Increasing the Photon Energy for Photonuclear Experiments in MAX-lab by Phase Modulating the SLED Pulse

The nuclear physics facility at MAX-lab requires high energy electrons for photonuclear experiments. These electrons are first accelerated in two LINACs that are fed via a SLED system. Arcing in the waveguide structures is currently the limiting factor of the available electron energy. In this report, the implementation of a phase modulation scheme into the injector system is presented. This makes

A Variational Analysis of Shape from Specularities using Sparse Data

Mechanisms of self-ordering in nonplanar eptaxy of semiconductor nanostructures

Inverse scattering transformation for positons

Presentation of a health and gender project focusing on the collective aspects of stress and coping at work

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A parametric analysis of flow maldistribution and consequences on the thermal performance of plate heat exchangers

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Short note on the relationship between Denmark and Sweden

On the cavity problem for the general linear medium in electromagnetic theory

Bullying and Anti-bullying Policies at School

Best pracitce in Sweden aimed at people with dementia

The Victim offender mediation and pre-mediation as a forum for identity negotiation processes. A qualitative method approach to criminology.

Total Fluxes of Sulfur Dioxide from the Italian Volcanoes Etna, Stromboli and Vulcano Measured by Differential Absorption LIDAR and Passive Differential Optical Absorption Spectroscopy

State actors’ mobilisation of innovation: The Chinese state-business nexus and the development and commercialisation of a vaccine

Evaluation and management of ultrafiltration problems in peritoneal dialysis

Impacts of aerosols on regional meteorology due to Siberian forest fires in May 2003

Svensk nationalrapport i en section om "Private International Law Aspects of Homosexual Couples"

True equivalent chip thickness for tools with a nose radius

A majority of the established systems for choice and optimization of cutting data are based on Woxén’s equivalent chip thickness, heW. In metal cutting theory and models, the equivalent chip thickness is of vital importance when the depth-of-cut ap is in the same order or smaller than the nose radius r. Woxén made considerable simplifications in his chip area model, that form the basis for calcula

Synthesis Strategies for Sub-VT Systems

A Limit Study of Thread-Level Speculation in JavaScript Engines — Initial Results