2022

Dissertationen

Doctoral Thesis

  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
Diplom-/Masterarbeiten

Diploma Thesis

  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.

2021

Dissertationen

Doctoral Thesis

  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
Diplom-/Masterarbeiten

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.

2020

Dissertationen

Doctoral Thesis

  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
Diplom-/Masterarbeiten

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.

2019

Dissertation

Doctoral Thesis

  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
Diplom-/Masterarbeit

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.

2018

Doctoral Thesis

2018

  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.

2018

2018

  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.

2017

Doctoral Thesis

Doctoral Thesis

  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
Diploma Thesis

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.

2016

Doctoral Thesis

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
Diploma Thesis

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.

2015

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
Diploma Thesis

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Juvan I., Exoplanet Transit Light Curve Study and Analysis Concerning Star-Planet Interactions and Exomoons, Universität Graz, 75 p., 2015.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Pfannekuche M., Charakterisierung von Spektralprofilen in thermisch getriebenen Sternwinden, TU Braunschweig, 47 p., 2015.
  • Purkhauser A., On the Use of Doppler Measurements for Dynamic Orbit Computation. Case Study: GRAIL, Technische Universität Graz, 58 p., 2015.
  • Reimond S., Representation of the Gravity Field of Irregularly Shaped Bodies, Technische Universität Graz, 72 p., 2015.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.

2014

Doctoral Thesis

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • Bourdin P. -A., Observationally driven 3D MHD model of the solar corona above a magnetically active region, Univ. Göttingen, 114 p. p., 2014.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Kislyakova K. G., Modeling of the Interaction between Stellar Wind Plasma and the Upper Atmosphere of Exoplanets as a Tool for Evolution Studies, Univ. Graz, 103 p., 2014.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Rollett T., Evolution of Coronal Mass Ejections and Their Heliospheric Imprints, Univ. Graz, 103 p., 2014.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
Diploma Thesis
  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Juvan I., Exoplanet Transit Light Curve Study and Analysis Concerning Star-Planet Interactions and Exomoons, Universität Graz, 75 p., 2015.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Pfannekuche M., Charakterisierung von Spektralprofilen in thermisch getriebenen Sternwinden, TU Braunschweig, 47 p., 2015.
  • Purkhauser A., On the Use of Doppler Measurements for Dynamic Orbit Computation. Case Study: GRAIL, Technische Universität Graz, 58 p., 2015.
  • Reimond S., Representation of the Gravity Field of Irregularly Shaped Bodies, Technische Universität Graz, 72 p., 2015.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schaffer A., Calibration Strategy for a Thermal Probe Applicable in Planetary Research, Univ. Graz, 103 p., 2014.
  • Schantl P., Analysis of Turbulence in the Solar Wind, Univ. Graz, 103 p., 2014.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Tiefenbacher P., Measurements of Thermal Properties with a Dual-Needle Probe for Planetary Applications, Univ. Graz, 103 p., 2014.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.
  • Wolbang D., Seismo-electromagnetic parameter study of sub-ionospheric VLF radio links in Europe, Univ. Graz, 118 p., 2014.

2013

Doctoral Thesis

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • Bourdin P. -A., Observationally driven 3D MHD model of the solar corona above a magnetically active region, Univ. Göttingen, 114 p. p., 2014.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Kislyakova K. G., Modeling of the Interaction between Stellar Wind Plasma and the Upper Atmosphere of Exoplanets as a Tool for Evolution Studies, Univ. Graz, 103 p., 2014.
  • Krauss S., Response of the Earth's Thermosphere during Extreme Solar Events. A Contribution of Satellite Observations to Atmospheric Evolution Studies, Technische Universität Graz, 119 p., 2013.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Pollinger A., Development and Evaluation of a Control Unit for the Coupled Dark State Magnetometer, Technische Universität Graz, 98 p., 2013.
  • Rollett T., Evolution of Coronal Mass Ejections and Their Heliospheric Imprints, Univ. Graz, 103 p., 2014.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
  • Wu M. Y., Study of Earth Magnetospheric Plasma Waves, University of Science and Technology of China, Hef, 106 p., 2013.
Diploma Thesis

