Start learning now with a self-led class
Choose your class and start learning today. Classes expire 60 days after registration.
Developing and Maintaining a Nuclide Library with a Pedigree
This session discusses how to develop and maintain a nuclide library with a pedigree. This webinar will be presented as a PowerPoint slideshow covering the following topics:
- What is a pedigree for a nuclide library
- Reference sources that can be used
- Online
- Published materials
- Discussion of the various formats and available information
- Selection of energy lines to be used for identification and quantification
- How to handle energy lines that are too close to separate
- Use of the Nuclide Library Editor
- Introduction to the Nuclide Library Editor
- Nuclide Information
- Energy Lines and Abundance
- Maintaining the pedigree of the library
Related Trainings
iCAM Overview Training session
Mirion Technologies
This session will provide an overview of the iCAM™ Intelligent Alpha/Beta Continuous Air Monitor, and be presented as a PowerPoint slideshow covering the following topics: Description of major components Operating principles Quick setup guidelines Description of alarms Calibration features Overview of the iConfig software
Learn more and register
How to Apply Cascade Corrections in Mirion Software
Mirion Technologies
This 2-hour session discusses cascade (true coincidence) summing effects that can be significant for many gamma spectroscopy measurement applications, and how to properly correct for those effects within the Mirion Genie™ and Apex-Gamma™ analysis software. This webinar will be presented as a PowerPoint slideshow covering the following topics: Description of cascade (true coincidence) summing effects Introduction to Geometry Composer Use of LabSOCS™ geometry templates for sample modeling How to apply cascade corrections within standard Genie software How to apply cascade corrections within Apex-Gamma software
Learn more and register
Principles of Radiation Detection
Mirion Technologies
This 2-day course covers the complete range of radiation detection principles from sources of radioactive materials to advanced radiation detection applications and everything in between. This is a concentrated, concise, fast-paced course that includes basic physics and practical implications for all aspects of radiation measurements. This course is not a hardware or software operations course. The course is entirely in lecture format. Click link below for full course description
Learn more and register