Useful Links
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
  1. Engineering
  2. 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
  1. General Properties and Characterization of Detectors
    1. Modes of Detector Operation
      1. Pulse Mode
        1. Individual Event Detection
          1. Pulse Height Analysis
            1. Timing Information
            2. Current Mode
              1. Average Current Measurement
                1. High Count Rate Applications
                2. Mean-Square-Voltage Mode
                  1. Campbell's Theorem
                    1. Fluctuation Analysis
                      1. Variance Measurements
                    2. Detector Performance Metrics
                      1. Energy Resolution
                        1. Full Width at Half Maximum
                          1. Factors Affecting Resolution
                            1. Statistical Fluctuations
                              1. Electronic Noise
                                1. Incomplete Charge Collection
                              2. Detection Efficiency
                                1. Absolute Efficiency
                                  1. Intrinsic Efficiency
                                    1. Geometric Efficiency
                                      1. Peak Efficiency
                                      2. Dead Time
                                        1. Paralyzable Detector Models
                                          1. Non-paralyzable Detector Models
                                            1. Effects on Counting Rate
                                              1. Dead Time Correction Methods
                                              2. Linearity
                                                1. Response Linearity
                                                  1. Dynamic Range
                                                  2. Sensitivity
                                                    1. Minimum Detectable Signal
                                                      1. Signal-to-Noise Ratio
                                                      2. Stability
                                                        1. Long-term Stability
                                                          1. Temperature Effects
                                                          2. Background Response
                                                            1. Intrinsic Background
                                                              1. Environmental Background

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                                                          4. Counting Statistics and Data Analysis

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