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The effects of solar flares, coronal mass ejections, and co-rotating interaction regions on the Venusian 5577 A oxygen green line
Bibcode: 2015PhDT........68G

Gray, Candace

The Venusian 5577.3 A OI (1S - 1D) (oxygen green line) nightglow emission is known to be highly temporally variable. The reason for this variability is unknown. We propose that the emission is due to electron precipitation from intense solar storms. For my dissertation, I observed the Venusian green line after solar flares, coronal mass ejections …

2015 Ph.D. Thesis
VenusExpress 4
The H Corona of Mars
Bibcode: 2015PhDT.......134C

Chaffin, Michael Scott

The atmosphere of every planet is surrounded by a tenuous cloud of hydrogen gas, referred to as a hydrogen corona. At Mars, a substantial fraction of the H present in the corona is moving fast enough to escape the planet's gravity, permanently removing H from the Martian atmosphere. Because this H is ultimately derived from lower atmospheric water…

2015 Ph.D. Thesis
MEx 0