L254 TH_Main_Paraschiv_26353059_Redacted.pdf (25.07 MB)

On Long Timescale Recurrent Active Region Coronal Jets: The Coronal Geyser Structure

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thesis
posted on 03.04.2019, 23:22 by ALIN RAZVAN PARASCHIV
Nowadays with the advance of technology, small eruptive solar jets became a puzzling curiosity. The impact of solar jets on the solar atmosphere and their interaction with related features of solar activity is discussed. We discovered stable solar sites, ``The Coronal Geysers'', which undergo multiple magnetic field reconfigurations and are the trigger of solar jets. The data analysis and mathematical modelling of these sites and jet phenomena unveiled that heating and kinetic jet emission are triggered by small repeated filament eruptions. These results generated new insights towards understanding the physics of solar eruptions that can potentially impact the near-Earth environment.

History

Campus location

Australia

Principal supervisor

Alina Donea

Additional supervisor 1

Prof. Paul Cally

Year of Award

2018

Department, School or Centre

Mathematical Sciences

Course

Doctor of Philosophy

Degree Type

DOCTORATE

Faculty

Faculty of Science

Exports