Start Date (yyyymmdd)     Show Comments and Flags  
End Date (yyyymmdd)

  • no: continuous internal CME-Number
  • date: date when CME was detected
  • time_a: time when CME was detected with STEREO/SECCHI/COR2-A (first time appearance)
  • PA_a: Position Angle of detected CME observed in COR2-A
  • time_b: time when CME was detected with STEREO/SECCHI/COR2-B (first time appearance);
    "n" indicates next day
  • PA_b: roughly Position Angle of detected CME observed in COR2-B
  • clong_a: Carrington Longitude of spacecraft A for time_a
  • clong_b: Carrington Longitude of spacecraft A for time_b
  • hlong_a: Heliographic (HEEQ) longitude of spacecraft A for time_a
  • hlong_B: Heliographic (HEEQ) longitude of spacecraft B for time_b
  • angle_e-a: Seperation Angle between spacecraft A and the sun-earth line
  • angle_b-e: Seperation Angle between spacecraft B and the sun-earth line
  • angle_b-a: Seperation Angle between spacecraft A and B
  • comment: comments for visibility in COR2-A/B based on their clear morphology (judged visually), 4 graduations verygood, good, weak, veryweak
  • flag: flag for additional information:
         # s - Event listed in the SOHO LASCO CME Catalog on http://cdaw.gsfc.nasa.gov/CME_list/
         # j - jet
         # b - CME from backside of the sun?
         # h - Halo-CME
         # pH - Partial Halo
         # 2 - 2 CMEs?
         # 3 - 3 CMEs?
         # d - deformed/distorted leading edge in COR2
         # n - no fit available
         # m - missing data for COR2A and/or COR2B

  • Start Date (yyyymmdd)         CME - Speed Range             Show Comments and Flags  
    End Date (yyyymmdd)                   

  • no: continuous internal CME-Number
  • date: date when CME was detected
  • time_a: time when CME was detected with STEREO/SECCHI/COR2-A (first time appearance)
  • PA_a: Position Angle of detected CME observed in COR2-A
  • time_b: time when CME was detected with STEREO/SECCHI/COR2-B (first time appearance);
    "n" indicates next day
  • PA_b: roughly Position Angle of detected CME observed in COR2-B
  • SOHOdate: CME date from SOHO LASCO Catalog
  • SOHOtime: CME time from SOHO LASCO Catalog
  • SOHO_PA: Central PA of CME from SOHO LASCO Catalog, if SOHO_PA=360 then it's a Halo-CME for SOHO FOV
  • CMEspeed: linear 1st order CME speed (SOHO LASCO CME Catalog)
  • clong_a: Carrington Longitude of spacecraft A for time_a
  • clong_b: Carrington Longitude of spacecraft A for time_b
  • hlong_a: Heliographic (HEEQ) longitude of spacecraft A for time_a
  • hlong_B: Heliographic (HEEQ) longitude of spacecraft B for time_b
  • angle_e-a: Seperation Angle between spacecraft A and the sun-earth line
  • angle_b-e: Seperation Angle between spacecraft B and the sun-earth line
  • angle_b-a: Seperation Angle between spacecraft A and B
  • comment: comments for visibility in COR2-A/B based on their clear morphology (judged visually), 4 graduations verygood, good, weak, veryweak
  • flag: flag for additional information:
         # s - Event listed in the SOHO LASCO CME Catalog on http://cdaw.gsfc.nasa.gov/CME_list/
         # v - SOHO CME velocity.
         # b - CME from backside of the sun?
         # h - Halo-CME
         # pH - Partial Halo
         # 2 - 2 CMEs?
         # d - deformed/distorted leading edge in COR2
         # n - no fit available
         # m - missing data for COR2A and/or COR2B
         # p - pretty CME

  • Start Date (yyyymmdd)     Show Comments/Flags  
    End Date (yyyymmdd)

  • no: CME-Number
  • date_m: date of modeling
  • time_m: time of modeling
  • carlon: Carrington Longitude of GCS Fluxrope
  • lat: Latitude of GCS Fluxrope
  • tilt: tilt angle of GCS Fluxrope
  • height: h_front of GCS Fluxrope
  • Cratio: alpha/kappa of GCS Fluxrope
  • h_angle: half angle alpha of GCS Fluxrope
  • comments:
         # h - (HALO) halo CME
         # d - (DISTORTED) CME exhibits distorted leading edge
         # c - (CLASSICAL) classical typical CME and Fit
         # m - (MISSING) missing fts-files

  • Start Date (yyyymmdd)      Show Comments/Flags  
    End Date (yyyymmdd)

  • # no = CME-Number
  • # date_s = date of SR observation
  • # time_s = time of SR observation
  • # CarRot = Carrington Rotation Number for observation date & time
  • # lon = Carrington Longitude of identified SR
  • # lat = Latitude of identified SR
  • # kind = Kind of SR
  • Comments
         # d - large disagreement between modeled Apex position and position of identified/assumed SR
         # ! - SR clearly identified
         # m - missing EUVI data
         # n - identification NOT possible/successful (but data available)
         # l - da limb-event, gewisse Unsicherheit in Lon-Bestimmung!

  • Start Date (yyyymmdd)      Show Comments/Flags  
    End Date (yyyymmdd)

  • # no = CME-Number
  • # date_s = date of SR observation
  • # time_s = time of SR observation
  • # CarRot = Carrington Rotation Number for observation date & time
  • # lon = Carrington Longitude of identified SR
  • # lat = Latitude of identified SR
  • # kind = Kind of SR
  • Comments
         # d - large disagreement between modeled Apex position and position of identified/assumed SR
         # ! - SR clearly identified
         # m - missing EUVI data
         # n - identification NOT possible/successful (but data available)
         # l - da limb-event, gewisse Unsicherheit in Lon-Bestimmung!