| Program version 3 (2010-9-26) |
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| 5th Alfven Conference, 4-8 October, 2010 |
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| Monday, 4 October (morning) |
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| 0: overview |
title |
| T-01 |
Stas Barabash |
Solar wind interaction
with non-magnetized planets |
| T-02 |
Margaret G. Kivelson |
Jovian and Saturnian
magnetospheric plasma interaction with their satellites |
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| 1: global condition |
title |
| O-11 |
Robert J. Lillis (1) |
Total Electron Content
in the Mars Ionosphere: temporal study and statistical comparisons with
internal & external drivers |
| O-12 |
Firdevs Duru (by Morgan) |
Nightside Ionosphere
of Mars from Local Electron Plasma Oscillations: A General Overview and
Electron Density Holes |
| I-11 |
Andrew Coates |
The comet-solar wind
interaction: lessons for other non-magnetized bodies |
| I-12 |
Jasper S. Halekas |
Interaction regions
near the Moon and other non-magnetized small bodies |
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| (afternoon) |
title |
| I-13 |
Dana Hurley |
Comparison of the
solar wind interaction with the Moon to other bodies |
| O-13 |
Shoichiro Yokota |
Structure of the Lunar
Exosphere |
| O-14 |
Takeshi Imamura |
Observation of the
Lunar Electron Layer with SELENE Radio Science Experiment |
| O-15 |
Pontus C. Brandt |
The Distribution of
Titan's high-altitude (out to ~40000 km) exosphere from Energetic Neutral
Atom (ENA) measurements by Cassini/INCA |
| I-14 |
Norbert Krupp |
Jovian/Saturnian
magnetospheric flow as subsonic upstream condition for the interaction with
non-magnetic satellites |
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| 7: long-term variation/astrobiology |
title |
| O-71 |
Takeru Suzuki |
Solar wind and its
evolution |
| I-71 |
Helmut Lammer |
Variability of solar
input (SW, EUV, IMF) in Million/Billion-year scale as input for planetary
evolution |
| O-72 |
Rickard N.A.Lundin (1) |
Solar wind-ionosphere
forcing: Impact on the atmosphere of Mars and Venus? |
| O-73 |
Tatsuki Ogino |
Three-Dimensional MHD
Simulation of Interaction between the Solar Wind and Magnetosphere of
Hot-Jupiter |
| (reception) |
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| Tuesday, 5 October |
title |
| I-72 |
Jean-Yves Chaufray |
Atmospheric evolution
as a consequence of thermal and photochemical escape |
| I-73 |
Stephen W. Bougher |
Solar Cycle, Seasonal
and Evolutionary Variations of the Mars Thermosphere-Ionosphere and Hot
Oxygen Corona: Implications for Atmospheric Escape |
| I-74 |
Naoki Terada |
Space weathering of
planetary atmospheres by the solar wind - the Sun in time |
| O-74 |
Jan-Erik Wahlund |
Substantial amounts of
negative ions confirmed in Titan's Ionosphere |
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| 2: acceleration & precipitation |
title |
| O-21 |
Rickard N.A.Lundin (2) |
Ionospheric plasma
acceleration processes at Mars and Venus |
| I-21 |
Eduard Dubinin |
Energization of ions
and morphology of escape on Mars and Venus |
| O-22 |
Anne Wellbrock |
Electron acceleration
regions near Titan's ionospheric pile-up boundary |
| O-23 |
Matthew O Fillingim |
On Wind-Driven
Electrojets at Magnetic Cusps in the Nightside Ionosphere of Mars |
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| (afternoon) |
title |
| O-24 |
Laila Andersson |
Neutral Winds Effects
on Ion Outflow |
| I-22 |
Robert E. Ergun |
Ion Heating in Mars'
Ionosphere and Oxygen Loss |
| O-82 |
Ayako Matsuoka |
Examination of the
orbiters and scientific instruments to study the Martian atmospheric escape |
| - |
poster preview |
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| poster session |
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| Wednesday, 6 October |
title |
| O-25 |
Gabriella Stenberg |
Solar wind alpha
particle capture at Mars and Venus |
| O-26 |
Grard M. Chanteur |
The fate of solar wind
helium in the Martian environment : Results from 3d global hybrid simulations
and test particles |
| O-27 |
Takuya Hara |
Heavy ion flux
enhancement in the vicinity of the Martian ionosphere during CIR passage:
