Handbook of Prompt Gamma Activation Analysis

1. Principles of the PGAA method.- 1. Introduction.- 2. Fundamentals of Prompt Gamma Activation Analysis.- 3. Characteristics of PGAA.- References.- 2. Beams and Facilities.- 1. Basic parts of the PGAA system.- 2. Neutron flux mapping and monitoring.- 3. Additional shielding and background issues.- 4. Facilities.- References.- 3. Samples and Standards.- 1 Sample considerations.- 2 Standards and blanks.- References.- 4. Gamma-Ray Spectrometry.- 1. Introduction.- 2. Basic instrumentation.- 3. Calibration procedures.- 4. Optimization of detection.- 5. More sophisticated detection systems.- 6. Spectrum evaluation.- References.- 5. Quantitative Analysis.- 1. Introduction.- 2. Elemental identification.- 3. Standardization.- 4. Sources of error.- 5. Utilization of short-lived decay gamma rays.- References.- 6. Applications of PGAA with Neutron Beams.- 1. Introduction.- 2. Applications in Chemistry.- 3. Industry-Related Applications and Materials Science.- 4. Geology, Geochemistry, and Cosmochemistry.- 5. Art and Archaeology.- 6. Food and Agriculture.- 7. Environmental Studies.- 8. Biology.- 9. Medicine.- References.- 7. Prompt Gamma-Ray Spectrum Catalog.- 1. Introduction.- 2. Evaluation of prompt gamma-ray data.- 3. Spectra and tables for elements.- References.- 3.4 Spectra and tables for each element.- Appendices Reference Data.- 1. Fundamental constants.- 2. Properties of chemical elements.- 3. Isotopic data.- 4. Radioactive nuclides.- 5. X-ray energies and intensities.- 6. Energy and intensity standards.- 7. Thermal neutron capture data.- 9. Neutron capture cross section of elements.