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The sun's influence on the vertical structure of the ionospheres of Venus and Mars
Bibcode: 2016PhDT.........6G

Girazian, Zachary Richard James

The ionospheres of Venus and Mars are important components of the planet-space boundary that play a major role in atmospheric escape processes. Characterization of these regions reveals the physical processes that control them and provides a foundation for more detailed studies of chemistry, dynamics, and energetics. At both planets the ionosphere…

2016 Ph.D. Thesis
VenusExpress 5
Observing the Unobservable: Identification and Characterisation of Stealth Coronal Mass Ejections
Bibcode: 2016PhDT.........9D

D'Huys, Elke

In this doctoral thesis we study stealth CMEs: solar coronal mass ejections that are clearly observed in coronagraph data but do not show significant low-coronal or on-disk signatures of eruption. This lack of coronal signatures makes it challenging to determine their source region and predict their trajectory throughout interplanetary space. Comb…

2016 Ph.D. Thesis
PROBA-2 0
Analyzing the interstellar neutral He bulk flow parameters with IBEX-Lo
Bibcode: 2016PhDT........67L

Leonard, Trevor W.

Our Sun is immersed in a local galactic environment which is composed of a warm, dilute, and partially ionized gas. Due to the Sun's motion relative to this environment, the interstellar neutral (ISN) gas flows through the heliosphere providing the opportunity to perform in-situ observations of the ISN gas from Earth's orbit. The Interstellar Boun…

2016 Ph.D. Thesis
Ulysses 0