LabSOCS™

Calibration Software
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LabSOCS™

Calibration Software
Favorite this Product

Combining the detector characterization produced with the MCNP modeling code, mathematical geometry templates, and a few physical sample parameters, the LabSOCS Calibration Software gives you the ability to produce accurate quantitative gamma assays of most any sample type and size.

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Features

  • Eliminates the cost of purchasing, tracking, and disposing of radioactive standards
  • No radioactive sources needed for accurate efficiency calibrations in the laboratory
  • New: Calibrations valid from 10 keV to 7000 keV
  • New: 3D visualization speeds geometry creation and error identification
  • New: Truly sourceless Cascade Summing Corrections – no need for source-based P/T calibration
  • New: Total efficiency algorithms include build-up corrections
  • New: Beaker Wizard makes building custom beakers faster and easier
  • New: Uncertainty estimator and assay planning tool
  • New: Includes three new templates
  • Operates with Germanium, NaI, and LaBr3 detectors characterized by Mirion
  • Calibrations accurate at any angle from detector, not just on center line
  • Automatic calibration capability
  • Includes library of common commercially available containers
  • Includes library of common absorber materials and tools to create new material types
  • Calibrations may be stored, recalled, and used just like those generated by traditional calibration techniques
  • Compliant with 2009 NRC Regulatory Guide 1.21

Description

The LabSOCS (Laboratory Sourceless Calibration Software) mathematical efficiency calibration software brings a new level of capabilities to gamma sample assay in the laboratory by eliminating the need for radioactive sources for efficiency calibration. By combining the detector characterization produced with the MCNP modeling code, mathematical geometry templates, and a few physical sample parameters, the LabSOCS Calibration Software gives you the ability to produce accurate quantitative gamma assays of most any sample type and size.

In addition to saving money by greatly eliminating the need to purchase, track, and dispose of many calibration sources, LabSOCS Calibration also saves time and labor. This near-instant ability to generate new efficiency calibrations can help the laboratory operator deliver results to the end-user more quickly whenever presented with new or unusual samples to count. Instead of weeks spent in the traditional process of radioactive source procurement, standards preparation, and long calibration counts, a LabSOCS Calibration requires only a few seconds of computer time. Having this tool also allows the user to determine the optimum sample container size and placement for maximum efficiency, which can then reduce the counting time.

Additional Information

Click here to view our LABSOCS! - THE WEBINAR webinar

Resources

Brochures
Nuclear Science Experiments for Teaching Laboratories

From the Learning Center

Videos
How to Perform a LabSOCS Efficiency Calibration
Apex-Gamma Variable Geometry with LabSOCS
How to Change Sample Fill Height in Geometry Composer
How to Apply a LabSOCS Efficiency Calibration to the SAGe Well Detector Spectrum
How to Install a New ISOCS/LabSOCS Characterization File with Genie-2000
How to Install a New ISOCS/LabSOCS Characterization File with Apex
How to Make an Object Transparent in Geometry Composer

Support

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