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Quantus

Coming Soon

Quantitative Spectrometry Software

  • Data acquisition control via detector-MCA setups
  • Spectrum analysis through a powerful collection of calculation engines:
    • ROI computations
    • Continuum calculation methods
    • Peak search engines and Peak fitting algorithms
    • Peak qualification methods and automatic ROI location
    • Energy, FWHM and Efficiency calibration methods
    • Activity calculation algorithms
  • Radionuclide identification and quantification:
    • Different quantification methods
    • Complete radionuclide library based on NuDat nuclear database

Overview

Quantus is CAEN high performance software to make Quantitative Spectrometry with Hexagon digital MCA. It is powerful and flexible enough to support an enormous range of sample types and detector geometries, and can analyze any recorded gamma-ray spectrum for radionuclide identification and quantification.

Thanks to its multi-document design, Quantus can manage simultaneous multi-spectrum analyzation as well as multi-detector data acquisition. The advanced Graphical User Interface (GUI) is highly configurable for user needs: it incorporates tools for a wide range of analytical functions such as peak search, continuum subtraction, peak qualification, automatic ROI location, energy calibration with visual interaction, FWHM calibration, efficiency calibration, nuclide identification, and activity calculation; permits visual distinction and marking of ROIs and peaks in the spectrum as well as multiple peak labelling implementation; provides advanced spectrum cursor showing satellite or spectrum artifacts.
Quantus supports high data management and great traceability. All information is saved into XML-formatted files (*.gxml). A spectrum can be imported from other formats like Ortec (*.chn) and Canberra (*.cnf) files, and N42.42 standard as well. The user can customize analysis reports, including fully colored and HTML-formatted tables.

Quantus is a multi-platform software compatible with Windows®, Linux™ and macOS® operating systems.

Functions

  • Data acquisition control via detector-MCA setups
  • Spectrum analysis through a powerful collection of calculation engines:
    • ROI computations
    • Continuum calculation methods
    • Peak search engines and Peak fitting algorithms
    • Peak qualification methods and automatic ROI location
    • Energy, FWHM and Efficiency calibration methods
    • Activity calculation algorithms
  • Radionuclide identification and quantification:
    • Different quantification methods
    • Complete radionuclide library based on NuDat nuclear database
  • Automatic peak search and peak class identification (singlets, multiplets)
  • Advanced ROI management with manual and/or automated settings
  • Import of spectra from other file-formats

Graphical User Interface

  • Visual distinction and marking of ROIs and peaks in the spectrum
  • Multiple peak labelling implementation
  • Advanced Graphical User Interface (GUI) highly configurable for user needs
  • Advanced spectrum cursor showing satellite or spectrum artifacts
  • Multi-document design with full data synchronization

Format Support

  • Great traceability, saving all information into XML-formatted files (*.gxml)
  • Import spectrum from other formats. E.g. Ortec (*.chn) and Canberra (*.cnf) files and N42.42 standard as well
  • Customizable analysis reports, including fully colored and HTML-formatted tables
  • The software is multi-platform and runs seamlessly under MS Windows® or Linux™

Ordering Options

Code Description
WSWGQUANX1AA GQuantus 1ch general purpose Gamma Ray Quantitative Spectrometry software (1ch dongle) 
WSWGQUANX2AA GQuantus 2ch general purpose Gamma Ray Quantitative Spectrometry software (2ch dongle) 

Contacts