Run Metadata
Metadata as JSON:View Full Run Metadata as JSON
 
Model Domain:SH
Model Name:ENLIL
Model Version:2.8f
Key Word:GONG-Daily-WSA-ENLIL-2014-Apr
 
Model Type:Heliosphere
Run Objective:ambient_Solar_Wind
Boundary Condition Type:Time-Dependent Sequence of Daily Update Maps (dt)
Inner Boundary Condition:from_WSA_model WSA_V2.2
Outer Boundary:1.1 AU (Earth inclusive; radial span: 1 AU, region 1 AU)
Observatory:GONGB (Standard QuickReduce Magnetogram Synoptic Map - mrbqs)
Carrington Rotation Start:2149 (Start Longitude: 152°)
Simulation output time:2014-04-23 00:00 to 2014-05-18 00:00
Start computation date (rundate_cal):2014-04-23 00:00
Simulation Grid:768x120x360 (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:high
Number of Simulation blocks (nblk):1
Time Resolution:
  Time unit:3600. seconds
  Relaxation start time relative to rundate (tstart):-240. time units
  Simulation stop time (tstop):600 time units
  Full 3D output cadence (tstep):6 time units
Ambient Wind:
  Ambient wind conditions setting:a6b1 (vfast=700. km/s, vslow=200. km/s, vrfast=25. km/s, vrslow=75. km/s, bfast=350. nT, bscl=4., dfast=125. cm-3, tfast=1.5 MK, xalpha=0.05, nbrad=1)
  Ratio of specific heats (gamma):1.6666667
  Gamma and heating parameters (runpar):g53q5
Rotation of the inner boundary (bndrot):synodic
 
Input Data
Quick Look Graphics (?)
  • Click on an image to view it in full size
  • Quick look graphics has been designed by the model developers to enable quick evaluation of the results of the run. To find more information regarding this option please contact the CCMC staff.
den3-earth_high1syn_anim
den3-earth_high1syn_anim
vel1o4-earth_high1syn_anim
vel1o4-earth_high1syn_anim
vel3-earth_high1syn_anim
vel3-earth_high1syn_anim
vel3e1-mercury_high1syn_anim
vel3e1-mercury_high1syn_anim
vel3e1-venus_high1syn_anim
vel3e1-venus_high1syn_anim
Runs with Overlapping Dates (143 matches)
Click on model name to expand the list
Similar Runs
Click to expand and modify similarity search criteria