State of NOAA-SEC/CIRES STEREO Heliospheric Models · 2004. 4. 9. · Preview of data before...
Transcript of State of NOAA-SEC/CIRES STEREO Heliospheric Models · 2004. 4. 9. · Preview of data before...
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State of NOAA-SEC/CIRES STEREO Heliospheric Models
STEREO SWG Meeting, NOAA/SEC, Boulder, CO, March 22, 2004
Dusan Odstrcil
University of Colorado/CIRES & NOAA/Space Environment Center
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Collaborators§ Nick Arge – AFRL, Hanscom, MA
§ Chris Hood – University of Colorado, Boulder, CO
§Jon Linker – SAIC, San Diego, CA
§ Rob Markel – University of Colorado, Boulder, CO
§ Leslie Mayer – University of Colorado, Boulder, CO
§ Vic Pizzo – NOAA/SEC, Boulder, CO
§ Pete Riley – SAIC, San Diego, CA
§ Marek Vandas – Astronomical Institute, Prague, Czech Republic
§ Xuepu Zhao – Stanford University, Standford, CA
Supported by AFOSR/MURI and NSF/CISM projects
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Input Data
• Analytic Models:- structured solar wind (bi-modal, tilted)- over-pressured plasma cloud (3-D)- magnetic flux-rope (3-D in progress)
• Empirical Models:- WSA source surface - SAIC source surface- CME cone model (location, diameter, and speed)
• Numerical Models:- SAIC coronal model (ambient + transient outflow)
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Analytic Model – Distortion of ICME Study
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Empirical model - Ambient Solar Wind
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Numerical Model -- Magnetic Flux Rope
Model Interface
Compressed Plasma
Shock
Magnetic LegEjected Plasma
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Ambient Solar Wind Models
SAIC 3-D MHD steady state coronal model based on photospheric field maps
CU/CIRES-NOAA/SEC 3-D solar wind model based on potential
and current-sheet source surface empirical models
[ SAIC maps – Pete Riley ] [ WSA maps – Nick Arge ]
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CME Cone Model
[ Zhao et al., 2001 ]
Best fitting for May 12, 1997 halo CME
• latitude: N3.0• longitude: W1.0• angular width: 50 deg• velocity:650 km/s at 24 Rs
(14:15 UT)• acceleration: 18.5 m/s2
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Boundary Conditions
Ambient Solar WindAmbient Solar Wind
+Plasma Cloud
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Latitudinal Distortion of ICME Shape
ICME propagates into bi-modal solar wind
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Evolution of Density Structure
ICME propagates into the enhanced density of a streamer belt flow
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Synthetic White-Light Imaging
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Appearance of Transient Density Structure
IPS observationsdetect interplanetary
transients thatsometime show
two enhanced spotsinstead of a halo ring
[Tokumaru et al., 2003]
MHD simulation showsa dynamic interaction
between the ICME and ambient solar wind that:
(1) forms an arc-like density structure; and
(2) results in two brighter spots in synthetic images
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Evolution of Parameters at Earth
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May 12, 1997 – Interplanetary Shock
• Shock propagates in a fast stream and
merges with its leading edge
Distribution of parameters in equatorial plane Evolution of velocity on Sun-Earth line
0.2 AU
0.4 AU
0.6 AU
0.8 AU
1.0 AU
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Fast-Stream Position
Ambient state before the CME launch
Disturbed state during the CME launch
Ambient state after the CME launch
Case A1 Case A3
[ SAIC maps -- Pete Riley ]
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Effect of Fast-Stream Position[ SAIC maps -- Pete Riley ]
Case A1 Case A3
Earth : Interaction region followedby shock and CME (not observed)
Earth : Shock and CME (observedbut 3-day shift is too large)
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Fast-Stream Evolution
Ambient state before the CME launch
Disturbed state during the CME launch
Ambient state after the CME launch
Case A2 Case B2
[ SAIC maps -- Pete Riley ]
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Effect of Fast-Stream Evolution[ SAIC maps -- Pete Riley ]
Case A2 Case B2
Earth : Interaction region followedby shock and CME (not observed)
Earth : Shock and CME (observedbut shock front is radial)
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Evolution of Parameters at Earth
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Remote Access
IDL procedures
ENLIL – Fortran/MPI/NetCDF
Coronal Data (on MSS)
Input Data (on PTMP)
Output Data (on PTMP)
ENKI -- web
web Archive Data (on MSS)
A/A –Java/VTK
CDP
ViServer
Client Server
ENKI
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ENKI – Interface to ENLIL
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ENKI – Interface to ENLIL
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Remote Visualization: ENKI--IDL
Preview of data before downloading processing and visualization, archiving, etc.
Plot 1-D profiles and 2-D contours or surfaces of 1-D, 2-D, or 3-D data
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Interplanetary Disturbances