Course Description
This 8 hour specialized course provides participants with a comprehensive understanding of gamma spectrometry, including radiation detection principles, system calibration, and data interpretation. Through interactive instruction, students will learn to analyze gamma-ray spectra, evaluate system performance, and apply quality control measures in accordance with Regulatory Guide 4.15.
Key Learning Objectives
- Understand the origin of gamma rays and their interaction with detectors
- Identify the energy detection limits of HPGe and REGe detectors
- Describe the components of a gamma spectrometry system and their functions
- Perform energy and efficiency calibration procedures
- Analyze the impact of calibration and sample geometry on analytical results
- Interpret gamma spectrometry software reports and system QC trends
- Use Full-Width-Half-Maximum (FWHM) to assess peak validity and system performance
- Apply techniques to eliminate interference from short-lived radionuclides
- Calculate escape peaks and sum peaks within a 1 keV margin
- Utilize half-life data for radionuclide identification
Format: Webinar and On-Site