Radiation measurement - Detection, Efficiency, Instruments

radiation measurement

Table of Contents

Introduction
Radiation interactions in matter
- Interactions of heavy charged particles
- Interactions of fast electrons
- Interactions of gamma rays and X rays
  - Photoelectric absorption
  - Compton scattering
  - Pair production
  - Role of energy and atomic number
- Interactions of neutrons
  - Slow neutrons
  - Fast neutrons
- Applications of radiation interactions in detectors
Passive detectors
- Photographic emulsions
  - Radiographic films
  - Nuclear emulsions
  - Film badge dosimeters
- Thermoluminescent materials
- Memory phosphors
- Track-etch detectors
- Neutron-activation foils
- Bubble detector
Active detectors
- Modes of operation
  - Current mode
  - Integrating mode
  - Pulse mode
- Counting and spectroscopy systems
  - Counting systems
  - Spectroscopy systems
- Detection efficiency
- Timing characteristics
- Gas-filled detectors
  - Ion chambers
  - Proportional counters
  - Geiger-Müller counters
- Semiconductor detectors
  - Silicon detectors
  - Germanium detectors
- Scintillation and Cherenkov detectors
  - Scintillators
  - Inorganic scintillators
  - Organic scintillators
  - Cherenkov detectors
  - Conversion of light to charge
- Neutron detectors
  - Slow-neutron detectors
  - Fast-neutron detectors

References & Edit History Related Topics

Images

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The intrinsic detection efficiency of any device operated in pulse mode is defined as the probability that a quantum of radiation incident on the detector will produce a recorded pulse. Especially for radiations of low intensity, a high detection efficiency is important to minimize the total time needed to record enough pulses for good statistical accuracy in the measurement. Detection efficiency is further subdivided into two types: total efficiency and peak efficiency. The total efficiency gives the probability that an incident quantum of radiation produces a pulse, regardless of size, from the detector. The peak efficiency is defined as the ...(100 of 17010 words)

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