Posters Atmospheric Escape, Evolution and Climates
| Monday, May 14, 2018 |
| 12:00 AM - 12:00 PM |
Speaker
Attendee83
Swedish Institute of Space Physics (IRF)
O+ escape at Earth during the magnetic storm on September 4th - 10th, 2017
Attendee14
Austrian Academy Of Sciences
Atmospheric escape at early Mars and constraints on the evolution of the Martian atmosphere
Attendee19
Swedish Institute of Space Physics
Dependence of O+ escape rates from Venus on the solar wind and the solar activity
Attendee92
Boston University
2-Dimensional Model of the Martian Exosphere Applied to HST Observations
Attendee86
Laboratory For Atmospheric And Space Physics
Modeling deuterium from surface to space to understand Mars atmospheric evolution
Attendee24
Princeton University
Modeling of Ion and Photochemical Losses to Space over the Martian History
Attendee50
The University Of Texas At Austin
A parametric study of Enceladus plumes based on DSMC calculations for retrieving the outgassing parameters as measured by Cassini instruments
Attendee14
Austrian Academy Of Sciences
The terrestrial paleo-magnetosphere during the late Hadean and Archean: Implications on the evolution of the terrestrial atmosphere
