Search for dissertations about: "resultant"
Showing result 1 - 5 of 133 swedish dissertations containing the word resultant.
-
1. Algorithmic Methods in Combinatorial Algebra
Abstract : This thesis consists of a collection of articles all using and/or developing algorithmic methods for the investigation of different algebraic structures. Part A concerns orthogonal decompositions of simple Lie algebras. The main result of this part is that the symplectic Lie algebra C3 has no orthogonal decomposition of so called monomial type. READ MORE
-
2. From Silica Nano-Particles to Silica Gels and Beyond - Salt Induced Aggregation of Silica Nano-Particles and the Stability of Resultant Gels
Abstract : Aqueous silica nanoparticle suspensions are widely available and used within a number of industries. A relatively new area of application is as a grouting material for sealing narrow fractures in tunnels. READ MORE
-
3. Participles in Time. The Development of the Perfect Tense in Swedish
Abstract : This thesis concerns the syntactic-semantic development of the perfect tense from a construction with possessive HAVE and a tenseless participial complement. Both participles and auxiliary are assumed to have internal syntactic structure, and the different perfect-type constructions can thus be related synchronically and diachronically to each other. READ MORE
-
4. Self-assembly in Melts of Block copolymer-based Systems Featuring Supramolecular Interactions
Abstract : The subject of this thesis is experimental investigation of self-assembly in solvent-free (ionic) macromolecular systems that contain block copolymer chains as the basic constituent component in combination with low molecular weight amphiphiles. In particular, especial attention is paid to study thoroughly a new class of block copolymer-based ionic supramolecules, named as Linear-b-AmphComb, that feature novel hierarchical self-assembly characteristics. READ MORE
-
5. Nanocrystalline Alumina-Zirconia Thin Films Grown by Magnetron Sputtering
Abstract : Alumina-zirconia thin films have been deposited using dual magnetron sputtering. Film growth was performed at relatively low-to-medium temperatures, ranging from ~300°C to 810 °C. Different substrates were applied, including silicon (100), and industrially relevant materials, such as WC-Co hardmetal. READ MORE