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Engineering
Nuclear Engineering
Radiation Detection and Measurement
1. Fundamentals of Radiation Physics
2. Interaction of Radiation with Matter
3. General Properties and Characterization of Detectors
4. Counting Statistics and Data Analysis
5. Gas-Filled Detectors
6. Scintillation Detectors
7. Semiconductor Detectors
8. Nuclear Electronics and Signal Processing
9. Radiation Spectroscopy
10. Neutron Detection and Measurement
11. Health Physics and Dosimetry
Neutron Detection and Measurement
Challenges in Neutron Detection
Neutral Particle Detection
Background Discrimination
Energy Dependence
Directional Information
Thermal Neutron Detection
Nuclear Reactions for Detection
Boron-10 Reactions
Lithium-6 Reactions
Helium-3 Reactions
Uranium-235 Fission
Boron-Based Detectors
Boron Trifluoride Proportional Counters
Boron-Lined Proportional Counters
Boron-Loaded Plastic Scintillators
Lithium-Based Detectors
Lithium-6 Glass Scintillators
Lithium Iodide Scintillators
Helium-3 Proportional Counters
Operating Principles
Gas Pressure Effects
Fission Chambers
Uranium-Coated Chambers
Plutonium-Coated Chambers
Compensated Ion Chambers
Fast Neutron Detection
Proton Recoil Methods
Organic Scintillators
Proportional Counters with Hydrogenous Gas
Threshold Activation Detectors
Activation Foils
Threshold Reactions
Time-of-Flight Methods
Neutron Spectrometry
Bonner Sphere Systems
Moderating Spheres
Energy Response Functions
Unfolding Techniques
Proton Recoil Spectrometers
Time-of-Flight Spectrometry
Flight Path Requirements
Timing Resolution
Activation Foil Methods
Neutron Dosimetry
Dose Equivalent Measurements
Albedo Dosimeters
Track Etch Detectors
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11. Health Physics and Dosimetry