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