Mars Express ASPERA-3 Observations |
| O-28 |
Christopher Parkinson |
Hot Hydrogen/Proton
Precipitation in Planetary Ionospheres |
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| 3: global flow (interaction) |
title |
| O-31 |
Hector Prez-de-Tejada |
Plasma transition at
the franks of the Venus ionosheath: Evidence from the Venus Express data |
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| (field trip + dinner) |
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| Thursday, 7 October |
title |
| I-31 |
Thomas E. Cravens |
Observations of
Planetary ionospheric dynamics |
| I-32 |
Ronan Modolo |
The solar wind
interaction with Mars and Titan: similary and difference |
| O-32 |
Konrad Sauer (1) |
Laval nozzle flow in
the ionosphere of Mars |
| O-33 |
Yoshifumi Saito |
Plasma environment on
the dayside of the Moon observed by MAP-PACE on Kaguya |
| O-34 |
Masatoshi Yamauchi (1) |
Foreshock and
planetary size: A Venus-Mars comparison |
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| 4: global flow (escape) |
title |
| I-41 |
Stephen H. Brecht |
Comparison of Hybrid
Particle Code Simulations Of Venus and Mars |
| I-42 |
Esa Kallio |
Kinetic effects on
plasma escape: Hybrid and MHD models |
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| (afternoon) |
title |
| O-41 |
Markus FrEfont class=font5>nz |
Acceleration of ions
in the upper ionosphere of Mars |
| O-42 |
Hans Nilsson |
Does a magnetic field
protect an atmosphere from erosion by the solar wind? Earth Mars and Venus
comparison |
| O-43 |
Jared Espley |
Unusual low frequency
plasma waves in the Martian magnetosheath |
| I-43 |
Dave Young (by Coates) |
Plasma Interactions
with Saturn's Satellites and Rings |
| O-44 |
Tess R. McEnulty (1) |
Ionospheric Clouds in
Venus Express Data |
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| 5: wake & tail |
title |
| O-51 |
Michiko W. Morooka |
Dusty Plasma near the
Enceladus and the E ring |
| O-52 |
Geraint H. Jones |
Rhea's Interaction
with the Saturnian Magnetosphere |
| I-51 |
Cesar L. Bertucci |
Structure and dynamics
of plasma tails |
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| Friday, 8 October |
title |
| I-52 |
Yoshifumi Futaana |
The Lunar plasma wake |
| O-53 |
Mats Holmstrom (1) |
Modeling the
Interaction Between the Moon and the Solar Wind |
| O-54 |
Takayuki Umeda |
Effect of ion
cyclotron motion on the structure of wakes |
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| 6: mini-magnetosphere |
title |
| I-61 |
Masaki N Nishino (1) |
Interaction between
the solar wind plasma and the lunar magnetic anomalies |
| O-61 |
Xiao-Dong Wang |
Fine features in the
ion energy spectrum in the near-Moon plasma environment: Observations from
CE-1/SWIDs |
| O-62 |
YongYong Feng |
Effect of Surface
Potential on Solar Wind Electrons Reflected by the Lunar Crustal Magnetic
Field |
| I-62 |
Krishan Khurana |
Ganymede-Enceladus
Comparison: Plasma Coupling and Loss Rates of Neutrals |
| I-63 |
David A. Brain (1) |
The physics of
minimagnetospheres at Mars |
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| (afternoon) |
title |
| O-63 |
Yasir Soobiah |
The search for Martian
aurora signatures in MEX ASPERA-3 IMA observations |
| O-64 |
David D. Morgan |
Large-scale Flux ropes
at Mars: Joint Observations by Mars Express and Mars Global Surveyor |
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| 8: future works |
title |
| I-81 |
Bruce Jakosky (by Brain) |
The 2013 Mars
Atmosphere and Volatile EvolutioN (MAVEN) Mission to Mars |
| O-81 |
Syed Aftab Haider |
Indian Mars mission
and Mars research, Oral |
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| summary |
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| Poster (Tuesday, 5 October) |
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| 1p: global condition |
title |
| P-11 |
Robert J. Lillis (2) |
3-dimensional model
maps of the nightside Martian ionosphere |
| P-12 |
Andrew Poppe |
Simulations of the
Near-Surface Lunar Plasma Environment: Implications for Electron
Reflectometry Measurements of the Lunar Surface Potential |
| P-13 |
Hiroki Ando |
Observation of the
Lunar Ionosphere Near the Terminator Region by the Dual-spacecraft
