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This book consist : Part 1. Introduction; Part 2. Fuel and material testing; Part 3. Irradiation facilities for the production of radioisotopes; Part 4. Neutron transmutation doping; Part 5. Medical therapy; Part 6. Beam tubes; Part 7. Secondary neutron sources; part 8. Nuclear safety tests and dedicated facilities; Part 9. Neutron activation analysis; and Part 10. Training and education. (Jml)
This book consist : Introduction; Types of sites, hazards, and contaminant behaviour; Regulatory implications; Implications for worker health and safety; Implications for sampling and analysis; Elements of the remediation process; Technology evaluation and selection; Monitored non-intervention; Blocking of pathways; Removal of the source term; Ex situ treatment; and Summary and conclusions. (Jml)
This book consist : Introduction; Potential impact of partitioning and transmutation on radioactive waste management; Non-proliferation aspects of partitioning and transmutation; Fuel cycles; Partitioning; Transmutation; Additional waste management considerations; Conclusions; and Recommendations to decision makers. (Jml)
This book consist : Introduction; Requirements for waste management records; Responsibilities for records generation, transmittal and retention; Waste management records system; and Summary. (Jml)
This book consist : Introduction; Summary of the achievements of the CRP; Outputs and outcomes of the CRP; Optimization of the plating technology, coolong and irradiation mode of electroplated solid targets, and quality control of solid targets; Results of the work on traget fabrication for 123I and 124I production; Results of the work on target fabrication for 103Pd production; Results of the …
This book consist : Introduction; Review of worldwide nuclear fuel cycle activities; and Country nuclear fuel cycle profiles. (Jml)
This book consist : Introduction; Dispersed radioactive contamination; Factors influencing technology selection; non-intervention; Containment; Removal; and Summary and conclusions. (Jml)
This book consist : Introduction; Application of dose concepts in biological dosimetry; Biophysical background to chromosome damage; Human lymphocytes; Chromosomal structure; Radiation induced chromosomal alterations; Blood sampling; Dicentric analysis; Traslocation analysis; Premature chromosome condensation (PCC) analysis; The mictronucleus (MN) assay; Automatic analysis of chromosomal altern…