Atmospheric processes: from cloud to global scales

ENV-407

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Teachers: A. Berne, J. Gehring and A. Nenes

TAs: A.Wassem, B.Donmez (LAPI) ; A.-C. Billault--Roux, N. Clerx, G. Ghiggi (LTE)

Lectures: Mon 16:15 - 18:00,  room GR B3 30

Exercises: Tue 14:15 - 17:00, room CE 1106







Recap on Aerosols, Clouds and Atmospheric Thermodynamics.

Intro to clouds, aerosols and atmospheric processes.



First and second law of thermodynamics, phase diagram of water and basics on phase transitions.

Clausius-Clapeyron Equation and humidity variables


Recap on Atmospheric Thermodynamics - Part 2

Cloud parcel. Combined 1st and 2nd law of thermodynamics on cloud parcel and utilizing it to study basic transformations in the moist atmosphere. Dew Point, Wet bulb temperature, Adiabatic processes.

Dynamics & static stability: hydrostatic equation, hypsometric equation


Aerosols - Warm cloud formation (Raoult Theory, Kelvin Effect, Kohler Theory). Instruments for measuring CCN, droplets and observations


Atmospheric dynamics -Lecture 1



Cold (ice and mixed phase) cloud formation (Mechanisms of ice formation -primary & secondary ice formation; homogeneous and heterogeneous freezing; ice nuclei; instruments for measuring ice nuclei). Cloud structure and responses to changes in INP and CCN.