Suche
Regeln für die Suche
- Nur Wörter mit 2 oder mehr Zeichen werden akzeptiert
- Maximal 200 Zeichen insgesamt
- Leerzeichen werden zur Trennung von Worten verwendet, "" kann für die Suche nach ganzen Zeichenfolgen benutzt werden (keine Indexsuche)
- UND, ODER und NICHT sind Suchoperatoren, die den standardmäßigen Operator überschreiben. +/|/- entspricht UND, ODER und NICHT als Operatoren
- Alle Suchwörter werden zu Kleinschreibung konvertiert
Effects of post metallization annealing on Al2O3 atomic layer deposition on n-GaN
/forschung/publikationen/effects-of-post-metallization-annealing-on-al2o3-atomic-layer-deposition-on-n-gan-1
The chemical, physical and electrical properties and the robustness of post metallization annealed Al2O3 atomic layers deposited on n-type GaN are investigated in this work. Planar metal insulator…
Increased Light Extraction of Thin-Film Flip-Chip UVB LEDs by Surface Texturing
/forschung/publikationen/increased-light-extraction-of-thin-film-flip-chip-uvb-leds-by-surface-texturing
Ultraviolet light-emitting diodes (LEDs) suffer from a low wall-plug efficiency, which is to a large extent limited by the poor light extraction efficiency (LEE). A thin-film flip-chip (TFFC) design…
Suppression of particle formation by gas- phase pre-reactions in (100) MOVPE-grown β- Ga2O3 films for vertical device application
/forschung/publikationen/suppression-of-particle-formation-by-gas-phase-pre-reactions-in-100-movpe-grown-b-ga2o3-films-for-vertical-device-application
This work investigated the metalorganic vapor-phase epitaxy (MOVPE) of (100) β-Ga2O3 films with the aim of meeting the requirements to act as drift layers for high-power electronic devices. A…
Extensive study of magneto-optical and optical properties of Cd1−xMnxTe between 675 and 1025 nm
/forschung/publikationen/extensive-study-of-magneto-optical-and-optical-properties-of-cd1xmnxte-between-675-and-1025-nm-1
We determine Faraday rotations and measure the optical reflection and transmission from magneto-optical Cd1−xMnxTe crystals with various stoichiometric ratios. For wavelengths between 675 and…
Switchable thermal waveguides in GaAs based devices
/forschung/publikationen/switchable-thermal-waveguides-in-gaas-based-devices
The modulation of light within microscopic devices is the key to designing versatile and powerful photonic integrated circuits (PICs). Contemporary techniques are able to generate a wide range of…
Picosecond pulses with 40 W peak power from a passively mode-locked tapered quantum well laser
/forschung/publikationen/picosecond-pulses-with-40-w-peak-power-from-a-passively-mode-locked-tapered-quantum-well-laser
In this letter, the authors present a monolithic edge emitting diode laser intended as a potential key component for the generation of terahertz radiation in a compact time-domain spectroscopy…
Impact of the capture time on power saturation of quantum-well diode lasers
/forschung/publikationen/impact-of-the-capture-time-on-power-saturation-of-quantum-well-diode-lasers
Injected electrons and holes are captured into quantum wells with a non-vanishing time. Simulation results are presented, showing that this results in a non-equilibrium of free and bound carriers in…
Simulation and analysis of high‑brightness tapered ridge‑waveguide lasers
/forschung/publikationen/simulation-and-analysis-of-high-brightness-tapered-ridge-waveguide-lasers-1
In this work, a simulation-based analysis of a CW-driven tapered ridge-waveguide laser design is presented. Measurements of these devices delivered high lateral brightness values of…
Optimization of Vertical GaN Drift Region Layers for Avalanche and Punch-Through Pn-Diodes
/forschung/publikationen/optimization-of-vertical-gan-drift-region-layers-for-avalanche-and-punch-through-pn-diodes
We optimized gallium nitride drift layers for high voltage and low resistance vertical electronic devices by tuning the doping concentration for a given thickness of 5 µm. The optimization…
Polymer surface functionalization using a new µ-wave driven atmospheric pressure plasma-jet device
/forschung/publikationen/polymer-surface-functionalization-using-a-new-micro-wave-driven-atmospheric-pressure-plasma-jet-device
A newly developed compact µ-wave plasma source was utilized for activating the surfaces of several polymers. A remarkable improvement of the surface adhesion was achieved. The plasma-treated surfaces…