Magnetosphere

The Earth magnetic moment differ from the normal value Dm_Earth:

Run NumberKeywordModelModel VersionEvent dateVxN|B|IMF Clock AngleBxByBzConductance ModelDipole Tilt (in X-Z Plane) at startRun output in CDF format
HSS2013_SWMF_060913_8 HSS2013, EXO, Dipole Strenth Variation, Normal Dipole Strength, Dm=Dm_earthSWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 11.0HSS2013_SWMF_060913_8-GM_CDF.tar
HSS2013_SWMF_060913_8a HSS2013, EXO, Dipole Strenth Variation, Reduced Dipole Strength, Dm=0.2*Dm_earthSWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 11.0HSS2013_SWMF_060913_8a-GM_CDF.tar
HSS2013_SWMF_060913_8b HSS2013, EXO, Dipole Strenth Variation, Reduced Dipole Strength, Dm=0.05*Dm_earthSWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 11.0HSS2013_SWMF_060913_8b-GM_CDF.tar
HSS2013_SWMF_060913_8c HSS2013, EXO, Dipole Strenth Variation, Increased Dipole Strength, Dm=2.*Dm_earthSWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 11.0HSS2013_SWMF_060913_8c-GM_CDF.tar

At 1 au: Vx = 400 km/s, T= 20000 keV, Vy=Vz=0, Bx=By=0, N=5nT, Bz= - 5nT
Normal Earth magnetic moment Dm_Earth, and dipole tilt equal to 11 deg:

Run Number Keyword Model Model Version Vx N |B| IMF Clock Angle Bx By Bz Conductance Model Dipole Tilt (in X-Z Plane) at start Run output in CDF format
HSS2013_SWMF_060913_1 HSS2013, Earth at 0.3 au SWMFv20110131-400.055.616.7180.0 0.0 0.0-16.7constant H=48.4 P=37.111.0HSS2013_SWMF_060913_1-GM_CDF.tar
HSS2013_SWMF_060913_2 HSS2013, Earth at 0.6 au SWMFv20110131-400.013.9 8.3180.0 0.0 0.0-8.3 constant H=25.5 P=18.611.0HSS2013_SWMF_060913_2-GM_CDF.tar
HSS2013_SWMF_060913_3 HSS2013, Earth at 1 au, Tilt=11` SWMFv20110131-400.0 5.0 5.0180.0 0.0 0.0-5.0 constant H=14.2 P=10.311.0HSS2013_SWMF_060913_3-GM_CDF.tar
HSS2013_SWMF_060913_4 HSS2013, Earth at 2 au SWMFv20110131-400.0 1.2 2.5180.0 0.0 0.0-2.5 constant H=6.7 P=5.0511.0HSS2013_SWMF_060913_4-GM_CDF.tar
HSS2013_SWMF_060913_5 HSS2013, Earth at 5 au SWMFv20110131-400.0 0.2 1.0180.0 0.0 0.0-1.0 constant H=2.8 P=2.211.0HSS2013_SWMF_060913_5-GM_CDF.tar

The Earth magnetic dipole have different tilt angle:

Run NumberKeywordModelModel VersionEvent dateVxN|B|IMF Clock AngleBxByBzConductance ModelDipole Tilt (in X-Z Plane) at startRun output in CDF format
HSS2013_SWMF_060913_3 HSS2013, Earth at 1 au, Tilt=11` SWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0 constant H=14.2 P=10.311.0HSS2013_SWMF_060913_3-GM_CDF.tar
HSS2013_SWMF_060913_3a HSS2013, Earth at 1 au, Tilt=45 SWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0 constant H=14.2 P=10.345.0HSS2013_SWMF_060913_3a-GM_CDF.tar
HSS2013_SWMF_060913_3b HSS2013, Earth at 1 au, Tilt=90 SWMFv20110131 -400.0 5.0 5.0180.0 0.0 0.0-5.0 constant H=14.2 P=10.390.0HSS2013_SWMF_060913_3b-GM_CDF.tar

Dipole Reversal

All coefficients (g10, g20, g21, g22, h21, h22) in key words are normalized on nominal earth's magnetic dipole strength Dm=31100 nT.

