- ORCID iD
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0000-0002-3930-172X
- Bio (via ORCID)
- Prof. Dirk Poelman studied physics and obtained his Ph.D. on rare earth doped sulfide electroluminescent thin films at Ghent University (Belgium). Since 2001, he has a permanent appointment at Ghent University, where he is leading the research group Lumilab. He is a full professor since 2012. Dirk Poelman has experience in different fields of solid state physics research, including thin film deposition and optical characterization, photo-, electro- and cathodoluminescent and photochromic materials, structural and electrical defects in semiconductors, photocatalysis for air purification, x-ray analytical techniques and human vision. His current research is focused on inorganic phosphors for white LEDs and displays and persistent luminescent materials for safety illumination and medical imaging. He has (co)organized numerous conferences, such as EL2002 (Int. Conf. on Electroluminescence), ICTF14 (Int. Conf. on Thin Films) and "Phosphoros", the first international conference on persistent luminescence in 2011, and has chaired the ICOOPMA conference in Ghent in 2022. Dirk Poelman is member (and former president) of the Belgian National Committee for Crystallography and holds several administrative functions at the university. He has been editor of the Journal of Luminescence and is academic editor of the MDPI journals Materials, Photochem and Radiation. In addition, he lectures numerous courses on Bachelor and Master level. In the rare cases he has spare time, he likes hiking, electric guitar playing, singing and building audio equipment.
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Enhanced low‐temperature ozone‐assisted catalytic oxidation of propane over Cu–Mn bimetallic oxides
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Visible-light-driven photocatalytic oxidation with TiO2-ZnFe2O4/PVDF membranes for air purification
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- Journal Article
- A2
- open access
Synergistic visible-light photocatalysis by ZnO/black phosphorus nanohybrids immobilized on activated kaolinite
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Stabilizing Mn5+valence states via site engineering and oxidizing sintering for high-efficiency near-infrared II light sources
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Deciphering the role of oxygen in materials for heterogeneous catalysis and energy storage : a dive into the oxygen K-edge
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- Journal Article
- A1
- open access
Fast, in situ gas analysis during atomic layer deposition through optical emission spectroscopy and non-negative matrix factorization
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Unlocking time-extended radiation dosimetry via construction of thermally stable SrB4O7:Sm3+photochromic glass
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- Journal Article
- A1
- open access
Unlocking triple-band persistent luminescence : invisible UVC-UVB and visible red emission through structural modulation of Na2SrSi2O6:Pr3+ cyclosilicate
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Degradation of PVDF in photocatalytic membranes in gaseous environments
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- Journal Article
- A1
- open access
Experimental and numerical studies on photocatalysis of ethanol under high UV light intensity