Undergraduate projects in applied nuclear physics

The following undergraduate projects are currently available at the division of applied nuclear physics. Contact the person associated with each project for more information.

Hydrogen incorporation in silicon crystals studied by ion beams

Contakt
Eleni Ntemou

Simulating hydrogen concentration profiles of energy materials from resonant nuclear reactions

Contact
Kri stina Komander

Volatile fission-product diffusion in reactor-fuel matrices

Contact
Robert Frost

Environmental uptake of radio-nuclei relevant to the European Spallation Source (ESS)

Contact
Robert Frost

Ultralow-energy ion implantation for the modification of 2D materials

Contact
Robert Frost

Simulation of target and moderator combinations for a compact accelerator-driven neutron source

Contact
Robert Frost

Development of a muon-rejection system for the nuclear-reaction analysis station at the Tandem Laboratory

Contact
Robert Frost

Nanoscale patterning and atomic manipulation of 2-dimensional materials

Contact
Tuan Tran

Nanoporous membranes for high efficiency filtering applications

Contact
Tuan Tran

To investigate the fission products in an electric field using GEANT4

Contact
Zhihao Gao

Gen IV reactors and the transmutation of nuclear waste

Contact
Henrik Sjöstrand

Safety in spent nuclear fuel storage

Contact
Henrik Sjöstrand

Development of a detector system for commissioning of the NFS neutron facility and studies of neutron-induced fission

Contact
Diego Tarrío

Charge exchange of highly charged ions in helium gas

Contact
Andreas Solders

Setting up a trap experiment for g-factor measurements

Contact
Andreas Solders

New Zr data libraries for Serpent criticality calculations

Contact
Henrik Sjöstrand