ORTEC ISOPLUS B32 Software Software User's Manual
The ISOPLUS-B32 Software is a powerful tool for radioactive waste characterization. It was designed for a wide range of applications, including environmental monitoring, nuclear reactor decommissioning, and waste management. The software features a user-friendly interface with many features that help to simplify the analysis process, such as an integrated library of nuclides for peak identification, a variety of background correction algorithms, and a comprehensive reporting system. The ISOPLUS-B32 Software can be used to analyze spectra from a variety of detectors, including HPGe detectors, scintillation detectors, and proportional counters. It supports a wide range of energy and efficiency calibrations, and provides different methods for calculating the minimum detectable activity (MDA).
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Key features
User-friendly interface
Integrated library of nuclides
Variety of background correction algorithms
Comprehensive reporting system
Supports a variety of detectors
Wide range of energy and efficiency calibrations
Different methods for calculating MDA
Frequently asked questions
The ISOPLUS-B32 Software is used to characterize radioactive waste in a wide range of applications, including environmental monitoring, nuclear reactor decommissioning, and waste management.
The ISOPLUS-B32 Software can be used to analyze spectra from a variety of detectors, including HPGe detectors, scintillation detectors, and proportional counters.
The ISOPLUS-B32 Software offers several methods for calculating MDA, including traditional ORTEC, critical level ORTEC, KTA rule, Japan 2 sigma limit, Japan 3 sigma limit, Currie limit, RISO MDA, LLD ORTEC, peak area, Air Monitor - GIMRAD, Regulatory Guide 4.16, Counting Lab - USA, Erkennungsgrenze (Detection Limit) DIN 25 482.5, Nachweisgrenze DIN 25 482.5, EDF - France, and NUREG 0472.