This 2-day course focuses on the Apex-Alpha/Beta™ software setup, database interaction and automated sample processing operations utilizing a combination of lecture and practical examples for instruction. Approximately 50% of the class time will be allocated for hands-on exercises to help reinforce the concepts needed to count and report gross alpha and beta results. The training will cover the architecture of the Apex-Alpha/Beta software, installation, operational setups, calibrations, security, reports, QA, data review, and event logging. Discussions will also include supported modifications to the standard Apex-Alpha/Beta Stimulsoft reports. Click link below for full course description

Mirion’s SU-734 training course provides comprehensive instruction for proper use of the Apex-InVivo™ software package to perform whole body counting and other direct bioassay measurements. Students will be introduced to the basic features and functionality of the Apex-InVivo software, and to the hardware components that are typically integrated with standard Mirion in vivo counting systems. With prior approval from the instructor, the course content can be adjusted to include an extended review of fundamental gamma spectroscopy principles and basic Genie™ software operations (with reduced coverage of advanced Apex-InVivo software features and setup options). Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises. Click link below for full course description

This 2-day course is designed primarily for germanium detector spectroscopy, although many of the topics are also applicable to scintillation detectors. The course emphasizes the use of fundamental principles of physics to explain features found in spectra, and the creation of libraries to aid in the interpretation of spectra. Students should acquire the tools and information they need to: understand “phantom peaks”, optimize gamma nuclide libraries to accurately identify and quantify nuclide activity, reduce the reporting of unidentified peaks, utilize methods for counting “hot” samples, understand “Dead Time” and its implications, and optimize the analysis of spectral data. Students are encouraged to bring examples of their spectral files for examination during the course. Additional topics of special interest may be covered depending upon student interest. Lab exercises with simulators and spectra are employed to demonstrate lecture topics. Analysis algorithms discussed and demonstrated are from the standard Genie™ software. Click link below for full course description