Atmospheric Physics & Chemistry

12.806 / 10.571 Atmospheric Physics & Chemistry

Spring 2006 R. Prinn & G. McRae Thursday, 2:30–4:00 PM

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-#2.8ih5 d Z0.571AtmosphericPhysics h C h e w Course Outline: Spring 2006
Tuesday and Thursday, 2:30400 PM
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I n ~ u c t i o nproperties of the atmosphere , Combustion sources of stoichiometry

(Prhn, McRae)Chemical thermodynamics/ kinetics 16 Radiative transfer and photochemistry 2 1 Tropospheric chemistry: CO 2 3 Tropospheric chemistry: NOx and Ozone

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28Tropospheric chemistry: HCHO and Ozone Tropospheric chemistry: Complex Hydrocartx Atmospheric chemistry and transport: continuity equation Atmospheric chemical transport models: continuity equation(contra) Atmospheric chemical tramport models: basic structures (McRae]

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MAR 2
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2 1 Tropospheric chemistry: Homogeneous processes

23Troy-~heric chemistry: Heterogeneous processes
Air Pollution Controls Air Pollution Controls
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APR 4
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11 Integrated Assessment of A Pollution i r Atmosphericc=~~traosport ~&!AS:numerical integration
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Incorporatingchemical and physical p m s s e s in models Atmospheric chemical transport models: examples Atmospheric chemical transport models: examples
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MAY 2
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Atmospheric chemistry: measurement systems and estimation Inverse Methods in Atmospheric Chemistry: optimal estimation

ehd Inverse M t o s in Atmospheric Chemistry:statistical methods f l & ~ ~ ~ i Inverse M t o s in Atmospheric Chemistry: examples ehd
Inverse Methods in Atmospheric Chemishy: examples Inverse M t o s in Atmospheric Chemistry: examples ehd12.8O6 110,571 Atmospheric Physics- & Chemistry - --. .. .- . -.
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Outline: Page 2

Problem sets (50% of grade) plus Take-home exam...