Search for dissertations about: "H. -P. Jakob"
Showing result 1 - 5 of 10 swedish dissertations containing the words H. -P. Jakob.
-
1. Trophic complexity of zooplankton–cyanobacteria interactions in the Baltic Sea : Insights from molecular diet analysis
Abstract : Blooms of nitrogen fixing cyanobacteria (NFC) occur in many freshwater and marine systems, including the Baltic Sea. By fixing dissolved nitrogen, they circumvent general summer nitrogen limitation, while also generating a supply of novel bioavailable nitrogen for non-diazotrophic primary producers and ultimately supporting secondary production. READ MORE
-
2. Enlightening Water : Science, market & regulation of mineral waters in eighteenth-century France
Abstract : My thesis investigates the process through which French mineral waters were conceptually and materially transformed by the forces of market, regulation, and science during the Enlightenment. Tracing this process deepens current understandings of eighteenth-century societies, and presents a novel image of the development of medicine and chemistry. READ MORE
-
3. On design of low order H-infinity controllers
Abstract : When designing controllers with robust performance and stabilization requirements, H-infinity synthesis is a common tool to use. These controllers are often obtained by solving mathematical optimization problems. The controllers that result from these algorithms are typically of very high order, which complicates implementation. READ MORE
-
4. Decoding NK cell receptor specificity : functional and structural studies of MHC class 1 subcomponents
Abstract : Natural Killer (NK) cells are an important part of the innate immune system. They can lyse target cells and secrete immunoregulatory cytokines early during immune responses. They mediate protection against viruses and tumours, and can reject MHC class I mismatched bone marrow grafts. READ MORE
-
5. Infrared and Photoelectron Spectroscopic Studies of Adsorbates on Solid Surfaces: Experiments and DFT Calculations
Abstract : In general, the more complex and real a system is, with all its interactions with solvents and contaminations etc., the harder it is to accurately model it and reproduce the experimental results by calculations. READ MORE