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-Related Dynamics of Active Regions, Ilia State University, Georgia, 29 p., 2013.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Edl M., Magnetotail Current Sheet Crossings Observed by Cluster Four-Spacecraft Measurements, Universität Graz, 33 p., 2013.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Juvan I., Exoplanet Transit Light Curve Study and Analysis Concerning Star-Planet Interactions and Exomoons, Universität Graz, 75 p., 2015.
  • Klinger B., Lunar Gravity Field Recovery: GRAIL Simulations and Real Data Analysis, Technische Universität Graz, 102 p., 2013.
  • Krebl B. L., Numerical Model of the Gas Flow and Temperature Development in an Ice Filled Crevasse on the Surface of a Comet's Nucleus, Universität Graz, 101 p., 2013.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Pfannekuche M., Charakterisierung von Spektralprofilen in thermisch getriebenen Sternwinden, TU Braunschweig, 47 p., 2015.
  • Philishvili E., Active Region Dynamics During Solar Flare, Ilia State University, Georgia, 50 p., 2013.
  • Purkhauser A., On the Use of Doppler Measurements for Dynamic Orbit Computation. Case Study: GRAIL, Technische Universität Graz, 58 p., 2015.
  • Reimond S., Representation of the Gravity Field of Irregularly Shaped Bodies, Technische Universität Graz, 72 p., 2015.
  • Rief G., Numerical Calibration of the Cassini RPWS Antenna System, Universität Graz, 80 p., 2013.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schaffer A., Calibration Strategy for a Thermal Probe Applicable in Planetary Research, Univ. Graz, 103 p., 2014.
  • Schantl P., Analysis of Turbulence in the Solar Wind, Univ. Graz, 103 p., 2014.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Teubenbacher R., Determination of Spin-Axis Offset of a Fluxgate Magnetometer Using Data from the Electron Drift Instrument Onboard the Cluster Satellite, Technische Universität Graz, 78 p., 2013.
  • Tiefenbacher P., Measurements of Thermal Properties with a Dual-Needle Probe for Planetary Applications, Univ. Graz, 103 p., 2014.
  • Topf F., Prototype of a Portal for Scientific Data Access Based on Scala, FH Campus 02 Graz, 133 p., 2013.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.
  • Wolbang D., Seismo-electromagnetic parameter study of sub-ionospheric VLF radio links in Europe, Univ. Graz, 118 p., 2014.

2012

Doctoral Thesis

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • Bourdin P. -A., Observationally driven 3D MHD model of the solar corona above a magnetically active region, Univ. Göttingen, 114 p. p., 2014.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Gröller H., Monte-Carlo simulation of the hot atom corona around terrestrial planets, Universität Graz, 180 p., 2012.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Kislyakova K. G., Modeling of the Interaction between Stellar Wind Plasma and the Upper Atmosphere of Exoplanets as a Tool for Evolution Studies, Univ. Graz, 103 p., 2014.
  • Krauss S., Response of the Earth's Thermosphere during Extreme Solar Events. A Contribution of Satellite Observations to Atmospheric Evolution Studies, Technische Universität Graz, 119 p., 2013.
  • Leitzinger M., Signatures of stellar mass ejections at radio and FUV wavelengths - implications for planetary mass loss, Universität Graz, 141 p., 2012.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Pollinger A., Development and Evaluation of a Control Unit for the Coupled Dark State Magnetometer, Technische Universität Graz, 98 p., 2013.
  • Rollett T., Evolution of Coronal Mass Ejections and Their Heliospheric Imprints, Univ. Graz, 103 p., 2014.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
  • Wu M. Y., Study of Earth Magnetospheric Plasma Waves, University of Science and Technology of China, Hef, 106 p., 2013.
Diploma Thesis

