2022

Avhandlingar

1. 1. Kastinen, D

   (2022) From meteors to space safety : dynamical models and radar measurements of space objects.
2. 1. Lalti, A

   (2022) Electrostatic turbulence and electron heating in collisionless shocks.
3. 1. Pontoni, A

   (2022) Development and simulated observations of the Jovian Neutrals Analyzer.
4. 1. Richard, L

   (2022) Energy Conversion and Particle Acceleration at Turbulent Plasma Jet Fronts.
5. 1. Steinvall, K

   (2022) Electrostatic plasma waves associated with collisionless magnetic reconnection : Spacecraft observations.
6. 1. Stergiopoulou, A

   (2022) The induced magnetospheres and magnetotails of Mars and Venus.
7. 1. Wittmann, P

   (2022) The Jovian Plasma Dynamics and Composition Analyzer (JDC) for ESA's JUICE Mission.

Rapporter

1. 1. Danielsson, P

   (2022) Nowcasting the IRF Auroral Index with Recurrent Neural Networks. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
2. 1. Ekvall, C

   (2022) Investigation of sub-surface ocean induction on Jupiter's icy moon Europa. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
3. 1. Gesto Herrera, B

   (2022) Flying through cometary jets with the Rosetta spacecraft. [Independent thesis Basic level (degree of Bachelor), 5 HE credits, Uppsala universitet]
4. 1. Kukkola, A

   (2022) Ion Reflection at the Earth’s Quasi-Perpendicular Bow Shock in Vlasiator. [master's thesis, University of Helsinki]
5. 1. Márquez Rodríguez, R

   (2022) An analysis of the turbulent properties of a CME. [Student paper other, 10 HE credits, Uppsala universitet]
6. 1. Rodríguez Otero, D

   (2022) Swarm LP Bias Sweeps.
7. 1. Sparrman, V

   (2022) Adaption of Inertial Confinement Fusion Resultsto Spherical Plasma Expansion at Comets. [Independent thesis Advanced level (degree of Master (Two Years)), 10 credits / 15 HE credits, Uppsala universitet]