The Dosimetry of Ionizing Radiation

Preface


1. Relationship of Microdosimetric Techniques to Applications in Biological Systems

I. Introduction

II. Qualitative Comparison of Main Approaches to Microdosimetry

IIΙ. Linear Energy Transfer

IV. Proportional Counter Microdosimetry

V. Track Profiles and Track Entities

VI. Track Structure Simulation

VII. Microdosimetry of Intemal Radionuclides

References


2. Neutron Spectroscopy

I. Introduction

II. General Characteristics of Spectrometers

ΙII. Description of Spectrometers

IV. Neutron Spectrum Unfolding Methods

V. Calibration of Spectrometers

VI. Characteristic Neutron Spectra and Their Measurement

VII. Future Prospects

References


3. Ionization Chambers

I. Introduction

II. Basic Principles of Small-Cavity Chambers

III. Charge Collection in an Ionization Chamber

IV. General Design Considerations

V. Special Types of Ionization Chambers

References


4. Advances in Calorimetry for Radiation Dosimetry

I. Introduction

II. Basics

III. Operational Efficiency

IV. NBS Absorbed Dose Graphite Calorimeter

V. A-150 Plastic Calorimeter

VI. Absorbed Dose Water Calorimeter

VII. Polystyrene-Water Calorimeter

VIII. Total Absorption Calorimetry

IX. Trends

References


5. External Beta-Photon Dosimetry for Radiation Protection

I. Introduction

II. Selection of Dosimeters

III. Evaluation of the Occupational Radiation Environment

IV. Types of Dosimeters

V. From Dosimeter to Personnel Dose

VI. Calibration and Standardization

References

Index