Diploma Thesis

  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-Related Dynamics of Active Regions, Ilia State University, Georgia, 29 p., 2013.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Edl M., Magnetotail Current Sheet Crossings Observed by Cluster Four-Spacecraft Measurements, Universität Graz, 33 p., 2013.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Juvan I., Exoplanet Transit Light Curve Study and Analysis Concerning Star-Planet Interactions and Exomoons, Universität Graz, 75 p., 2015.
  • Klinger B., Lunar Gravity Field Recovery: GRAIL Simulations and Real Data Analysis, Technische Universität Graz, 102 p., 2013.
  • Krebl B. L., Numerical Model of the Gas Flow and Temperature Development in an Ice Filled Crevasse on the Surface of a Comet's Nucleus, Universität Graz, 101 p., 2013.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Pfannekuche M., Charakterisierung von Spektralprofilen in thermisch getriebenen Sternwinden, TU Braunschweig, 47 p., 2015.
  • Pfleger M., 3D Modelling of Particle Populations in Planetary Exospheres, NAWI Graz, 123 p., 2012.
  • Philishvili E., Active Region Dynamics During Solar Flare, Ilia State University, Georgia, 50 p., 2013.
  • Purkhauser A., On the Use of Doppler Measurements for Dynamic Orbit Computation. Case Study: GRAIL, Technische Universität Graz, 58 p., 2015.
  • Qin W. L., GRAIL lunar gravity field recovery based on short-arc analysis, Universität Stuttgart, 79 p., 2012.
  • Reimond S., Representation of the Gravity Field of Irregularly Shaped Bodies, Technische Universität Graz, 72 p., 2015.
  • Rief G., Numerical Calibration of the Cassini RPWS Antenna System, Universität Graz, 80 p., 2013.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schaffer A., Calibration Strategy for a Thermal Probe Applicable in Planetary Research, Univ. Graz, 103 p., 2014.
  • Schantl P., Analysis of Turbulence in the Solar Wind, Univ. Graz, 103 p., 2014.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schmid D., A statistical and event study of magnetotail dipolarization fronts, Technische Universität Graz, 82 p., 2012.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Stangl A., Geoeffectiveness: A statistical approach, NAWI Graz, 76 p., 2012.
  • Stifter M., Mechanical Analysis and Optimization of a New Type of Magnetic Field Sensor, FH Joanneum, 85 p., 2012.
  • Teubenbacher R., Determination of Spin-Axis Offset of a Fluxgate Magnetometer Using Data from the Electron Drift Instrument Onboard the Cluster Satellite, Technische Universität Graz, 78 p., 2013.
  • Tiefenbacher P., Measurements of Thermal Properties with a Dual-Needle Probe for Planetary Applications, Univ. Graz, 103 p., 2014.
  • Topf F., Prototype of a Portal for Scientific Data Access Based on Scala, FH Campus 02 Graz, 133 p., 2013.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.
  • Wirnsberger H., GOCE Gravitationsfeldbestimmung: Analyse kinematischer Orbits mit Variationsgleichungen, Technische Universität Graz, 81 p., 2012.
  • Wolbang D., Seismo-electromagnetic parameter study of sub-ionospheric VLF radio links in Europe, Univ. Graz, 118 p., 2014.

