Fyra röster om människan vid dopet : Fyra representanter från Svenska kyrkan och Pingstkyrkan om människosynen i doptraditionen

The purpose of this study was to investigate what view of humans that emerges when priests/reverends talk about man in relation to baptism. The study consists of qualitative interviews with four priests/reverends. There were two representatives from the church of Sweden, and two from the Pentecostal church. The aim and questions in the study focus on what view of humans that emerges. Will there be similarities and differences in the view of humans, and is it possible to refer the result to the respective church. The theory that is being used focusses on so called components of how humans are viewed and these components can be seen as building blocks in how a view of humans is formed. The background comes from the varying view of the baptism tradition that exists in Christianity. The church of Sweden mainly baptizes children, whereas the Pentecostal church practices believer´s baptism. The result demonstrates that the reflected view of humans in different ways can prove what each church of the interviewee represents.

Styrning och ideologiska dilemman i Skolverkets skolutveckling : exemplet ANDT-undervisning

Governing and ideological dilemmas in drug education Drug education (ANT) in Swedish schools has a history over decades. Here, the pedagogical approaches fluctuated between transfer of solid knowledge from the teacher to the pupil, and working with values and have a more pupil-driven teaching – a classic dichotomy. Rhetoric about the school’s way of teaching has thus always been ambivalent and subject to reexamination. The study analyses various textual material on ANT education. As a methodological tool Billigs concept Ideological dilemmas is used, which is a fruitful way to identify the rhetorical building blocks of (school) politics, but also to analyse political talk in more detail. The article analyses the ideological dilemmas under three dichotomies: Knowledge vs. values, teacher control vs. learner control, and prevention vs. promotion. Throughout we can see this question of how teaching could be successful, given the tension between authority and democracy. The article concludes by relating this basic ideological dilemma in a wider discursive context of governance in our time. 

Radiation properties of coil-coated steel in building envelope surfaces and the influence on building thermal performance

Recent studies have shown that the optical properties of building exterior surfaces are important in terms of energy use and thermal comfort. While the majority of the studies are related to exterior surfaces, the radiation properties of interior surfaces are less thoroughly investigated. Development in the coil-coating industries has now made it possible to allocate different optical properties for both exterior and interior surfaces of steel-clad buildings. The aim of this thesis is to investigate the influence of surface radiation properties with the focus on the thermal emittance of the interior surfaces, the modeling approaches and their consequences in the context of the building energy performance and indoor thermal environment. The study consists of both numerical and experimental investigations. The experimental investigations include parallel field measurements on three similar test cabins with different interior and exterior surface radiation properties in Borlänge, Sweden, and two ice rink arenas with normal and low emissive ceiling in Luleå, Sweden. The numerical methods include comparative simulations by the use of dynamic heat flux models, Building Energy Simulation (BES), Computational Fluid Dynamics (CFD) and a coupled model for BES and CFD. Several parametric studies and thermal performance analyses were carried out in combination with the different numerical methods. The parallel field measurements on the test cabins include the air, surface and radiation temperatures and energy use during passive and active (heating and cooling) measurements. Both measurement and comparative simulation results indicate an improvement in the indoor thermal environment when the interior surfaces have low emittance. In the ice rink arenas, surface and radiation temperature measurements indicate a considerable reduction in the ceiling-to-ice radiation by the use of low emittance surfaces, in agreement with a ceiling-toice radiation model using schematic dynamic heat flux calculations. The measurements in the test cabins indicate that the use of low emittance surfaces can increase the vertical indoor air temperature gradients depending on the time of day and outdoor conditions. This is in agreement with the transient CFD simulations having the boundary condition assigned on the exterior surfaces. The sensitivity analyses have been performed under different outdoor conditions and surface thermal radiation properties. The spatially resolved simulations indicate an increase in the air and surface temperature gradients by the use of low emittance coatings. This can allow for lower air temperature at the occupied zone during the summer. The combined effect of interior and exterior reflective coatings in terms of energy use has been investigated by the use of building energy simulation for different climates and internal heat loads. The results indicate possible energy savings by the smart choice of optical properties on interior and exterior surfaces of the building. Overall, it is concluded that the interior reflective coatings can contribute to building energy savings and improvement of the indoor thermal environment. This can be numerically investigated by the choice of appropriate models with respect to the level of detail and computational load. This thesis includes comparative simulations at different levels of detail.