Chapter 1. Introduction to Radiographic Testing

• Part 1. Nondestructive Testing
• Part 2. Management of Radiographic Testing
• Part 3. History of Radiographic Testing
• Part 4. Units of Measure for Radiographic Testing

Chapter 2. Radiation and Particle Physics

• Part 1. Elementary Particles
• Part 2. Properties of Radioactive Materials
• Part 3. Electromagnetic Radiation

Chapter 3. Electronic Radiation Sources

• Part 1. Physical Principles
• Part 2. Basic Generator Construction
• Part 3. Megavolt Radiography

Chapter 4. Isotope Radiation Sources for Gamma Radiography

• Part 1. Selection of Radiographic Sources
• Part 2. Source Handling Equipment

Chapter 5. Radiation Measurement

• Part 1. Principles of Radiation Measurement
• Part 2. Ionization Chambers and Proportional Counters
• Part 3. Geiger-Müller Counters
• Part 4. Scintillation Detectors
• Part 5. Luminescent Dosimetry
• Part 6. Neutron Detection
• Part 7. Semiconductors
• Part 8. Film Badges

Chapter 6. Radiation Safety

• Part 1. Management of Radiation Safety
• Part 2. Dose Definitions and Exposure Levels
• Part 3. Radiation Protection Measurements
• Part 4. Basic Exposure Control
• Part 5. Shielding
• Part 6. Neutron Radiographic Safety

Chapter 7. Principles of Film Radiography

• Part 1. Film Exposure
• Part 2. Absorption and Scattering
• Part 3. Radiographic Screen
• Part 4. Industrial X-Ray Films
• Part 5. Radiographic Image Quality and Detail Visibility
• Part 6. Film Handling and Storage
• Part 7. Film Digitization

Chapter 8. Radiographic Interpretation

• Part 1. Fundamentals of Radiographic Interpretation
• Part 2. Viewing in Radiographic Testing
• Part 3. Densitometers
• Part 4. Radiographic Interpretation Reporting
• Part 5. Radiographic Artifacts
• Part 6. Discontinuity Indications

Chapter 9. Radiographic Film Development

• Part 1. Radiographic Latent Image
• Part 2. Chemistry of Film Radiography
• Part 3. Darkroom
• Part 4. Processing Technique
• Part 5. Silver Recovery

Chapter 10. Radioscopy

• Part 1. Fundamentals of Radioscopic Imaging
• Part 2. Light Conversion
• Part 3. Image Quality
• Part 4. Imaging Systems
• Part 5. Cameras
• Part 6. Viewing and Recording
• Part 7. System Considerations

Chapter 11. Digital Radiographic Imaging

• Part 1. Overview of Digital Imaging
• Part 2. Principles of Digital X-Ray Detectors
• Part 3. Image Contrast and Signal Statistics
• Part 4. X-Ray Detector Technology

Chapter 12. Computed Tomography

• Part 1. Introduction to Computed Tomography
• Part 2. Laminography
• Part 3. Principles of Computed Tomography
• Part 4. Resolution and Contrast
• Part 5. Computed Tomographic Systems
• Part 6. Applications of Computed Tomography
• Part 7. Reference Standards for Computed Tomography

Chapter 13. Image Data Analysis

• Part 1. Fundamental Properties of Digital Images and Processing Schemes
• Part 2. Image Analysis Techniques and Radiographic Tests
• Part 3. Automated Testing Techniques

Chapter 14. Backscatter Imaging

• Part 1. Physical Principles
• Part 2. Backscatter Imaging Techniques
• Part 3. Reconstruction and Image Processing Techniques
• Part 4. Applications of Backscatter Imaging

Chapter 15. Special Radiographic Techniques

• Part 1. Microfocus Radiographic Testing
• Part 2. Flash Radiography
• Part 3. Reversed Geometry Radiography with Scanning Source
• Part 4. Stereo Radiography
• Part 5. X-Ray Diffraction and X-Ray Fluorescence

Chapter 16. Neutron Radiography

• Part 1. Applications of Neutron Radiography
• Part 2. Static Radiography with Thermal Neutrons
• Part 3. Special Techniques of Neutron Radiography

Chapter 17. Radiographic Testing of Metal Castings

• Part 1. Introduction to Radiographic Testing of Metal Castings
• Part 2. General Radiographic Techniques for Metal Castings
• Part 3. Radiographic Indications for Metal Castings
• Part 4. Radiographic Testing and Process Scheduling
• Part 5. Problems in Radiographic Testing of Metal Castings

Chapter 18. Radiographic Testing of Welds

• Part 1. Introduction to Radiographic Testing of Welds
• Part 2. Weld Design
• Part 3. Discontinuities in Welds
• Part 4. Technique Development
• Part 5. Standards and Specifications for Radiographic Testing of Welds
• Part 6. Radiography of Weld Discontinuities
• Part 7. In-Process Radioscopy of Arc Welding
• Part 8. False Indications in Radiographs of Aluminum Alloy Welds

Chapter 19. Radiographic Testing in Utility, Petroleum and Chemical Industries

• Part 1. Overview
• Part 2. Pipe and Tubing Applications
• Part 3. Vessel and Component Applications
• Part 4. Nuclear Fuel Applications
• Part 5. Other Uses for Radiographic Testing

Chapter 20. Aerospace Applications of Radiographic Testing

• Part 1. Film Radiography of Aviation Components
• Part 2. Radiographic Testing of Space Flight Components
• Part 3. Techniques for Advanced Materials

Chapter 21. Other Applications of Radiographic Testing

• Part 1. Radiation Gaging of Density or Thickness
• Part 2. Radioscopy of Electronics
• Part 3. Radiographic Testing of Consumer Goods
• Part 4. Radiographic Testing in Security Systems
• Part 5. Infrastructure Applications of Radiographic Testing
• Part 6. Radiographic Testing in Conservation of Historic Buildings and Museum Objects

Chapter 22. Attenuation Coefficients

• Part 1. Introduction to Attenuation Coefficients
• Part 2. Attenuation Coefficient Tables

Chapter 23. Radiographic Testing Glossary

Index

Figure Sources

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