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Mag.a Dr.in Susanne Schweitzer

Forschungsgruppe

DIGITAL:

Telekommunikation, Navigation und Signalverarbeitung

Telefon

+43 316 876-5317

E-Mail

Susanne.Schweitzer@joanneum.at

Adresse

Steyrergasse 17, 8010, Graz
+43 316 876-5000
digital@joanneum.at

Publikationen

Digital
2023

Passive Guidance for Offroad-Vehicles

Autor*innen: Werner Bailer, Hermann Fürntratt, Manfred Klopschitz, Dominik Lampel, Roman Lesjak, Matthias Rüther, Susanne Schweitzer, Gerald Steinbauer-Wagner
Passive Guidance for Offroad-Vehicles
Materials
2020

Design procedure for ultra-thin free-form micro-optical elements allowing for large DHR values and uniform irradiance distributions of ultrathin direct-lit luminaires

Autor*innen: Leiner, Claude; Nemitz, Wolfgang; Schweitzer, Susanne; Wenzl, Franz P.; Sommer, Christian
Design procedure for ultra-thin free-form micro-optical elements allowing for large DHR values and uniform irradiance distributions of ultrathin direct-lit luminaires
Materials
2016

Multiscale optical simulation settings: challenging applications handled with an iterative ray-tracing FDTD interface method

Autor*innen: Leiner, Claude; Nemitz, Wolfgang; Schweitzer, Susanne; Kuna, Ladislav; Wenzl, Franz P.; Hartmann, Paul; Satzinger, Valentin; Sommer, Christian
Multiscale optical simulation settings: challenging applications handled with an iterative ray-tracing FDTD interface method
Materials
2016

The impact of the thermal conductivities of the color conversion elements of phosphor converted LEDs under different current driving schemes

Autor*innen: Fulmek, Paul; Nicolics, Johann; Nemitz, Wolfgang; Schweitzer, Susanne; Sommer, Christian; Hartmann, Paul; Schrank, Franz; Wenzl, Franz P.
The impact of the thermal conductivities of the color conversion elements of phosphor converted LEDs under different current driving schemes
Materials
2015

Simulation based experimental study of the temperature and power density distribution in a high-power LED

Autor*innen: Fulmek, Paul; Nemitz, Wolfgang; Wenzl, Franz Peter; Schweitzer, Susanne; Hartmann, Paul; Nicolics, Johann
Simulation based experimental study of the temperature and power density distribution in a high-power LED
Materials
2015

Chromaticity coordinate maintenance of phosphor converted LEDs by a self-compensation approach

Autor*innen: Nemitz, Wolfgang; Sommer, Christian; Schweitzer, Susanne; Hartmann, Paul; Fulmek, Paul; Nicolics, Johann; Wenzl, Franz P.
Chromaticity coordinate maintenance of phosphor converted LEDs by a self-compensation approach
Materials
2014

A Simulation Procedure Interfacing Ray-Tracing and Finite-Difference Time-Domain Methods for a Combined Simulation of Diffractive and Refractive Optical Elements

Autor*innen: Leiner, Claude; Schweitzer, Susanne; Wenzl, Franz-Peter; Hartmann, Paul; Hohenester, Ulrich; Sommer, Christian
A Simulation Procedure Interfacing Ray-Tracing and Finite-Difference Time-Domain Methods for a Combined Simulation of Diffractive and Refractive Optical Elements
Materials
2014

Multiple interfacing between classical ray-tracing and wave-optical simulation approaches: a study on applicability and accuracy

Autor*innen: Leiner, Claude; Nemitz, Wolfgang; Schweitzer, Susanne; Wenzl, Franz P.; Hartmann, Paul; Hohenester, Ulrich; Sommer, Christian
Multiple interfacing between classical ray-tracing and wave-optical simulation approaches: a study on applicability and accuracy
Materials
2014

A comprehensive discussion on colour conversion element design of phosphor converted LEDs

Autor*innen: Schweitzer, Susanne; Sommer, Christian; Hartmann, Paul; Fulmek, Paul; Nicolics, Johann; Pachler, Peter; Hoschopf, Hans; Schrank, Franz; Langer, Gregor; Wenzl, Franz P.
A comprehensive discussion on colour conversion element design of phosphor converted LEDs
Materials
2013

Improvement of Color Temperature Constancy of Phosphor Converted LEDs by Adaption of the Thermo-Optic Coefficients of the Color Conversion Materials

Autor*innen: Schweitzer, Susanne; Sommer, Christian; Hartmann, Paul; Pachler, Peter; Hoschopf, Hans; Wenzl, Franz P.
Improvement of Color Temperature Constancy of Phosphor Converted LEDs by Adaption of the Thermo-Optic Coefficients of the Color Conversion Materials
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