MIPS IOC Related Stuff


Links to Materials Description, Internal Links
MIPS IOC Status/Tracking Tools
  • Web based tool for organizing our IOC Tasks and Analyses
  • In development, but basic functionality is in place
  • Marcia's old IRCAMERA site with IOC stuff
        Includes temperatures vs. time, backgrounds vs. temperature, etc.
  • MIPS People Tracking Tool
  • Travel schedules for MIPSers
  • Form for entering/altering YOUR travel schedule
  • MIPS Apartments in Pasadena
  • How to get to, and into, the apartments
  • More info on the apartments themselves, including computer stuff, pics ...
  • Computer Info for SSC/Pasadena
  • Windows ethernet setup
  • DVD Burning HowTo)
  • DVD Burning SCRIPT at SSC
  • DVD Burning on rincon (UA)
  • Printing at SSC (linux)
  • MIPS FITS Headers as of Jan. 2003
  • 24µm Header    ( old 24µm Header)
  • 70µm Header    ( old 70µm Header)
  • 160µm Header    ( old 160µm Header)
  • CSMM commanding/positioning
  • Notes from Chad Engelbracht
  • CSMM Parameters, Commanding, and Motion
  • MIPS Calibration Standard List
  • MIPS calibration stars and their predicted fluxes
  • Html and ASCII versions
  • MIPS Calbration Factors
  • Numbers from Chad Engelbracht
  • Conversion factors for changing from units out of the DAT to uJy
  • 24 and 70um Aperture Corrections
  • 160um Aperture Corrections
  • IDL programs and model PSFs for computing aperture corrections from John S are available here:
  • (13Mb gzipped tarball, unpacks into directory MIPS_AperCorrJAS.
  • Flattening a Lumpy Sky
  • Models of Flat quality for realistic sky and various zodi and cirrus brightness.
  • Based on MIPS AORs for flats and illumination corrections.
  • Report by Almudean Alonso-Herrero.
  • Old report by J. Stansberry
  • MIPS Backgrounds - predicted levels
  • Signal levels predicted for the 3 MIPS bands
  • Based on COBE data
  • For SSC Canonical Backgrounds
  • For statistically defined backgrounds
  • 160 µm "Dead" Readout Investigation of the impact of a dead readout on the
    160 µm array, and recommendation about what to do
    should readout #3 turn out to be dead after launch.