 Key Topics You'll Learn About - Fundamental Principles of Trans-Uranium Elements
- Fundamental Principles of Fission Products
- Fundamental Principles of Rapid Screening Measurements
- Fundamental Principles of Non- Destructive Assay
- Fundamental Principles of Neutron Activation Analysis
- Fundamental Principles of Alpha Spectrometry
- Fundamental Principles of Gamma Spectrometry
- Fundamental Principles of Neutron Counting
- Fundamental Principles of Portal Counting
- Fundamental Principles of Liquid Scintillation Counting
- Fundamental Principles of Gas Flow Proportional Counting
- Best Methods and Strategies for Separation Chemistry
- Making Reliable & High Quality Measurements in Nuclear Forensic
- Fundamental Principles of Contamination Control
- Fundamental Principles of Reporting of Results
- Fundamental Principles of External Communication
Carlsbad Program Agenda *All courses are taught from 8:30 am to 4:00 pm each day
Day 1:
- Background and History
- Classification of Radionuclides
- Nuclear Interactions & Reactions
- Chart of the Nuclides and Nuclear Concepts
- Statistics, Nuclear Decay Calculations & Detection Limits
- Fundamental Principles of Trans-Uranium Elements
- Fundamental Principles of Fission Products
Day 2:
- Fundamental Principles of Rapid Screening Measurements
- Fundamental Principles of Neutron Counting
- Fundamental Principles of Gamma Spectrometry
- Nuclear Measurement Strategies (Field Measurements)
- Interaction of Radiation with Matter
Day 3:
- Measurement Limitations and Performance Factors
- Propagation of Uncertainties
- Making Reliable & High Quality Measurements in Nuclear Forensics
Day 4:
- Applications & Problem Solving at Nuclear Sites
- Fundamental Principles of Reporting Results
|
