 

 

M  4/30

Tropospheric ozone and NOx

Chapters 13+7

 

W  5/02

Tropospheric ozone and NOx

 

#3

 

WEEK 7

 

 

M  5/07

Air pollution and ozone smog

 

 

W  5/09

Air pollution and ozone smog

 

 

WEEK 8

 

 

M  5/14

Tropospheric Sulfur chemistry

Chapter 8

 

W  5/16

Tropospheric Sulfur chemistry

#4

 

WEEK 9

 

 

M  5/21

Tools. Observational Methods: Instruments and Platforms

Chapter 11

 

W  5/23

Atmospheric Chemistry Modeling

Chapter 12 

 

WEEK 10

 

 

M  5/28

MEMORIAL DAY – NO CLASS


 

W 5/30
Atmospheric Chemistry and Climate: WUN seminar Health Science T-239
Prof. Becky Alexander

W 6/06 

FINAL EXAM. 8:30-10:30am

 

 


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 Last Updated:
03/26/2007

Contact the instructor at: jaegle@atmos.washington.edu