Abgeschlossene Abschlussarbeiten

 

Bachelorarbeiten

• Lennart Wilde, Simulations to Discriminate Nuclear Weapon Neutron Emissions from Cosmic Ray Background , Februar 2022.
• Milon Miah, Analytical Validation for Monte Carlo Simulations of Photon Energy Deposition in Detectors, Februar 2022.
• Johannes Bosse, Inverse beta decay signatures in a liquid organic time projection chamber, September 2021.
• Helge Haveresch, Endlagerüberwachung mit Hilfe von Antineutrino-Messungen durch LOr-TPCs, September 2021.
• Lewin Bormann, Reconstructing Nuclear Fuel Cycles Using Bayesian Inference. A First Implementation, September 2021.
• Anike Ohm, Feasibility of Measuring Radioactive Waste with Antineutrinos: Initial Assessments, 2020.
• Ludwig Hollstein, Isotopic Ratios for Nuclear Archaeology with Reprocessing Waste, 2019.
• David Bertram, Prospects of Detecting Nuclear Waste Antineutrinos with Liquid-Argon Detectors, 2019.
• Jakob Brochhaus, Impact of Reactor Parameters on Isotopic Concentrations of High-Level Waste, 2018.

 

Masterarbeiten

• Max Schalz, Fuel cycle simulations to reconstruct uranium enrichment programmes. A first implementation, November 2020.
• Benjamin Jung, Reconstructing plutonium production with the isotope ratio method. Uncertainty assessments, Oktober 2020.
• Lukas Rademacher, Assessing isotopic ratios in reactor core samples to deduce the operational history, Juli 2020.