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Gamma Spectroscopy Software

HA-Spectrum is a professional gamma spectroscopy software suite integrating spectrum acquisition, data analysis, nuclide identification, dose rate calculation, and hardware control. It supports simultaneous multi-spectrum acquisition and allows for the re-analysis of archived spectral data. The software is designed for broad compatibility with third-party MCAs.
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Product Overview

HA-Spectrum is a professional gamma spectroscopy software suite integrating spectrum acquisition, data analysis, nuclide identification, dose rate calculation, and hardware control. It supports simultaneous multi-spectrum acquisition​ and allows for the re-analysis of archived spectral data. The software is designed for broad compatibility with third-party MCAs.

 

Features

  • Native Chinese Interface:​ Offers a full Chinese operating interface and user manual, seamlessly integrating spectrum control, acquisition, analysis, and reporting functions.
  • Multi-Detector Monitoring:​ Concurrently monitors up to 8 detectors or archived spectra, displaying real-time nuclide-specific dose rates and activity values.
  • Real-Time Spectrum Updating:​ Provides live spectrum refresh with a full-spectrum zoom capability.
  • Customizable Nuclide Library:​ Includes a built-in, editable nuclide library preloaded with over 200 radionuclides.
  • Decay Correction:​ Performs decay correction for artificial radionuclide samples to accurately calculate activity at any specified reference time.
  • Advanced Spectral Processing:​ Executes real-time analysis including peak search, peak area integration, nuclide identification, and activity quantification. Effectively resolves low-intensity peaks and overlapping multiplets.
  • High-Sensitivity Identification:​ Utilizes a proprietary patented algorithm for characteristic peak matching, ensuring rapid and highly sensitive nuclide identification.
  • Peak Fitting & Deconvolution:​ Features robust multiplet deconvolution for the accurate separation of overlapping peaks and superior fitting performance for distorted peak shapes.