Combustion Physics
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- 2016
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Mark
Investigation of Aerosol Influence on Operational Weather Forecasts
- Bach. Degree
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Analysis of the Temporal Variability of Positive Degree Day Factors
- Bach. Degree
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Mark
Development of optimized Raman Spectroscopy setup for species detection in flames
- Bach. Degree
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Mark
Development of an Ultra-Sensitive Spectrometer
- Master (Two yrs)
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Mark
Inelastic LIDAR for Monitoring Aquatic Fauna
- Master (Two yrs)
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Mark
Developments of detection of X-ray scattering in combustion - characterization of noise levels of an A/D sampling device
- Bach. Degree
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Mark
Arctic sea ice drift - A comparison of modeled and remote sensing data
- Bach. Degree
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Mark
Applied hyperspectral LIDAR for monitoring fauna dispersal in aquatic environments
- Master (Two yrs)
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Mark
Parameter Analysis and Future Development of the Periodic Shadowing Concept
- Bach. Degree
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Mark
Imaging within Scattering Media using Two-Photon Excitation
(2016) In Lund Reports on Combustion Physics, LRCP-197 FYSM30 20161
Department of Physics
Combustion Physics- Master (Two yrs)