Fatal attractions on the road to an ethnography of organizing.

Kammu gongs and drums 2: The long wooden drum and other drums

Employees’ self-reports of lighting use behavior: A field study in single-occupant offices.

Ground heat storage : thermal analyses of duct storage systems

[abstract missing]

Longitudinal effects of social cognitive skills on prosocial behavior in middle childhood

Heat-derived toxicants in food – some findings of a collaborative European research project

A-kassan och den svenska modellen

Public Entrepreneurs: A new breed?

EDDA - An Algorithm for Interactive Design of Hardware-efficient FIR Filters

Control and Design Interaction in Hybrid Electric Vehicles

The Swedish Paradox revisited

National Income and Marginal Taxes

Power Production and Treatment of Waste Water with Energy Crops

Time alone or time together? The impact of family life cycle and education...

Combining parallel search and parallel consistency in constraint programming

Program parallelization becomes increasingly important when new multi-core architectures provide ways to improve performance. One of the greatest challenges of this development lies in programming parallel applications. Declarative languages, such as constraint programming, can make the transition to parallelism easier by hiding the parallelization details in a framework. Automatic parallelizatio

Evaluation of different forming fabric parameters during vacuum dewatering,

Modeling of a Boiler Pipe with Two-Phase Flow Instabilities

Tubes with boiling are common elements of many processes. They appear in steam generators and refrigerators and many other systems. The behavior of such systems is complicated and many physical phenomena are involved. It has for example been observed that different types of instabilities can occur. In this paper we will discuss modeling of tubes with boiling. As an application we will discuss an i

Fast & Loose: Resource-bounded Reasoning in Wason's Selection Task

Absorption and scattering of light from ensembles of randomly oriented aggregates

Ensembles of aggregates are important in the areas of aerosols and combustion physics. This paper presents one approach to the absorption and scattering of light from aggregates where the individual primary particles are small compared to the wavelength, whereas the aggregate can be large compared to the wavelength. The method is related to the Rayleigh-Debye-Gans (RDG) theory. The difference is t

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