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Hypoxia in aquatic sports

Author(s): Joshua T. Royal (Author), Igor B. Mekjavić (Supervisor), Adam McDonnell (Co-Supervisor), Jernej Kapus (Co-Supervisor)

Year: 2024

Type: Doctoral dissertation

The present thesis considers the premise that breath-holding in aquatic sports, primarily swimming, in order to enhance performance, can potentially cause adaptation to tissue hypoxia. To investigate this theory, a series of studies needed to be performed: I. Analysis of variability in individuals’ responses to hypoxia, to evaluate the range …

The effect of surface roughness on erosion yields and distribution of impurities on fusion relevant materials

Author(s): Mitja Kelemen (Author), Sabina Markelj (Supervisor), Primož Pelicon (Co-Supervisor)

Year: 2023

Type: Doctoral dissertation

Plasma facing components (PFC) in fusion devices are exposed to plasma. Plasma-wall interaction processes are important as they impose a series of constraints on the components. The lifetime of the PFCs is dominantly determined by two processes: erosion and fuel retention. At the first wall the erosion is caused by …

Metrology of mercury measurements in the air

Author(s): Jan Gačnik (Author), Jože Kotnik (Supervisor), Milena Horvat (Co-Supervisor)

Year: 2022

Type: Doctoral dissertation

Atmospheric mercury (Hg) plays an important role in the biogeochemical Hg cycle. Hg species in the atmosphere are present in very low concentrations. While gaseous elemental mercury (GEM) is relatively inert, gaseous oxidized (GOM) and particulate-bound (PBM) mercury are highly reactive. These characteristics of atmospheric Hg species make the speciation …

Optimization of coupling between high-frequency generator and low pressure plasma

Author(s): Rok Zaplotnik (Author), Miran Mozetič (Supervisor), Alenka Vesel (Co-Supervisor)

Year: 2012

Type: Doctoral dissertation

In this thesis we present the development of the device for the removal of carbon deposits in fusion reactors. Amorphous hydrogenated carbon deposits (a-C:H) represent a major problem for smooth operation of future fusion reactors with divertors containing carbon tiles, because they cause retention of radioactive tritium. There are techniques …