This book consist : Chapter 1. Characteristics of positive ion accelerators; Chapter 2. Radiation environment of positive ion accelerators; Chapter 3. Radiation measurements at accelerators; Chapter 4. Radiation shielding; Chapter 5. Accelerator radiation safety programme; Chapter 6. Radiological environmental impact of accelerators; and Chapter 7. Sources of information and bibliography on acc…
This book consist : Introduction; Type and compositions of products; Physical state of the products and thermal effects; Physical and mechanical properties; Release of activity; and Effects of radiation. (Jml)
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This book consist : Introduction; Uses and characteristics of electron linear accelerators; Radiations at electron linear accelerator installations; Radiation shielding; Typical installations; Radiation monitoring and interpretation of measurements; Requirements for an effective safety programme; and General bibliography. (Jml)
This book consist : Introduction; Radiation quantities and Units; Equipment; Radiation quality specification and determination; Measurement chain; Formalism; Determination of absorbed dose to water; Details on correction factors; The uncertainty in absorbed dose determination at the reference point; and Evaluation of performance. (Jml)
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Proceedings contains material Non-destructive measurement (Session 6); Statistics in IAEA safeguards (Session 7); Safeguards for reprocessing facilities (Session 8); and Safeguards for enrichment facilities (Session 9). (Jml)
Proceedings contains material An assessment of existing safeguards (Session 1); Aproaches to safeguards (Session 2); State and facility material control systems (Session 3); Destructive analytical measurements (Session 4); Containment and surveillance in IAEA safeguards (Session 5); Isotope correlation techniques (Session 10); and Near-real-time material accountancy (Session 11). (Jml)