2011

Doctoral Thesis

Doctoral Thesis

  • Alexandrova A., Magnetic Reconnection in the Earth’s Magnetotail: Temporal Evolution and Spatial Characteristics, Universität Graz, 120 p., 2016.
  • Bourdin P. -A., Observationally driven 3D MHD model of the solar corona above a magnetically active region, Univ. Göttingen, 114 p. p., 2014.
  • de Spiegeleer A., There and back again .. An Earth magneto-tale - Understanding plasma flows in the magnetotail, Umea University, 71 p., 2020.
  • Ellmeier M., Evaluation of the Optical Path and the Performance of the Coupled Dark State Magnetometer, Technische Universität Graz, 178 p., 2019.
  • Fischer D., Optimized Merging of Search-Coil and Fluxgate Data for the Magnetospheric Multiscale Mission, Technische Universität Graz, 151 p., 2018.
  • Grassitelli L., Instabilities in the Envelope of Stars, Universität Bonn, 96 p., 2016.
  • Gröller H., Monte-Carlo simulation of the hot atom corona around terrestrial planets, Universität Graz, 180 p., 2012.
  • Herbort O., Atmospheres of Rocky Exoplanets, University of St. Andrews, 171 p., 2022.
  • Hinterreiter J., Enhancing and Evaluating an Analytical Model to Improve the Prediction of Solar Storm Arrivals, Universität Graz, 126 p., 2021.
  • Hütter E. S., Development and Testing of Thermal Sensors for Planetary Applications, Universität Graz, 120 p., 2011.
  • Iqbal F., Investigations and Design Solutions of a High Repetition Rate Satellite Laser Ranging (SLR) System, Technische Universität Graz, 73 p., 2011.
  • Jaffer G., Study of an Austrian lightning nano-satellite (LiNSAT): Space and ground segments, Technische Universität Graz, 185 p., 2011.
  • Juvan I., Multicolor Photometry of Transiting Extrasolar Planets, Universität Graz, 114 p., 2018.
  • Kislyakova K. G., Modeling of the Interaction between Stellar Wind Plasma and the Upper Atmosphere of Exoplanets as a Tool for Evolution Studies, Univ. Graz, 103 p., 2014.
  • Krauss S., Response of the Earth's Thermosphere during Extreme Solar Events. A Contribution of Satellite Observations to Atmospheric Evolution Studies, Technische Universität Graz, 119 p., 2013.
  • Leinweber H. K., In-flight Calibration of Space-borne Magnetometers, Technische Universität Graz, 120 p., 2011.
  • Leitzinger M., Signatures of stellar mass ejections at radio and FUV wavelengths - implications for planetary mass loss, Universität Graz, 141 p., 2012.
  • Mannel T., Cometary dust at the Micrometre Scale - Results of MIDAS, the Atomic Force Microscope aboard the Comet Orbiter Rosetta, Universität Graz, 125 p., 2018.
  • Odert P., Activity of M-type Stars and its Influence on Planetary Atmospheres, Universität Graz, ??? p., 2016.
  • Perschke C., Dispersionseigenschaften magnetischer Fluktuationen auf ionenkinetischen Skalen in der Sonnenwindturbulenz, TU Braunschweig, 96 p., 2016.
  • Pollinger A., Development and Evaluation of a Control Unit for the Coupled Dark State Magnetometer, Technische Universität Graz, 98 p., 2013.
  • Rollett T., Evolution of Coronal Mass Ejections and Their Heliospheric Imprints, Univ. Graz, 103 p., 2014.
  • Rubab N., Study of kinetic Alfvén wave instabilities in a Lorentzian multi-component plasma, Universität Graz, 135 p., 2011.
  • Samra D., Mineral Snowflakes on Exoplanets and Brown Dwarfs, University of St. Andrews, 167 p., 2022.
  • Schmid D., Magnetotail Dipolarization Fronts, Universität Graz, 110 p., 2016.
  • Sudong X., Solar Wind Interaction with Induced Magnetosphere of Venus, University of Science and Technology of China, 96 p., 2018.
  • Wang G. Q., Ultra-Low-Frequency Waves in the Magnetotail, University of Science and Technology of China, Hefei, China, 96 p., 2016.
  • Weber C., Investigation of exoplanetary radio emission: New aspects in the search for exoplanets at radio wavelengths, Universität Graz, 239 p., 2017.
  • Weingrill J., Extrasolar Planets Orbiting Active Stars, Universität Graz, 113 p., 2011.
  • Wu M. Y., Study of Earth Magnetospheric Plasma Waves, University of Science and Technology of China, Hef, 106 p., 2013.
Diploma Thesis

