Damien GAUDIN
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Observations and modelling of magma vesiculation and pyroclast ejection in explosive volcanism
Personal Project in NEMOH
The goal of my research in NEMOH is to use the data of a high speed optical camera and a high speed thermal camera to study the ejection of gas, ash and bombs in Strombolian explosion. This includes :
- The acquisition of the data with the FAMOUS set-up;
- The pre-processing of the images (correction of radiometric errors, correction of distortions);
- The elaboration of statistics concerning particles, explosion and volcano, using PIV (particle Image Velocimetry), PTV (Particle Trackimg Velocimetry), and various other methods;
- The integration of these data in models in order to explain the way particles and gas are ejected and settle.
Scientific Background
I began in 2008 a Ph-D thesis on the following topic : High resolution thermal infrared remote sensing : potential and limitations in Earth sciences.
Gaudin, D.; Allemand, P. ; Delacourt, C. : Subpixellar roughness effects on temperature evolution and bulk thermal inertia of planets AGU Fall Meeting (2011)
Gaudin, D.; Delacourt, C.; Allemand, P. : Use of thermal infrared pictures for retrieving intertidal DEM by the waterline method: advantages and limitations AGU Fall Meeting (2010)
Gaudin, D.; Delacourt, C.; Allemand, P.; Jaud, M.; Ammann, J.; Tisseau, C.; Cuq, V.; : High resolution DEM derived from thermal infrared images: Example of Aber Benoit (France) Geoscience and Remote Sensing Symposium, 2009 IEEE International, IGARSS (2009)
About me
Personal Contacts
Email: damien.gaudiningv.it