Sökning: "Michael Karlsson"
Visar resultat 6 - 10 av 24 avhandlingar innehållade orden Michael Karlsson.
6. Photochemistry of Phenyl Halides
Sammanfattning : We have studied fundamental aspects of photo-induced dissociation kinetics and dynamics in several phenyl halides. By combining femtosecond pump-probe measurements with ab initio calculations we are able to account for several observations. LÄS MER
7. Klasstillhörighetens subjektiva dimension : klassidentitet, sociala attityder och fritidsvanor
Sammanfattning : The main objective of this dissertation is to study the subjective class identification and the importance of this identification for social attitudes and leisure habits. Class identification is a significant, yet often neglected, area of research in the study of social class and stratification. LÄS MER
8. Team-based home rehabilitation after hip fracture in older adults : effects, experiences and impact of dementia
Sammanfattning : BACKGROUND: For an older adult a hip fracture may be a traumatic and life-changing event and has shown to be associated with reduced health-related quality of life, disability and increased mortality. Previous rehabilitation studies have often excluded older adults with cognitive impairment and those living in residential care facilities, groups with an additional risk of poor outcome. LÄS MER
9. Electronic materials : growth and characterisation
Sammanfattning : In this thesis the InSb(111), InAs(111) and GaSb(001) surfaces have been studied by means of time- and angle-resolved photoemission spectroscopy based upon the femtosecond laser system. The pump-and-probe technique allows to analyse both electron states in the valence band and normally unpopulated electron states above the valence band, which can be occupied by transiently excited carriers at the optically pumped surface. LÄS MER
10. The biological and physical performance of high strength dicalcium phosphate cement in physiologically relevant models
Sammanfattning : The chemical properties of calcium phosphate cements (CPCs) are very similar to the mineral phase of bone. CPCs are, consequently, very effective substrates (scaffolds) for tissue engineering; bone and stem cells attach readily, and can proliferate and differentiate to form new bone tissue. LÄS MER