Basic Physics of Digital Radiography/The Contents




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! 1: The Basics
 * Atomic Structure
 * Electron Binding
 * Electromagnetic Radiation
 * Diagnostic X-Rays
 * X-Ray Detection
 * Attenuation of X-Rays
 * Radiography Systems
 * The Fourier Transform
 * References
 * The Fourier Transform
 * References


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! 2: The Source
 * X-Ray Tube
 * X-Ray Energy Spectrum
 * HV Generator
 * Beam Filtration
 * Light Beam Diaphragm
 * Automatic Exposure Control
 * References
 * Automatic Exposure Control
 * References


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! 3: The Patient
 * Interaction Processes
 * Photoelectric Effect
 * Compton Effect
 * Coherent Scatter
 * Radiation Biology
 * Biomolecular Damage
 * Tissue Damage
 * Health Risks
 * Tissue Attenuation
 * Soft Tissue
 * Bone
 * K-Edge Effect
 * X-Ray Shadows
 * Imaging Geometry
 * Image Distortion
 * Subject Contrast
 * Scattered Radiation
 * Radiation Dose
 * Effective Dose
 * Epidemiology Studies
 * Radiation Protection
 * Justification
 * Optimization
 * Dose Limits
 * Dose Reduction
 * References
 * Dose Reduction
 * References


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! 4: The Image Receptor
 * Computed Radiography
 * Laser Readout
 * Imaging Plate
 * Digital Radiography
 * Indirect Receptors
 * Direct Receptors
 * XII-Video Systems
 * X-Ray Image Intensifier
 * Video Camera
 * Automatic Brightness Control
 * Radiation Dose Management
 * Skin Injury
 * Staff Dose
 * Patient Dose
 * References
 * Patient Dose
 * References


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! 5: The Computer
 * Binary Representation
 * General-Purpose Computer
 * Digital Image Processor
 * Digital Images
 * Image Sampling
 * Image Quantisation
 * Digital Image Processing
 * Contrast Enhancement
 * Histogram Processing
 * Spatial Frequency Processing
 * Spatial Domain Processing
 * Unsharp Masking
 * Image Storage & Distribution
 * References
 * Image Storage & Distribution
 * References


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! 6: The Image
 * Image Display
 * Image Contrast
 * Spatial Resolution
 * Image Noise
 * Detective Quantum Efficiency (DQE)
 * Temporal Resolution
 * Image Quality Assessment
 * References
 * Image Quality Assessment
 * References


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! 7: The Applications
 * General Radiography
 * Digital Subtraction Angiography
 * Basic DSA Physics
 * DSA Image Noise
 * DSA Instrumentation
 * DSA Image Processor
 * Cone-Beam Computed Tomography
 * Image Reconstruction Basics
 * C-Arm CT
 * Dual-Energy Radiography
 * Basic Dual-Energy Physics
 * Dual-Energy Imaging
 * DEXA Instrumentation
 * Image Superimposition
 * Image Registration
 * Image Fusion
 * References
 * Image Fusion
 * References


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! 8: The Quiz
 * X-ray Production & Interactions with Matter
 * Radiation Biology & Dosimetry
 * Technology of Radiographic Imaging
 * Radiation Biology & Dosimetry
 * Technology of Radiographic Imaging


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