Search for dissertations about: "High energy physics: experimental"
Showing result 1 - 5 of 329 swedish dissertations containing the words High energy physics: experimental.
-
1. Design of Thermal Energy Storage with Phase Change Materials - Investigations within Material, Device and System Scale
Abstract : The addition of a thermal energy storage (TES) into a process allows the operator to store and release thermal energy on demand. This increased process flexibility leads to potential benefits such as shifting energy demand from peak to off-peak hours. READ MORE
-
2. Energy from Ocean Waves : Full Scale Experimental Verification of a Wave Energy Converter
Abstract : A wave energy converter has been constructed and its function and operational characteristics have been thoroughly investigated and published. The wave energy converter was installed in March of 2006 approximately two kilometers off the Swedish west coast in the proximity of the town Lysekil. READ MORE
-
3. Experimental and analytical study of thermal mixing at reactor conditions
Abstract : High-cycle thermal fatigue due to turbulent mixing of streams at distinct temperatures is an interdisciplinary issue affecting safety and life extension of existing reactors together with the design of new reactors. It is challenging to model damage and thermal loads arising from the above mixing. READ MORE
-
4. Investigations on Emission Sources in Proton-Nucleus and Nucleus-Nucleus Collisions
Abstract : Emission sources in proton-nucleus and nucleus-nucleus collisions at intermediate energies have been studied. Pion excitation functions from the absolute threshold to 500 MeV have been measured with an ion beam of continuously varying energy with an energy resolution of 1 MeV. READ MORE
-
5. Experimental analysis of thermal mixing at reactor conditions
Abstract : High-cycle thermal fatigue arising from turbulent mixing of non-isothermal flows is a key issue associated with the life management and extension of nuclear power plants. The induced thermal loads and damage are not fully understood yet. READ MORE