Revival: Radiation Dosimetry Instrumentation and Methods (2001)

INTRODUCTION Units and Definitions Absorbed Dose in Terms of Exposure and Stopping Power Linear Energy Transfer Dosimetry Methods Gamma Dosimetry Beta Dosimetry Neutron and Heavy Particles Dosimetry Biological Dosimetry Cavity Theory References THEORETICAL ASPECTS OF RADIATION DOSIMETRY Introduction Electro Beam Dosimetry Low Energy Photons Dosimetry Stoping Power Energy for Ion Pair Production Electron Backscatering Dosimeter Perturbation Dosimeter for Brachytherapy Proton Dosimetry Cavity Theory Elements of Microdisimetry IONIZATION CHAMBER DOSIMETRY Introduction Correction Factors Buildup Cap and Dose Buildup Charge Collection, Ion Recombination and Saturation Detector Wall Effect Chamber Polarity Effect Detector Perturbation Displacement Correction Ionization Chamber Calibration Liquid Ionization Chambers Technical Data for Some Ionization Chambers Portable Ionization Chambers Other Ionization Chambers THERMOLUMINESCENT DOSIMETRY Introduction LiF: Mg, Ti Tl Dosimeter LiF: Mg, Cu, P Dosimeter CaF: TM (TLD300) Dosimeter Theoretical Aspects and Monte Carlo Calculations if TL Dosimetry Miscellaneous TLD Electron Spin Resonance Dosimetry FILM DOSIMETRY Introduction Exa,ples of Photographic Film Dosimetry Radiochromic Film Dosimetry CALORIMETRY Introduction Water Calorimeter Graphite Calorimeter Other Material Calorimeters CHEMICAL DOSIMETRY SOLID STATE DOSIMETERS Diamond Dosimeter MOSFET Radiation Dosimeter P-TYPE Semiconductor Dosimeter Other Solid State Dosimeters GEL DOSIMETRY Introduction and Basic Concepts Application of Ferrous Ions Application of BANG Polymer Ge NEUTRON DOSIMETRY Introduction Kerma Calculation and Measurement Gas-Filled Neutron Dosimeters TLD Neutron Dosimetry Superheated Drop Neutron Dosimeter Solid State Neutron Dosimeter Boner Sphere and Other Portable Neutron Monitors

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• Radiologia
• Oncologia