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Självvärdering av samhällsvetenskapliga fakultetens kvalitetsutvecklingsprogram
Human eeg responses to exact and statistical fractal patterns.
Attention Restoration Theory point to nature as a particularly good candidate for restoring the ability to focus and inhibit distractions. However, little effort has been directed to elaborating on what makes nature's visual pattern unique for restoration purposes. One suggested explanation is the fractal properties of natural patterns (Hagerhall, 2005). Both perception studies (Hagerhall et al.,
Detectors Based on Non-Decision Directed Interference Cancellation in a Hardware Implementation Perspective
Preaspiration in Halh Mongolian
Improving Asymmetrical CPCS for Photovoltaics by using micro structured Reflectors
Tailbiting: a bridge between block and convolutional codes
Methodology for assessment of accessibility in the urban public transport.
Vocabulary size and EAP: Evaluating the Vocabulary Size Test
Transient waves from internal sources in non-stationary media - Numerical implementation
In this paper, the focus is on numerical results from calculations of scattered direct waves, originating from internal sources in non-stationary, dispersive, stratified media. The mathematical starting point is a general, inhomogeneous, linear, first order, 2 × 2 system of equations. Particular solutions are obtained, as integrals of waves from point sources distributed inside the scattering medi
$\eta$ and $\eta'$ Physics
This talk describes the reasons why $\eta$ and $\eta^\prime$ decays are an interesting topic of study for both theory and experiment. The main part discusses the results of the recent calculation of $\eta\to3\pi$ at two-loop order in ChPT. Some puzzling aspects of the results compared to earlier dispersive calculations are highlighted. I also like to remind the reader of the use of $\eta$ and $\et
Passive typology - the case link
Abstract is not available
Kinematically-equivalent but geomechanically-different simulations of fault evolution: the role of loading configurations
Geomechanical simulations are used to demonstrate the importance of the way that models are loaded. In this paper the development of permanent damage during faulting using frictional-slip models of a reverse fault is investigated. Although the use of different loads and constraints can produce the same faulted geometry (for the same rock type, and at the same burial depth), the models develop very