Run NumberKeywordModelModel VersionEvent dateVxN|B|IMF Clock AngleBxByBzConductance ModelDipole Tilt (in X-Z Plane) at startRun output in CDF format
Helmi_Malova_072015_1 HSS2015, dipole and quadrupole SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 0.0Helmi_Malova_072015_1-GM_CDF.tar
HSS2015_SWMF_072815_1 HSS2015, dipole and quadrupole, t = 2.91e+5, g10=0.955, g20=0.175, g21=0.043, g22= 0.156, h21=0.11, h22=0.067 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 8.3HSS2015_SWMF_072815_1-GM_CDF.tar
HSS2015_SWMF_072815_2 HSS2015, dipole and quadrupole, t = 2.916e+5, g10=0.279, g20=0.0.024, g21=-0.09, g22= 0.035, h21=-0.0015, h22=-0.017 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 4.4HSS2015_SWMF_072815_2-GM_CDF.tar
HSS2015_SWMF_072815_3 HSS2015, dipole and quadrupole, t = 2.92e+5, g10=-0.029, g20=-0.173, g21=0.088, g22=-0.051 , h21=0.060, h22=0.022 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant -42.0HSS2015_SWMF_072815_3-GM_CDF.tar
HSS2015_SWMF_072815_4 HSS2015, dipole and quadrupole, t = 2.925e+5, g10=0.04, g20=-0.091, g21=0.108, g22= -0.05, h21=0.077, h22=-0.138 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 28.0HSS2015_SWMF_072815_4-GM_CDF.tar
HSS2015_SWMF_072815_5 HSS2015, dipole and quadrupole, t = 2.93e+5, g10=0.023, g20=-0.068, g21=0.055, g22= -0.045, h21=-0.006, h22=0.061 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant 42.0HSS2015_SWMF_072815_5-GM_CDF.tar
HSS2015_SWMF_072815_7 HSS2015, dipole and quadrupole, t = 2.94e+5, g10=-0.354, g20=-0.298, g21=0.059, g22= -0.124, h21=0.132, h22=-0.197 SWMFv20140611 -400.0 5.0 5.0180.0 0.0 0.0-5.0constant -13.0HSS2015_SWMF_072815_7-GM_CDF.tar


Ionosphere

At 1 au: Vx = 400 km/s, T= 20000 keV, Vy=Vz=0, Bx=By=0, N=5nT, Bz= - 5nT
Normal Earth magnetic moment Dm_Earth, and dipole tilt equal to 11 deg:

Run Number Keyword Model Model Version Vx N |B| IMF Clock Angle Bx By Bz Electric Field Model Dipole Tilt (in X-Z Plane) at start
HSS_CTIPE_070813_IT_1 HSS2013, Earth at 0.3 au CTIPe2.0-400.055.616.7180.0 0.0 0.0-16.7SWMF (HSS2013_SWMF_060913_1)11.0
HSS_CTIPE_070813_IT_2 HSS2013, Earth at 0.6 au S CTIPe2.0-400.013.9 8.3180.0 0.0 0.0-8.3SWMF (HSS2013_SWMF_060913_2)11.0
HSS_CTIPE_070813_IT_3 HSS2013, Earth at 1 au, Tilt=11` CTIPe2.0-400.0 5.0 5.0180.0 0.0 0.0-5.0SWMF (HSS2013_SWMF_060913_3)11.0
HSS_CTIPE_070813_IT_4 HSS2013, Earth at 2 au CTIPe2.0-400.0 1.2 2.5180.0 0.0 0.0-2.5SWMF (HSS2013_SWMF_060913_4)11.0
HSS_CTIPE_070813_IT_5 HSS2013, Earth at 5 au CTIPe2.0-400.0 0.2 1.0180.0 0.0 0.0-1.0SWMF (HSS2013_SWMF_060913_5)11.0

Magnetosphere manual (in PDF format)

Space Weather Explorer Tutorial


Run output in CDF format:

HSS2013_SWMF_060913_1-GM_CDF.tar
HSS2013_SWMF_060913_2-GM_CDF.tar
HSS2013_SWMF_060913_3-GM_CDF.tar
HSS2013_SWMF_060913_3a-GM_CDF.tar
HSS2013_SWMF_060913_3b-GM_CDF.tar
HSS2013_SWMF_060913_4-GM_CDF.tar
HSS2013_SWMF_060913_5-GM_CDF.tar
HSS2013_SWMF_060913_8-GM_CDF.tar
HSS2013_SWMF_060913_8a-GM_CDF.tar
HSS2013_SWMF_060913_8b-GM_CDF.tar
HSS2013_SWMF_060913_8c-GM_CDF.tar

Helmi_Malova_072015_1-GM_CDF.tar
HSS2015_SWMF_072815_1-GM_CDF.tar
HSS2015_SWMF_072815_2-GM_CDF.tar
HSS2015_SWMF_072815_3-GM_CDF.tar
HSS2015_SWMF_072815_4-GM_CDF.tar
HSS2015_SWMF_072815_5-GM_CDF.tar
HSS2015_SWMF_072815_7-GM_CDF.tar