Dr Paul Connolly - teaching materials for EART30351

Interested in doing a PhD in Atmospheric Science? Please see this webpage for a list of available projects.

Module EART30351 Meteorology and Atmospheric Physics

Syllabus and module description Timetable Geraint's web page
Practical Meteorology (Stull) University Podcast service
References for Paul's part List of Symbols

Lecture 1: Basic thermodynamic concepts
Lecture 2: Aerosol particles and Kelvin's equation
Lecture 3: Growth of droplets
Lecture 4: Size distributions / geoengineering earth's climate
Lecture 5: Ice nucleation
Lecture 6: Ice crystals
Lecture 7: Supersaturation in clouds 1
Experiment showing Bergeron-Findeison process.
Thunderstorm in Australia
Lecture 8: Supersaturation in clouds 2
Lecture 9: Precipitation processes
Rain drop break-up
Shape of a rain-drop
Tank experiment (courtesy of Dr Westbrook, Reading)
Lecture 10: Practice questions
Drop thruster!

Just for fun: notes on a shallow water model able to simulate various atmospheric phenomena.

Please note, I will update the slides as I go along with the lastest findings from my research.

Useful links

Global surface winds updated 3 hourly.
Global winds @500 hPa updated 3 hourly.

Manchester Ice Cloud Chamber Our cloud chamber for conducting research into cloud processes
Wetter3 site for GFS model and surface charts
Weatheronline wealth of weather information; check out expert charts
Met Office again wealth of information on their newly-revamped site
Met Office weather radar
European Wind Profiler Network
NERC MST radar real-time measurements
Netweather.tv another comprehensive site for current weather
ManUniCast our own model
Whitworth Observatory Our own observatory here in Manchester
EUMETRAIN overlay met. fields on satellite images (via eport)
Satellite pictures from SAT24.com
Skew-T radiosonde profiles from the University of Wyoming
Latest Tephigram from Valentia Observatory in Ireland from Met Eireann
Chilbolton doppler radar Real-time measurements
Eric Snodgrass webpage Useful information on Mid-latitude cyclones
Slides from the 2013 INUIT Summer School

Some past MPhys projects

The capacitance of ice crystals   use a Monte-Carlo method to estimate the capacitance of realistic ice crystals

Diffusion of material through an aerosol particle   Fick's law does not describe diffusion of some compounds, the Maxwell-Stefan theory does. Investigate the effects this has in this project.

Automated classification of ice crystal images   There is a wealth of ice crystal image data that we have taken on various field projects. Devise a method of automatically determining their shape in this project

Saturn's hexagon   write a shallow water model in polar coordinates to attempt to simulate Saturn's hexagon: a planetary-scale wave that has the appearance of a regular hexagon.

Ideas for future MPhys projects

A simulation of the solar system in MATLAB   use accurate ODE solvers to simulate dynamics of planetary orbits

Other fun stuff

Gravitational field strengths   Calculate the gravitational field strength of different shaped objects

Gaussian Plume Model in MATLAB   Understand how vertical stability affects the dispersion of pollution from a stack.