Search for dissertations about: "ice particle properties"
Showing result 1 - 5 of 38 swedish dissertations containing the words ice particle properties.
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1. Secondary ice production : An empirical formulation and organization of mechanisms among simulated cloud-types
Abstract : Clouds are essential elements within Earth's atmosphere, posing a challenge for cloud-resolving models in understanding the creation of new cloud ice particles from existing ice and liquid phases. Such ice initiation determines cloud microphysical and radiative properties, influencing cloud phase, precipitation and cloud extent/properties. READ MORE
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2. Nonlinear Numerical Simulations of Interactions Between Ice Rubble and Structure
Abstract : This research is focused on three distinct but interconnecting topics:1) investigation of physical and mechanical properties of ice rubble, 2) material modelling of ice rubble, 3) numerical simulation of the interaction between ice rubble structure interaction. large scatter in the values of physical and mechanical properties of ice rubble can be seen in the literature due to non-standardised methods. READ MORE
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3. A Database of Microwave Single Scattering Properties of Ice Hydrometeors
Abstract : Microwave remote sensing by satellites is important for global observations of ice hydrometeors. Interpretation of the measurements requires sufficiently accurate knowledge of hydrometeors’ interaction with photons, i.e. article scattering and absorption. READ MORE
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4. Analysis of Arctic ice cloud properties using in-situ and remote sensing measurements
Abstract : Cirrus clouds play an important role in the radiation balance of the atmosphere as theycan have a warming and cooling effect. The resulting net radiation effect depends ontheir micro- and macrophysical properties such as particle size, shape, and numberconcentration. READ MORE
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5. Satellite microwave measurements of cloud ice properties
Abstract : Upper tropospheric cloud ice and water vapour are two intimately connected components of the atmosphere, that influence the Earth's energy budget. The response of these components to a warming climate is not well understood. READ MORE