Model Run Summary - Parameters Summary

Parameters Summary

Model Run Selection

Carrington rotation number:

2124

Resolution:

Medium

Run ID:

Alexis_Rouillard_052014_SH_1

Model:

Coronal and Heliospheric

Coronal model:

MAS Thermodynamic

Heliospheric model:

ENLIL

Coronal Boundary Condition

Input Source

Observatory:

GONG

Mesh Interpolation

Theta:

180 points

Phi:

360 points

Polefitting

TH0 North:

0.40 radians

TH0 South:

0.40 radians

TH1 North:

0.70 radians

TH1 South:

0.70 radians

THR North:

0.40 radians

THR South:

0.40 radians

Smoothing

Diffuse time:

0.002 units

Coronal Model: MAS Thermodynamic (151x101x182)

Outer radial boundary:

30.00 Rs

Maximum time:

48.00 hours

Output frequency:

48.00 hours

Lundquist number:

5.00E+3

Viscosity:

0.004

Temperature:

2.00E+4 K

Density:

2.00E+4 x 10⁸ cm^-3

Heating model:

Heating Model Version 1.0

Exponential (Fast Wind) Heating

Heat flux:

5.1013E+4 erg/cm²/s

Scale length:

0.70 Rs

Quiet Sun Heating

Volume-integrated heat:

8.4786E+27 erg/s

Scale length:

0.20 Rs

Neutral line coefficient:

0.25

Active Region Heating

Volume-integrated heat:

4.9989E+27 erg/s

Power of B:

1.00

Heliospheric Boundary Condition

Empirical Solar Wind Speed

Slow wind speed:

250.00 km/s

Fast wind speed:

650.00 km/s

Heliospheric Model: ENLIL (320x60x180)

Velocity:

650.00 km/s

Density:

150.00 cm^-3

Temperature:

0.60 MK

Magnetic field:

150.00 nT

Ratio of specific heats:

1.50

Fraction of alpha particles:

0.00

DV exponent:

2.00

P_the/P_tot balance:

Keywords

CORHEL FOR 2012 MAY 26 event

View 3D Corona
View 3D Heliosphere data

ENLIL_at_Earth
ENLIL_at_Kepler
ENLIL_at_Mercury
ENLIL_at_Spitzer
ENLIL_at_Stereo_A
ENLIL_at_Stereo_B
ENLIL_at_Venus