Project: An embedded network of sensors in composites for local sensing (Enclose)
01/01/15 – 31/10/21
- Abstract
- The project ENCLOSE focuses on the detection of damage in structural composites by specially developed sensors. Two classes of sensors are envisaged. The first class is based on an electrical output (strain gauge en piezoelectric materials). The second group uses mechanoluminescent materials. The sensors are produced by reactive sputter deposition, inkjet printing and solid state synthesis.
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DEVELOPMENT OF A NEW GENERATION OF EMBEDDED SENSORS FOR MONITORING STRUCTURAL COMPOSITES
(2018) -
Mechanoluminescent Materials: A New Way to Analyze Stress by Light
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Pushing the limits of persistent phosphors
(2018) -
A review of mechanoluminescence in inorganic solids : compounds, mechanisms, models and applications
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Phase transitions modulating trap depth and mechanoluminescence in Ca1-xSrxAl2Si2O8:1%Eu2+,1%Pr3+ phosphors
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Enhancing the performance of persistent phosphors : focus on the trapping defects and detrapping processes
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Modelling mechanoluminescence in BaSi2O2N2:Eu2+
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Counting the photons : determining the absolute storage capacity of persistent phosphors