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Run Status: Run Complete
Status updated: 2024-03-18T19:50:43+00:00

Run Metadata
Metadata as JSON:View Full Run Metadata as JSON
 
Model Domain:IT
Model Name:NAIRAS
Model Version:3.0
Keywords:GPS_LV_test
 
Run type:event
Start Date:2022-04-09 00:20:22
End Date:2022-04-09 03:07:22
 
Selected Products:Dosimetric quantities at each trajectory point,
Time-integrated dosimetric quantities,
GCR integral LET flux,
GCR integral LET fluence,
Trapped integral proton flux,
Trapped integral proton fluence,
SEP integral proton flux,
SEP integral proton fluence,
GCR differential LET flux,
GCR differential LET fluence,
Trapped differential proton flux,
Trapped differential proton fluence,
SEP differential proton flux,
SEP differential proton fluence
 
Duration of the run:167 minutes
B Field Model:Best Available
Shielding depths (Dosimetric):0 (mils)
Shielding depths (Flux and Fluence):0, 100, 400, 500, 1000, 2000, 3000 (mils)
LET Lower Bounds:1,8 (MeV-cm^2/mg)
Trapped integral proton energy channels:45.0, 70.0, 75.0, 83.0, 86.0, 90.0, 93.0, 96.0, 100.0, 104.0, 110.0, 115.0, 124.0, 128.0, 132.0, 135.0, 140.0, 146.0, 149.0, 154.0, 162.0, 168.0, 172.0, 178.0, 182.0 (MeV)
SEP integral proton energy channels:10,30,50,100,200 (MeV)
 
