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ISOCS ™

New ISOCS V 4.2 features include:

Two New Templates for More Complex Modeling

  • Complex Pipe Template
    • 9 concentric source/attenuating layers
    • 4 dimensions define each later shape, thickness and location
    • Add “hot spot” as off-axis cylindrical object
    • Can be used to model pipes, drums, tanks or other cylindrically symmetric object
  • Complex Beaker Template
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ISOCS Uncertainty Estimator - A powerful tool to bound calibration errors

  • Computes efficiency and relative uncertainty by energy
  • Iteratively creates and analyzes large numbers of model calculations based upon a “standard” input model
  • Builds upon the successful ISOCS/LabSOCS calibration software
  • Provides potentially lower TMU’s
    • Identify the most sensitive geometrical parameters that contribute to your Total Measurement Uncertainty
  • Perform sensitivity analysis before you measure
    • Focus your efforts on the parameters that will give you the most improvement in your measurement uncertainty
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New Beaker Editor simplifies your process



  • Visual feedback simplifies creation of your own complex beaker forms including absorbers
  • Three new absorbers added around beaker, collimator and detector
  • View ‘new’ beaker contour in 3D

Streamlined Detector Characterization Process reduces time for factory characterization

  • Improved equipment (including CANBERRA Lynx™)
  • New sources
  • Improved tracking and monitoring
  • Updated Mass Attenuation data
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New Low Energy Capabilities

  • Mu-library extended down to photon energies of 10 keV and verified down to 14 keV with NIST traceable sources
  • Expanded Coincidence library based on ENSDF
    • More gamma levels, lower yields, X-ray information included
  • Updated mass attenuation data

Note: For use with low energies, the Low-energy ISOCS characterization is required.


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