ereprof. dr. ir. Patrick De Visschere
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Deposition of luminescent ZnO films by ALCVD.
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Sensitive current, brightness and efficiency measurements in SrS-based thin film electroluminescent devices.
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Hybrid EL devices using screen printing and atomic layer deposition techniques.
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Excitation dependent photoluminescent spectra from ZnS: Cu thin films.
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Aging of electroluminescent devices based on ZnS with Atomic Layer Epitaxy from various precursors.
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Observation of Charge Mobility in ZnS: Mn TFEL Devices Using Triangular Waveform Driving with Constant Slope.
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Semitransparent metal or distributed Bragg reflector for wide-viewing-angle organic light-emitting-diode microcavities.
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Electrical modeling of interface roughness in thin film electroluminescent devices.
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Electrical characterisation of white SrS/ZnS multilayer thin-film electroluminescent devices.
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Transient Charge Transfer and Light Emission from aged, Thin Film Electroluminescent SrS: Ce.
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Electro-optical measurements on the blue phosphor SrS: Cu.
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Experimental Determination of the Space Charge in ACTFEL Devices
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Experimental investigation of currents and efficiencies in SrS:Ce thin-film electroluminescent devices
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Properties of charge carriers in ZnS and their effect on the excitation of Mn
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Status of electroluminescent display technologies
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Kinetics and aging in atomic layer epitaxy ZnS:Mn ac thin-film electroluminescent devices.
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Aging of ZnS:Mn ALE ac thin-film electroluminescent devices
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High and low field charge transfer processes in thin film electroluminescent devices
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Multiplication and the excitation efficiency in electroluminescent devices based on ZnS
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Ageing of evaporated and ALE AC thin-film electroluminescent devices