Diploma Thesis

  • Positions- und Richtungsbestimmung von Flugzeug-Transpondern durch Messung von Laufzeit-Unterschieden, Technische Universität Graz, 69 p., 2011.
  • Coding of Laser Pulse Transmission Time for SLR-Stations, Technische Universität Graz, 111 p., 2011.
  • Bauer M., Prediction of CME Arrival Time and Speed Using STEREO-HI Beacon Data, Universität Graz, 58 p., 2021.
  • Blasl K. A., In-situ spacecraft observations of surface waves at Earth's magnetopause during periods of southward interplanetary magnetic field, Universität Graz, 2020.
  • Cappello G., Non-local thermodynamic equilibrium modelling of hot and ultra-hot Jupiter atmospheres, Università degli Studi di Torino, 120 p., 2022.
  • Chaghiashvili T., Flare-related Changes in Active Regions, Tbilisi State University, 52 p., 2016.
  • Chaghiashvili T., Flare-Related Dynamics of Active Regions, Ilia State University, Georgia, 29 p., 2013.
  • Domanovic B., Earth magnetic flux tube investigation using Cluster data, Universität Graz, 76 p., 2011.
  • Edl M., Magnetotail Current Sheet Crossings Observed by Cluster Four-Spacecraft Measurements, Universität Graz, 33 p., 2013.
  • Faßwald J., Laboratory Experiments Concerning the Suction of Dust Particles Under Vacuum Conditions, Universität Graz, 80 p., 2011.
  • Fichtinger B., Using Extreme Solar Events as Proxy for the Active Young Sun: Implications for Planetary Atmosphere Evolution, Universität Graz, 76 p., 2011.
  • Goldgruber R., Enabling TESS Follow-Up Observations from the Lustbühel Observatory, Universität Graz, 82 p., 2020.
  • Juvan I., Exoplanet Transit Light Curve Study and Analysis Concerning Star-Planet Interactions and Exomoons, Universität Graz, 75 p., 2015.
  • Klinger B., Lunar Gravity Field Recovery: GRAIL Simulations and Real Data Analysis, Technische Universität Graz, 102 p., 2013.
  • Krebl B. L., Numerical Model of the Gas Flow and Temperature Development in an Ice Filled Crevasse on the Surface of a Comet's Nucleus, Universität Graz, 101 p., 2013.
  • Krenn A., Energy-limited hydrodynamic escape : an investigation of the range of applicability, Technische Universität Graz, 69 p., 2020.
  • Pfannekuche M., Charakterisierung von Spektralprofilen in thermisch getriebenen Sternwinden, TU Braunschweig, 47 p., 2015.
  • Pfleger M., 3D Modelling of Particle Populations in Planetary Exospheres, NAWI Graz, 123 p., 2012.
  • Philishvili E., Active Region Dynamics During Solar Flare, Ilia State University, Georgia, 50 p., 2013.
  • Purkhauser A., On the Use of Doppler Measurements for Dynamic Orbit Computation. Case Study: GRAIL, Technische Universität Graz, 58 p., 2015.
  • Qin W. L., GRAIL lunar gravity field recovery based on short-arc analysis, Universität Stuttgart, 79 p., 2012.
  • Reimond S., Representation of the Gravity Field of Irregularly Shaped Bodies, Technische Universität Graz, 72 p., 2015.
  • Rief G., Numerical Calibration of the Cassini RPWS Antenna System, Universität Graz, 80 p., 2013.
  • Ritter S., Simulation und Analyse von Laser Entfernungsmessungen zur dynamischen Bahnbestimmung für den Anwendungsfall Space Debris, Technische Universität Graz, 86 p., 2017.
  • Romero Lopera J., Statistical analysis of flux ropes in the plasma sheet of the magnetotail, Technische Universität Graz, 130 p., 2017.
  • Schaffer A., Calibration Strategy for a Thermal Probe Applicable in Planetary Research, Univ. Graz, 103 p., 2014.
  • Schantl P., Analysis of Turbulence in the Solar Wind, Univ. Graz, 103 p., 2014.
  • Schirninger C., Magnetic Field Investigations of Volcanic and Seismic Phenomena with the China Seismo-Electromagnetic Satellite (CSES), Technische Universität Graz, 48 p., 2019.
  • Schmid D., A statistical and event study of magnetotail dipolarization fronts, Technische Universität Graz, 82 p., 2012.
  • Schweighart M., Gas Flow Through Porous Media With Regard to Comets and Asteroids, Universität Graz, 64 p., 2020.
  • Stangl A., Geoeffectiveness: A statistical approach, NAWI Graz, 76 p., 2012.
  • Stiegler A., Mars Permittivity Probe Calibration and Instrument Performance Validation, Technische Universität Graz, 96 p., 2011.
  • Stifter M., Mechanical Analysis and Optimization of a New Type of Magnetic Field Sensor, FH Joanneum, 85 p., 2012.
  • Teubenbacher R., Determination of Spin-Axis Offset of a Fluxgate Magnetometer Using Data from the Electron Drift Instrument Onboard the Cluster Satellite, Technische Universität Graz, 78 p., 2013.
  • Tiefenbacher P., Measurements of Thermal Properties with a Dual-Needle Probe for Planetary Applications, Univ. Graz, 103 p., 2014.
  • Topf F., Prototype of a Portal for Scientific Data Access Based on Scala, FH Campus 02 Graz, 133 p., 2013.
  • Törmänen O., Laser Communication Concept for Space Weather Forecasting CubeSat Fleet Mission, Aalto University, Espoo, Finland, 82 p., 2016.
  • Wellenzohn S., Energy Dispersion in the PSBL Flows during Substorms, Universität Graz, 48 p., 2019.
  • Wirnsberger H., GOCE Gravitationsfeldbestimmung: Analyse kinematischer Orbits mit Variationsgleichungen, Technische Universität Graz, 81 p., 2012.
  • Wolbang D., Seismo-electromagnetic parameter study of sub-ionospheric VLF radio links in Europe, Univ. Graz, 118 p., 2014.
  • Zörweg P., Multi-spacecraft data analysis of Jovian radio emission, Universität Graz, 67 p., 2011.

