1.Radioactivity 2.Radiation interaction with Matter 3.Radiation Doses and hazard Assessment

1.Radioactivity 2.Radiation interaction with Matter 3.Radiation Doses and hazard Assessment

1.Radioactivity 2.Radiation interaction with Matter 3.Radiation Doses and hazard Assessment

1.Neutron Activation Analysis 2.Accelerator Mass Spectrometry 3.Mössbauer Spectroscopy 4.Ion Beam Analysis

1.Introduction 2.Production of Radioisotopes 3.Some Commonly Used Radionuclides 4.Tracer Applications 5.Thickness Gauging 6.Radioisotope Dating 7.Radioisotope Applications in Space Exploration

复旦大学：《核技术概论 Introduction to nuclear technology》PPT课件_chapter 10 Medical Applications of Nuclear Technology

1.The Significance of Nuclear Technology 2.Early Discoveries 3.Basic Facts and Definitions 4.Units SI system, Physical constants, natural unit 5.Nuclear Reactions

1.Introduction 2.Thermonuclear Reactions and Energy Production 3.Fusion in a Hot Medium 4.Progress Towards Fusion Power 5.Stellar Burning

1.History of Weapons Development 2.Nuclear Explosions 3.Uranium and Nuclear Weapons 4.Plutonium and Nuclear Weapons 5.Nuclear Weapons related Issues

1.Nuclear Waste Disposal: Amounts of Waste Categories of Nuclear Waste Wastes from Commercial Reactors Hazard Measures for Nuclear Wastes 2. Storage and Disposal of Nuclear Wastes Stages in Waste Handling Deep Geologic Disposal Alternatives to Deep Geologic Disposal Worldwide Status of Nuclear Waste Disposal Plans