David_Lario_011520_SH_1
Key Word: HMI_13Mar2019_caseC
Model Type: Heliosphere
Model & Version: ENLIL 2.8
Boundary Condition Type: Time-Independent Single Daily Update Map (du)
Inner Boundary Condition: from_WSA_V4.5_model
Run Objective: cone_model
Observatory:
Carrington Rotation Start: 2214 Carrington Longitude Start: 005°
Start computation date (rundate_cal): 2019-03-12T00
Coronal observations date (obsdate_cal): 2019-03-12T00
Time unit = 3600. seconds Relaxation start time relative to rundate (tstart): -240. time units
Simulation stop time (tstop): 144 time units Full 3D output cadence (tstep): 1 time units
Outer Boundary: 1.1 AU (Earth inclusive; radial span: 1.0 AU, region 1 AU)
Simulation Grid: 192x30x90 (0.1 to 1.1 AU radius; ±60° latitude, 30° to 150° co-latitude; 0° to 360° longitude)
Geometry: Spherical and Uniform Coordinate System: HEEQ+180°
Resolution: med Number of Simulation blocks (nblk): 2
Ambient wind conditions setting: a6b1 ratio of specific heats (gamma): 1.6666667 runpar=g53q5
(vfast=700., vslow=200., vrfast=25., vrslow=75., bfast=350., bscl=2., dfast=125., tfast=1.5, xalpha=0.05, nbrad=1)
Rotation of the inner boundary: synodic
CME Input File: cme_param.txt Number of CMEs: 1
Hydrodynamic cloud setting: d4t1x1
(dcld=4, tcld=1, xcld=1, ncld=2)
Cavity setting: radcav=0, dcav=0.5, tcav=.25
- View the CME input file.
- View 3D Data
- View control file with input parameters for the run.
- Download output .dat files.
- View quick look graphics for the run | list of quicklook graphics links
Note: Quick look graphics has been designed by the model developer to enable quick evaluation of the results of the run. To find more information regarding this option please contact the CCMC staff.
ENLIL_at_mercury
ENLIL_at_parkersp
ENLIL_at_spitzer
ENLIL_at_stereoa
ENLIL_at_stereob
ENLIL_at_venus
View estimate of the CME arrival time at Earth
View estimate of the CME arrival time at Earth for GICs
CME_estimate_AFWA_Messenger
CME_estimate_AFWA_Spitz
CME_estimate_AFWA_STA
CME_estimate_AFWA_STB
CME_estimate_AFWA_Venus