Publications by authors named "S A M Lambregts"

This longitudinal prospective cohort study examined participation between 6 months and 1.5 years after pediatric mild Traumatic Brain Injury (mTBI) in 68 children aged 6-18 years. Levels of participation in different settings remain mostly stable between 6 months and 1.

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Nanocomposites of complex metal hydrides and oxides are promising solid state electrolytes. The interaction of the metal hydride with the oxide results in a highly conducting interface layer. Up until now it has been assumed that the interface chemistry is independent of the nanoconfinement method.

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Polymer-in-ceramic composite solid electrolytes (PIC-CSEs) provide important advantages over individual organic or inorganic solid electrolytes. In conventional PIC-CSEs, the ion conduction pathway is primarily confined to the ceramics, while the faster routes associated with the ceramic-polymer interface remain blocked. This challenge is associated with two key factors: (i) the difficulty in establishing extensive and uninterrupted ceramic-polymer interfaces due to ceramic aggregation; (ii) the ceramic-polymer interfaces are unresponsive to conducting ions because of their inherent incompatibility.

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Background: Dashboards are an important tool for hospitals to improve quality and safety performance. However, implementing quality and safety dashboards often does not increase performance due to a lack of use by health professionals. Including health professionals in the development process of quality and safety dashboards can improve their use in practice.

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Article Synopsis
  • Complex metal hydride/oxide nanocomposites show high ionic conductivity because of unique interactions between metal hydrides and oxide surfaces.
  • The study uses advanced NMR spectroscopy to analyze the chemistry and dynamics at the interface, revealing that the structure of the oxide significantly influences ionic conduction.
  • A new silicon site was discovered, linked to lithium borohydride interactions with silica, highlighting the importance of scaffold structure in optimizing performance for solid-state electrolytes.
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