The Hubble Space Telescope
Unlocking the Secrets of the Universe
Daily Report #5662
Period Covered:
07:00 pm January 13, 2012 - 06:59 pm January 14, 2012
(DOY 014/0000z - 014/2359z)
Flight Operations Summary
This report was generated by the HST Automated Report System @2012-01-15 17:02:00 GMT
Significant Spacecraft Anomalies: (The following are preliminary reports
of potential non-nominal performance that will be investigated.)
HSTARs:
none
COMPLETED OPS REQUEST:
none
COMPLETED OPS NOTES:
none
FGS ACQ STATUS:
		    SCHEDULED       SUCCESSFUL
FGS GSAcq		8		8
FGS REAcq		8		8
OBAD with Maneuver	3		3
SIGNIFICANT EVENTS:
none
  
    
      | Program | 
      Principal Investigator | 
      Program Title | 
    
    
      | Science Observations Scheduled | 
    
    
      | 12328 | 
      Pieter van Dokkum, Yale University | 
      3D-HST: A Spectroscopic Galaxy Evolution Treasury Part 2 | 
    
    
      | 12461 | 
      Adam Riess, The Johns Hopkins University | 
      Supernova Follow-up for MCT | 
    
    
      | 12549 | 
      Thomas Brown, Space Telescope Science Institute | 
      The Formation History of the Ultra-Faint Dwarf Galaxies | 
    
    
      | 12563 | 
      Trent Dupuy, Smithsonian Institution Astrophysical Observatory | 
      Very Low-Mass Pleiades Binaries | 
    
    
      | Calibration Observations Scheduled | 
    
    
      | 12688 | 
      Tiffany Borders, Space Telescope Science Institute | 
      Cycle 17: UVIS Bowtie Monitor | 
    
    
      | 12689 | 
      Tiffany Borders, Space Telescope Science Institute | 
      WFC3 UVIS CCD Daily Monitor | 
    
    
      | 12741 | 
      Justin Ely, Space Telescope Science Institute | 
      CCD Dark Monitor Part 1 | 
    
    
      | 12743 | 
      Justin Ely, Space Telescope Science Institute | 
      CCD Bias and Read Noise Monitor Part 1 | 
    
    
      | 12776 | 
      Colin Cox, Space Telescope Science Institute | 
      MAMA Dark Monitor | 
    
    
      | 12784 | 
      Elena Sabbi, Space Telescope Science Institute | 
      Characterization of UVIS Traps Via Charge-Injected Biases |