Search for dissertations about: "acoustic space"
Showing result 1 - 5 of 65 swedish dissertations containing the words acoustic space.
-
1. The importance of waves in space plasmas : Examples from the auroral region and the magnetopause
Abstract : This thesis discusses the reasons for space exploration and space science. Space plasma physics is identified as an essential building block to understand the space environment and it is argued that observation and analysis of space plasma waves is an important approach.Space plasma waves are the main actors in many important processes. READ MORE
-
2. Voicelanding - Exploring the scenographic potential of acoustic sound in site-sensitive performance
Abstract : This practical artistic research project (Documented Artistic Research Project (Doctoral Thesis)) explores how the performance of acoustic sound in dialogue with site can create a sonic scenography, experienced by an audience from within the sonic structures. Six art projects were carried out in the context of this research. READ MORE
-
3. Cluster Observations and Theoretical Explanations of Broadband Waves in the Auroral Region
Abstract : Broadband extremely low-frequency wave emissions below the ion plasma frequency have been observed by a number of spacecraft and rockets on auroral field lines. The importance of these broadband emissions for transverse ion heating and electron acceleration in the auroral regions is now reasonably well established. READ MORE
-
4. Single layer near-field acoustic imaging in space-invariant reflective environments
Abstract : The visualization of optical fields, or widely known as photography, is a common practice that can also be applied to acoustic fields. No less than three decades of research in acoustic imaging demonstrate its potential and relevance in plenty applications such as sound source identification and localization, as well as characterization of noise generation mechanisms. READ MORE
-
5. Microsystems Technology for Underwater Vehicle Applications
Abstract : The aim of this thesis work has been to investigate how miniaturization, such as microsystems technology, can potentially increase the scientific throughput in exploration of hard-to-reach underwater environments, such as the subglacial lakes of Antarctica, or other challenging environments, including cave systems and wrecks. A number of instruments and subsystems applicable to miniature submersibles have been developed and studied, and their potential to provide a high functionality density for size-restricted exploration platforms has been assessed. READ MORE