Sökning: "Mattias Sjöberg"
Visar resultat 1 - 5 av 7 avhandlingar innehållade orden Mattias Sjöberg.
1. On dynamic properties of rubber isolators
Sammanfattning : This work aims at enhancing the understanding and to provideimproved models of the dynamic behavior of rubber vibrationisolators which are widely used in mechanical systems.Initially, a time domainmodel relating compressions tocomponent forces accounting for preload effects, frequency anddynamic amplitude dependence is presented. LÄS MER
2. Rubber component vibrations
Sammanfattning : .... LÄS MER
3. Relationär pedagogik - för ett sannare liv : En essäistisk sammanläggning om dys/funktionell uppfostran: exemplet ADHD
Sammanfattning : Föreliggande doktorsavhandling utgör en pedagogisk-filosofisk studie av diagnosen ADHD som uppfostran. Avhandlingen består av fyra internationellt publicerade artiklar samt en substantiell kappa. LÄS MER
4. Characterization of biological nanoparticles using evanescent field sensing
Sammanfattning : In light of the increasingly realized importance of nanoparticle-based biological processes, in biology as well as in technological applications, there is a need of analysis methods capable of accurately quantifying different characteristics and processes involving these elusive entities. The aim of this thesis is the development and utilization of surface-based bioanalytical sensing methods for quantitative characterization of biological nanoparticles, most of which being based on surface-confined evanescent-field illumination. LÄS MER
5. Multiparametric Optical Characterization of Biological Nanoparticles using Evanescent Field Sensing
Sammanfattning : In light of the increasingly realized dependence of many biological functions on nanoscopic supramolecular assemblies, also including novel biotechnological applications, there is a need for advanced analysis methods capable of accurately quantifying different characteristics of these elusive entities. The prime aim of this thesis is the development and utilization of surface-based bioanalytical sensing methods for quantitative characterization of biological nanoparticles. LÄS MER