occultation technique in SELENE |
| P-14 |
S Curry (by Parkinson) |
Sources Distributions
of Pickup Oxygen Ions around Mars |
| P-15 |
MW Liemohn (by Parkinson) |
Mars Dust Storm
Influences on Dayside Photoelectrons |
| P-16 |
Christian Mazelle |
Martian waves at the
proton cyclotron frequency revisited |
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| 2p: acceleration & precipitation |
title |
| P-21 |
Yoshihiro Kakinami |
Distribution of
magnetic field electron density and temperature in Venusian ionosphere
observed by Pioneer Venus Orbiter |
| P-22 |
Mauricio Reyes-Ruiz |
Momentum Transfer in
the Two-Stream Instability in a Velocity Shear |
| P-23 |
Catherine Dieval |
Testing of a
statistical study of proton precipitation at Mars |
| P-24 |
Giovanna Rinaldi |
Atmospheric Sputtering in the Martian environment |
| P-25 |
Konrad Sauer (2) |
Multi-fluid and Hybrid
Code Simulations of Solar-Wind Interaction with the Martian Hydrogen
Exosphere: PCW Generation |
| P-26 |
Kaori Terada |
Solar wind dynamic
pressure control of oxygen ion pickup rate at Mars |
| P-27 |
Susan M.P. McKenna-Lawlor |
Prediction of the
effect of an extreme solar event on the Martian environment: Hybrid model and
test particle simulations |
| P-28 |
Kei Masunaga |
Plasma environment of
Venus controlled by IMF directions |
| P-29 |
Yasunori Tsugawa |
Monochromatic whistler
waves observed by LMAG onboard Kaguya |
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| 3p&4p global flow |
title |
| P-41 |
C Paty (by Fillingim) |
Modeling Mars'
Ionospheric Electrodynamics |
| P-42 |
Hiroyuki Shinagawa |
Acceleration Mechanism
of Horizontal Ion Flow in the Ionosphere of Venus |
| P-43 |
Tess R. McEnulty(2) |
Modeling Low Energy
Ionospheric Ions Encountered by Venus Express |
| P-44 |
Stephen A Ledvina (by Brecht) |
Hybrid Model
Simulations of Titan's Plasma Interactions |
| P-45 |
E Richer (by Chanteur) |
Reflection of solar
wind protons on the Martian bow shock: Investigation by means of
3-dimensional simulations |
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| 5p: wake & tail |
title |
| P-51 |
S J Kanani (by Jones) |
On low energy electron
spikes associated with Saturn's moon Enceladus |
| P-52 |
Shotaro Sakai |
A dust-plasma
interaction in Saturn's E-ring |
| P-53 |
Yasubumi Kubota |
The tail formation and
ion escape processes for the Martian ionosphere: The comparison between no
IMF case and finite IMF cases |
| P-54 |
Ling-Hsiao Lyu |
A Study of Mach-Cone
Wave Distribution as a Result of Solar Wind Interactions with Non-magnetized
Planets/Moons |
| P-55 |
Masaki N Nishino (2) |
Effect of solar-wind
proton entry deep into the lunar wake |
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| 6p: mini-magnetosphere |
title |
| P-61 |
Miho Kanao |
The ion distribution
above the Martian crustal magnetic field - The effect of the electric field
induced by the solar wind |
| P-62 |
Yuki Harada |
Gyro-loss effect on
electron velocity distributions observed by SELENE (Kaguya) |
| P-63 |
C Lue (by Futaana) |
Shielding of lunar
surface against solar wind flux by lunar magnetic anomalies |
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| 7p: long-term variation/astrobiology |
title |
| P-71 |
Chihiro Tachinami |
Thermal evolution and
magnetic field life-time of extra solar super-Earths |
| P-72 |
Masatoshi Yamauchi (2) |
OH ratio of
atmospheric escape from non-magnetized ancient Earth |
| P-73 |
Mats Holmstrom (2) |
Energetic Neutral
Atoms Around the Extrasolar Planet HD 209458b |
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| 8p: future works |
title |
| P-81 |
Kanako Seki |
Atmospheric escape
science by two Mars orbiters for MELOS |
| P-82 |
Takeshi Sakanoi |
Development of
infrared imager and Echelle spectrograph for ground-based measurement of
planetary atmosphere |
| P-83 |
David A. Brain (2) |
The ISSI SWIM Model
Challenge |
| P-84 |
P Withers (by Lillis) |
Mars Upper Atmosphere
Network |
| P-85 |
Keiichiro Fukazawa |
Development of the
simulation for interaction between the planetary magnetosphere and its moon |
| P-86 |
Hon-Cheng Wong |
Accelerating MHD
simulations on graphics processing units with CUDA |
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