Application Of 3d Hydrogen Corona Distribution Model To
Retrive Atomic Hydrogen From Emus/Emm Observations.
Susarla Raghuram, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co,
Usa, Space And Planetary Science Center, Khalifa University, Abu Dhabi, Uae (Susarla.Raghuram@Lasp.Colorado.Eduk),
Mike Chaffin, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co, Usa,
Justin Deighan, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co, Usa,
Sonal Jain, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co, Usa,
Robert Lillis, Space Sciences Laboratory, University Of California, Berkeley, Ca, Usa, Rodney Elliott, Laboratory
For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co, Usa, Matt Fillingim, Space
Sciences Laboratory, University Of California, Berkeley, Ca, Usa, Greg Holsclaw, Laboratory For Atmospheric And
Space Physics, University Of Colorado Boulder, Boulder, Co, Usa, Hessa Almatroushi, Mohammed Bin Rashid
Space Center, Dubai, Uae, David Brain, Laboratory For Atmospheric And Space Physics, University Of Colorado
Boulder, Boulder, Co, Usa, Scott England, Virginia Polytechnic Institute And State University, Aerospace And Ocean
Engineering, Blacksburg, Va, Usa, Krishnaprasad Chirakkil, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Boulder, Co, Usa, Space And Planetary Science Center, Khalifa University, Abu Dhabi,
Uae, Fatma Lootah, Mohammed Bin Rashid Space Center, Dubai, Uae, Hoor Almazmi, Uae Space Agency, Abu
Dhabi, Uae.

Introduction
Hydrogen Is Essentially Produced From The Dissociation
Of H2 O And Via Odd-Hydrogen Reactions In The Martian