Uncertainty Quantification of the Neutronics Model of the U-Battery with Reduced Models

High-fidelity models are computationally intensive to work with in many-query applications, such as the design process of small modular reactors. A reduced order model of the high-fidelity model can still accurately determine the quantities of interest with only a fraction of the computational cost, and thus can potentially solve the...

Adjoint Method for Beam Angle Selection in Radiotherapy

In this thesis, a new methodology called the adjoint method is developed to select an optimal set of beam angles and beam weights in external beam radiotherapy. The Linear Boltzmann Transport Equation is specifically adjusted for proton transport and forms the Fokker-Planck approximation. The Fokker-Planck approximation models proton transport....

Development of a communication strategy for thorium molten salt reactor research: Negotiating nuclear energy in the Dutch energy transition

The Thorium Molten Salt Reactor is one of the technologies being investigated to offer large scale carbon-free energy production. Yet as it is a form of nuclear energy it is controversial, and TMSR research is underfunded. In an effort to combat the controversy, a communication strategy for TMSR research is developed. This communication strategy...