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What Is Nuclear Medicine? | |
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Fundamental Concepts | |
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The Power of Nuclear Medicine | |
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Historical Overview | |
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Current Practice of Nuclear Medicine | |
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The Role of Physics in Nuclear Medicine | |
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Basic Atomic and Nuclear Physics | |
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Quantities and Units | |
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Radiation | |
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Atoms | |
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The Nucleus | |
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Modes of Radioactive Decay | |
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General Concepts | |
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Chemistry and Radioactivity | |
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Decay by [beta superscript -] Emission | |
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Decay by ([beta superscript -], [gamma]) Emission | |
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Isomeric Transition (IT) and Internal Conversion (IC) | |
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Electron Capture (EC) and (EC, [gamma]) Decay | |
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Positron ([beta superscript +]) and ([beta superscript +], [gamma]) Decay | |
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Competitive [beta superscript +] and EC Decay | |
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Decay by [alpha] Emission and by Nuclear, Fission | |
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Decay Modes and the Line of Stability | |
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Sources of Information on Radionuclides | |
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Decay of Radioactivity | |
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Activity | |
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Exponential Decay | |
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Methods for Determining Decay Factors | |
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Image-Frame Decay Corrections | |
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Specific Activity | |
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Decay of a Mixed Radionuclide Sample | |
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Parent-Daughter Decay | |
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Radionuclide and Radiopharmaceutical Production | |
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Reactor-Produced Radionuclides | |
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Accelerator-Produced Radionuclides | |
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Radionuclide Generators | |
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Equations for Radionuclide Production | |
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Radionuclides for Nuclear Medicine | |
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Radiopharmaceutical Preparation | |
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Interaction of Radiation with Matter | |
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Interactions of Charged Particles with Matter | |
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Charged-Particle Ranges | |
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Passage of High-Energy Photons through Matter | |
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Attenuation of Photon Beams | |
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Radiation Detectors | |
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Gas-Filled Detectors | |
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Semiconductor Detectors | |
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Scintillation Detectors | |
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Electronic Instrumentation for Radiation Detection Systems | |
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Preamplifiers | |
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Amplifiers | |
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Pulse-Height Analyzers | |
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Time-to-Amplitude Converters | |
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Digital Counters and Rate Meters | |
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Coincidence Units | |
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High-Voltage Power Supplies | |
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Nuclear Instrument Modules | |
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Cathode Ray Tube | |
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Oscilloscopes | |
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Computer Monitors | |
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Nuclear Counting Statistics | |
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Types of Measurement Error | |
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Nuclear Counting Statistics | |
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Propagation of Errors | |
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Applications of Statistical Analysis | |
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Statistical Tests | |
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Pulse-Height Spectrometry | |
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Basic Principles | |
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Spectrometry with Nal(TI) | |
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Spectrometry with Other Detectors | |
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Problems in Radiation Detection and Measurement | |
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Detection Efficiency | |
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Problems in the Detection and Measurement of [beta] Particles | |
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Dead Time | |
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Quality Assurance for Radiation Measurement Systems | |
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Counting Systems | |
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Nal(TI) Well Counter | |
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Counting with Conventional Nal(TI) Detectors | |
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Liquid Scintillation Counters | |
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Gas-Filled Detectors | |
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Semiconductor Detector Systems | |
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In Vivo Counting Systems | |
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The Gamma Camera: Basic Principles | |
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General Concepts of Radionuclide Imaging | |
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Basic Principles of the Gamma Camera | |
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Types of Gamma Cameras and Their Clinical Uses | |
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The Gamma Camera: Performance Characteristics | |
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Basic Performance Characteristics | |
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Detector Limitations: Nonuniformity and Nonlinearity | |
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Design and Performance Characteristics of Parallel-Hole Collimators | |
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Performance Characteristics of Converging, Diverging, and Pinhole Collimators | |
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Measurements of Gamma Camera Performance | |
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Image Quality in Nuclear Medicine | |
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Basic Methods for Characterizing and Evaluating Image Quality | |
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Spatial Resolution | |
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Contrast | |
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Noise | |
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Observer Performance Studies | |
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Tomographic Reconstruction in Nuclear Medicine | |
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General Concepts, Notation, and Terminology | |
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Backprojection and Fourier-Based Techniques | |
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Image Quality in Fourier Transform and Filtered Backprojection Techniques | |
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Iterative Reconstruction Algorithms | |
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Reconstruction of Fan-Beam and Cone-Beam Data | |
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Single Photon Emission Computed Tomography | |
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SPECT Systems | |
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Practical Implementation of SPECT | |
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Performance Characteristics of SPECT Systems | |
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Clinical Applications of SPECT | |
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Positron Emission Tomography | |
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Annihilation Coincidence Detection | |
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PET Detector and Scanner Designs | |
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Data Acquisition for PET | |
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Data Corrections and Quantitative Aspects of PET | |
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Clinical and Research Applications of PET | |
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Digital Image Processing in Nuclear Medicine | |
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Digital Images | |
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Digital Image-Processing Techniques | |
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Processing Environment | |
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Tracer Kinetic Modeling | |
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Basic Concepts | |
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Tracers and Compartments | |
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Tracer Delivery and Transport | |
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Formulation of a Compartmental Model | |
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Examples of Dynamic Imaging and Tracer Kinetic Models | |
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Summary | |
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Internal Radiation Dosimetry | |
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Radiation Dose and Equivalent Dose: Quantities and Units | |
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Calculation of Radiation Dose (MIRD Method) | |
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Radiation Safety and Health Physics | |
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Quantities and Units | |
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Regulations Pertaining to the Use of Radionuclides | |
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Safe Handling of Radioactive Materials | |
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Disposal of Radioactive Waste | |
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Radiation Monitoring | |
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Unit Conversions | |
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Properties of the Elements | |
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Characteristics of Some Medically Important Radionuclides | |
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Mass Attenuation Coefficients for Water, Sodium lodide, BGO, CZT, and Lead | |
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Effective Dose Equivalent (mSv/MBq) and Radiation Absorbed Dose Estimates (mGy/MBq) to Adult Subjects from Selected Internally Administered Radiopharmaceuticals | |
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The Fourier Transform | |
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The FT: What It Represents | |
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Calculating FTs | |
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Some Properties of FTs | |
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Some Examples of FTs | |
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Convolutions | |
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Index | |