Bis 2010

Doctoral Thesis

Doctoral Thesis

  • Amerstorfer U., The Kelvin-Helmholtz instability in magnetohydrodynamics with finite Larmor radius effects and applications to Venus, Universität Graz, 107 p., 2007.
  • Cristea E., Calibration of satellite radar altimeters and height transfer using a dedicated transponder, Technische Universität Graz, 144 p., 2006.
  • Kaufmann E., Experimental investigation of the solid state greenhouse effect in planetary ices, KFU Graz, 107 p., 2005.
  • Kazeminejad B., Methodology Development for the Reconstruction of the ESA Huygens Probe Entry and Descent Trajectory, Karl-Franzens Universität Graz, 160 p., 2005.
  • Kiehas S., Transport of reconnected magnetic flux and magnetic energy due to magnetotail reconnection, Karl-Franzens-Universität Graz, 160 p., 2008.
  • Kolb C., Mars surface materials, KFU Graz, 215 p., 2005.
  • Kucharski D., Spin parameters determination of LAGEOS-1 from laser observations, Space Research Center, Polish Academy of Sciences, 106 p., 2008.
  • Leitner M., Evolution of interplanetary magnetic clouds: conclusions from a force-free magnetic field model, Karl-Franzens-Universität Graz, 129 p., 2008.
  • Macher W., Transfer matrix description of multiport antennas and its application to the Mars Express/MARSIS radar, TU Graz, 206 p., 2005.
  • Möstl C., Multi-spacecraft modeling of magnetic clouds, Karl-Franzens-Universität Graz, 134 p., 2009.
  • Oswald T., Antennas in plasma: Numerical calculation, Institut für Physik, Universität Graz, 164 p., 2010.
  • Taubenschuss U., Ideal MHD simulation of magnetic clouds in the solar wind, Karl-Franzens-Universität Graz, 111 p., 2009.
  • Treffer M., Cryovolcanic processes in the solar system, Karl-Franzens-Universität Graz, 120 p., 2008.
Diploma Thesis