Output Data
Quick Look Graphics (?)
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  • 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.
  • NOTE: We have limited the number of displayed images due to a large number of quick look graphics in the run. Please click the 'All Images' link to see all of the available graphics.
GCR_trajpts_dosedata
GCR_trajpts_dosedata
GCR_trajtot_dffludata_aluminum
GCR_trajtot_dffludata_aluminum
GCR_trajtot_itfludata_aluminum
GCR_trajtot_itfludata_aluminum
SEP_trajpts_dosedata
SEP_trajpts_dosedata
SEP_trajtot_dffletdata_aluminum
SEP_trajtot_dffletdata_aluminum
SEP_trajtot_dffludata_aluminum
SEP_trajtot_dffludata_aluminum
SEP_trajtot_itfludata_aluminum
SEP_trajtot_itfludata_aluminum
SEP_trajtot_itletdata_aluminum
SEP_trajtot_itletdata_aluminum
SEPfitting_202241000_SEPFit_Intg2_Spec_0
SEPfitting_202241000_SEPFit_Intg2_Spec_0
SEPfitting_202241000_SEPFit_Intg2_Spec_1
SEPfitting_202241000_SEPFit_Intg2_Spec_1
SEPfitting_202241000_SEPFit_Intg2_Spec_2
SEPfitting_202241000_SEPFit_Intg2_Spec_2
SEPfitting_202241000_SEPFit_Intg2_Spec_3
SEPfitting_202241000_SEPFit_Intg2_Spec_3
SEPfitting_2022410011_SEPFit_Intg2_Spec_0
SEPfitting_2022410011_SEPFit_Intg2_Spec_0
SEPfitting_2022410011_SEPFit_Intg2_Spec_1
SEPfitting_2022410011_SEPFit_Intg2_Spec_1
SEPfitting_2022410011_SEPFit_Intg2_Spec_2
SEPfitting_2022410011_SEPFit_Intg2_Spec_2
SEPfitting_2022410011_SEPFit_Intg2_Spec_3
SEPfitting_2022410011_SEPFit_Intg2_Spec_3
SEPfitting_2022410011_SEPFit_Intg2_Spec_4
SEPfitting_2022410011_SEPFit_Intg2_Spec_4
SEPfitting_2022410011_SEPFit_Intg2_Spec_5
SEPfitting_2022410011_SEPFit_Intg2_Spec_5
SEPfitting_2022410017_SEPFit_Intg2_Spec_0
SEPfitting_2022410017_SEPFit_Intg2_Spec_0
SEPfitting_2022410017_SEPFit_Intg2_Spec_1
SEPfitting_2022410017_SEPFit_Intg2_Spec_1
SEPfitting_2022410017_SEPFit_Intg2_Spec_2
SEPfitting_2022410017_SEPFit_Intg2_Spec_2
SEPfitting_2022410017_SEPFit_Intg2_Spec_3
SEPfitting_2022410017_SEPFit_Intg2_Spec_3
SEPfitting_2022410017_SEPFit_Intg2_Spec_4
SEPfitting_2022410017_SEPFit_Intg2_Spec_4
SEPfitting_2022410023_SEPFit_Intg2_Spec_0
SEPfitting_2022410023_SEPFit_Intg2_Spec_0
SEPfitting_2022410023_SEPFit_Intg2_Spec_1
SEPfitting_2022410023_SEPFit_Intg2_Spec_1
SEPfitting_2022410023_SEPFit_Intg2_Spec_2
SEPfitting_2022410023_SEPFit_Intg2_Spec_2
SEPfitting_2022410023_SEPFit_Intg2_Spec_3
SEPfitting_2022410023_SEPFit_Intg2_Spec_3
SEPfitting_2022410023_SEPFit_Intg2_Spec_4
SEPfitting_2022410023_SEPFit_Intg2_Spec_4
SEPfitting_2022410023_SEPFit_Intg2_Spec_5
SEPfitting_2022410023_SEPFit_Intg2_Spec_5
SEPfitting_2022410029_SEPFit_Intg2_Spec_0
SEPfitting_2022410029_SEPFit_Intg2_Spec_0
SEPfitting_2022410029_SEPFit_Intg2_Spec_1
SEPfitting_2022410029_SEPFit_Intg2_Spec_1
SEPfitting_2022410029_SEPFit_Intg2_Spec_2
SEPfitting_2022410029_SEPFit_Intg2_Spec_2
SEPfitting_2022410029_SEPFit_Intg2_Spec_3
SEPfitting_2022410029_SEPFit_Intg2_Spec_3
SEPfitting_2022410029_SEPFit_Intg2_Spec_4
SEPfitting_2022410029_SEPFit_Intg2_Spec_4
SEPfitting_2022410035_SEPFit_Intg2_Spec_0
SEPfitting_2022410035_SEPFit_Intg2_Spec_0
SEPfitting_2022410035_SEPFit_Intg2_Spec_1
SEPfitting_2022410035_SEPFit_Intg2_Spec_1
SEPfitting_2022410035_SEPFit_Intg2_Spec_2
SEPfitting_2022410035_SEPFit_Intg2_Spec_2
SEPfitting_2022410035_SEPFit_Intg2_Spec_3
SEPfitting_2022410035_SEPFit_Intg2_Spec_3
SEPfitting_2022410035_SEPFit_Intg2_Spec_4
SEPfitting_2022410035_SEPFit_Intg2_Spec_4
SEPfitting_2022410035_SEPFit_Intg2_Spec_5
SEPfitting_2022410035_SEPFit_Intg2_Spec_5
SEPfitting_2022410041_SEPFit_Intg2_Spec_0
SEPfitting_2022410041_SEPFit_Intg2_Spec_0
SEPfitting_2022410041_SEPFit_Intg2_Spec_1
SEPfitting_2022410041_SEPFit_Intg2_Spec_1
SEPfitting_2022410041_SEPFit_Intg2_Spec_2
SEPfitting_2022410041_SEPFit_Intg2_Spec_2
SEPfitting_2022410041_SEPFit_Intg2_Spec_3
SEPfitting_2022410041_SEPFit_Intg2_Spec_3
SEPfitting_2022410041_SEPFit_Intg2_Spec_4
SEPfitting_2022410041_SEPFit_Intg2_Spec_4
SEPfitting_2022410047_SEPFit_Intg2_Spec_0
SEPfitting_2022410047_SEPFit_Intg2_Spec_0
SEPfitting_2022410047_SEPFit_Intg2_Spec_1
SEPfitting_2022410047_SEPFit_Intg2_Spec_1
SEPfitting_2022410047_SEPFit_Intg2_Spec_2
SEPfitting_2022410047_SEPFit_Intg2_Spec_2
SEPfitting_2022410047_SEPFit_Intg2_Spec_3
SEPfitting_2022410047_SEPFit_Intg2_Spec_3
SEPfitting_2022410047_SEPFit_Intg2_Spec_4
SEPfitting_2022410047_SEPFit_Intg2_Spec_4
  • NOTE: We have limited the number of displayed images due to a large number of quick look graphics in the run. Please click the 'All Images' link to see all of the grphics available for the run.
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