H3*.4
Simulation and Theoretical Studies on the Validity of Using Langmuir Probes in Hypervelocity Impact Plasma
Xiaohan Mei, Sigrid Elschot, Stanford, United States
Session:
H3*: Active Experiments in Laboratory and Space Plasmas I Lecture
Track:
Special Sessions
Location:
Room 155
Presentation Time:
Fri, 10 Jan, 09:20 - 09:40 MT (UTC -7)
Presentation
Discussion
Resources
No resources available.
Session H3*
H3*.1: Reconnection-Driven Electron Acceleration: Guide Field Effects.
Ripudaman Singh Nirwan, Earl Scime, West Virginia University, United States
H3*.2: Thomson Scatter with L band Radar and Potential New Multi-Frequency Ionospheric Radar Utilization
J. Brent Parham, MIT Lincoln Laboratory, United States; Ana Banzer, Stanford University, United States; Amoree Hodges, Mark Dickson, MIT Lincoln Laboratory, United States; Philip Erickson, Frank Lind, Ryan Volz, John Swoboda, Haystack Observatory, United States
H3*.3: Stimulated Brillouin Scattering from Satellite Transmissions
Jason Ruszkowski, Kyle Myren, Edgar Bering, University of Houston, United States
H3*.4: Simulation and Theoretical Studies on the Validity of Using Langmuir Probes in Hypervelocity Impact Plasma
Xiaohan Mei, Sigrid Elschot, Stanford, United States
H3*.5: The Magnetic Imprints of Coronal Currents: Remote sensing of Remote Currents
Peter Schuck, NASA/GSFC, United States
Contacts