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Background: Single-photon emission computed tomography (SPECT) devices equipped with cadmium–zinc–telluride (CZT) detectors achieve high contrast resolution because of their enhanced energy resolution. Recently, thallium bromide (TlBr) has gained attention as a detector material because of its high atomic number and density. Purpose: This study evaluated the clinical applicability of a SPECT syste
Purpose: This paper aims to explore Swedish municipalities’ adoption of politically decided goals and targets, within the budget document, that are formulated for the accounting unit of the municipal group. Design/methodology/approach: A regression analysis of the adoption of financial and non-financial performance measurement by 289 Swedish municipalities was performed, including eight independen
Objective: Emergency complex abdominal aortic diseases are challenging to treat. During in situ laser fenestration (ISLF), aortic branches are covered and flow is restored by in situ fenestration of the stent graft, with promising midterm results. This study aimed to expand on the limited body of knowledge of midterm outcomes of ISLF in renovisceral aortic pathology in a multicentre setting. Metho
In this study, we demonstrate a successful application of laser absorption spectroscopy in an in-situ optical diagnostic system to map the radial distribution of the number density of vapor-phase aluminum (Al) atoms around a burning micron-sized Al droplet. This technique overcomes the challenges associated with the short optical path (at micron scale) and offers high sensitivity to Al atom concen
Improving transport efficiency in freight transport systems is essential to reduce operating costs as well as greenhouse gas emissions. Improvements in one part of the system can lead to negative consequences in other parts, making it difficult to predict the overall effects and thereby made the right decisions. In logistics these contradictions are recognized as trade-offs. The purpose of this st
Wood used in outdoor construction undergoes continuous cycles of wetting and drying, resulting in fluctuating moisture contents that directly influence its long-term durability. Excess moisture above a critical threshold leads to deterioration by fungal decay, limiting the service life of the structure. Service life models thus rely on accurate predictive models of moisture behaviour. However, cap