Diploma Thesis

  • Crailsheim H., Selection and testing of siutable electron sources for an electron drift instrument, Technische Universität Graz, 115 p., 2009.
  • Döller R., On electromagnetic emissions as earthquake precursors: Investigation of electric field measurements onboard DEMETER micro-satellite, Institut für Physik, Universität Graz, 105 p., 2010.
  • Dusleag A., Observing variable stars and transiting exoplanets with single photon counting, Technische Universität Graz, 70 p., 2009.
  • Endler S., Theoretical aspects of the stellar influence on short-periodic exoplanets, Universität Graz, 94 p., 2005.
  • Fessl M., Über eine mögliche Verletzung des schwachen Äquivalenzprinzips in der Allgemeinen Relativitätstheorie, Universität Graz, 60 p., 2006.
  • Fischer D., Design study of a low noise and radiation tolerant sigma-delta digital-to-analog converter for space application, Technische Universität Graz, 101 p., 2006.
  • Hagen C., Development of a test bench for an ASIC based magnetometer, Technische Universität Graz, 109 p., 2009.
  • Hasenleitner D., Numerical simulation of hydrodynamic blow-off: One dimensional considerations, Univ. Graz, 70 p., 2009.
  • Heidorn D., Magnetic oscillations induced by bursty flows in the magnetotail, Universität Graz, 76 p., 2005.
  • Herper J., Mercury´s environment under extreme solar conditions: an approach towards CME and SEP statistics, Karl-Franzens-Universität Graz, 127 p., 2008.
  • Horn M., On electromagnetic emissions occuring before earthquakes: Theoretical and experimental approaches, Universität Graz, 131 p., 2007.
  • Hütter E., Determination of the Effective Thermal Conductivity of Granular Materials under Atmospheric and Vacuum Conditions, Universität Graz, 103 p., 2007.
  • Kiehas S., Time dependent Petschek-type magnetic reconnection for a moving x-line with applications to Earth's magnetotail, Universität Graz, 2005.
  • Koechle B., Thermal conductivity of snow – Systematic comparison of measurement methods, Karl-Franzens-Universität Graz, 59 p., 2009.
  • Kogler C., Boundary detection in space plasmas within ESA's Cluster II Mission, Technische Universität Graz, 114 p., 2009.
  • Maierhofer W., Wavelet analysis of stellar occultation data for the study of planetary atmospheres, Karl-Franzens-Universität Graz, 87 p., 2008.
  • Niedermayr A., Permittivity measurements of rocks and Martian soil analogue materials, Universität Graz, 117 p., 2007.
  • Oswald T., Electromagnetic Waves in Space and the STEREO/SWAVES experiment, Karl Franzens Universität Graz, 101 p., 2005.
  • Ottacher H., Entwicklung einer Programmier- und Testumgebung für den Mikrokontroller RTX2010 für HF-Weltraumexperimente, TU Graz, 60 p., 2005.
  • Penz T., Habitable planets in the universe: An interdisciplinary approach regarding the origin and distribution of life, KFU Graz, 132 p., 2005.
  • Pollinger A., Design of a communication and power supply system providing the spaceborne magnetometer front-end ASIC at remote locations, Technische Universität Graz, 71 p., 2007.
  • Prattes G., Signal analysis of ground-based seismo-magnetic ULF events in the frame of the SEGMA and DEMETER projects, Technische Universität Graz, 125 p., 2007.
  • Rosc J., Antennas in radio astronomy, Universität Graz, 100 p., 2005.
  • Rott R., Reconnection events in the near-Earth magnetotail using Cluster data, Graz University of Technology, 88 p., 2010.
  • Sampl M., Experimental and numerical antenna calibration in the Resonance mission, Institut für Physik, Universität Graz, 71 p., 2010.
  • Schiffer B., Design of a sensor simulator for an active plasma probe, Technische Universität Graz, 68 p., 2009.
  • Seiß M. and W. Pachler, Graz kHz SLR LIDAR, Institut für Geodäsie, Technischen Universität Gra, 67 p., 2010.
  • Shala K., Code generator and correlator design for the space plasma instrument EDI, Technische Universität Graz, 77 p., 2007.
  • Taubenschuss U., The Linear Prediction Theory applied to Cassini data, Universitätslehrgang Graz, 68 p., 2006.
  • Zambelli W., Development of the micro-controller software for the magnetometer VEX-MAG aboard ESA´s Venus Express mission, Technische Universität Graz, 146 p., 2006.
  • Zechner B., In situ resource utilization for the supply of hydrogen on Mars, Universität Graz, 127 p., 2009.