CiNii 図書 - Radiation safety in nuclear medicine

Radiation Safety in Nuclear Medicine responds to the pressing need for a specially designed textbook for nuclear medicine (NM) students, physicians, and technologists, which details everyday practice of NM, its benefits, and risks. Each chapter is organized in four sections: The Rationale: The reasons(s) for applying safety procedures The Principles: The scientific basis of the safety procedures The Practice: How to implement procedures The Homework: Real-life problems encountered in everyday NM practice in hospitals and clinics

PRINCIPLES OF RADIATION PHYSICS Rationale Matter and Energy Atomic Structure and Radioactivity Particle Interactions Gamma-Ray Interactions Gamma-Ray Interactions with Lead and Water UNITS OF RADIATION EXPOSURE AND DOSE Rationale Basic Concepts Other Concepts Specific Gamma Constant GUIDELINES FOR RADIATION PROTECTION Rationale National and International Agencies Radiation Safety and the Law Types of Radiation Effects Dose Limits Radiation Safety Practice Radiation Hormesis Radiation Warning Signs RADIATION DETECTION AND MEASUREMENT Rationale Fundamentals Detectors Statistics of Counting Making Decisions Minimum Detectable Activity Quality Control of Radiation Counters RADIATION SAFETY IN THE NUCLEAR MEDICINE DEPARTMENT Rationale Design of the NM Department Description of Some Areas The Radiation Safety Program SAFE HANDLING OF RADIOACTIVITY Rationale Principles Radiation Hazards Radionuclide Theory Radioiodine Therapy Thyroid Ablation RADIATION SURVEYS AND WASTE DISPOSAL Rationale Radiation Surveys Survey Instruments Monitoring Accidental Contamination Types of Radioactive Wastes Disposal of Radioactive Wastes Occupational Exposure to Radioactive Material MONITORING OF PERSONNEL EXPOSURES Rationale Monitoring of Occupational Doses Occupational Dose Limits Nonoccupational Areas Monitoring Methods Records of Personnel Dosimetry Reports Reportable Events INTERNAL DOSIMETRY AND BIOASSAYS Rationale Internal Dosimetry Bioassay of Radioactivity Biological Half-Lives INTRODUCTION TO RADIOBIOLOGY Rationale Basic Concepts in Biology The Study of Radiobiology Types of Exposure Theories of Radiation Injury DNA, The Most Sensitive Target Quantitative Radiobiology Survival Curves Tissue Sensitivities Types of Damage Radiation-Injury Modifiers The Acute Radiation Syndrome Late Effects of Radiation Genetic Effects Effects of Prenatal Irradiation Appendices

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Radiation safety in nuclear medicine

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