Chapter
Dose Conversion Coefficients for Assessment of Organ and Tissue Doses
Dosimeters Used in Diagnostic Radiology
Calibration Procedures for Diagnostic and Interventional Radiology
Clinical Dosimetry and Typical Dose Levels
Clinical Dosimetry in Diagnostic Radiology
Clinical Dosimetry in Nuclear Medicine
Health Effects and Risk Magnitude
Dose Management for High Dose Procedures
Solid Radioactive Wastes in Nuclear Medicine
Review about the International Regulation
Parameters that May Influence the Estimation of Activity
The Comparison between Exposure Rate Measured by Using Geiger Müller and the Exposure Rate Calculated from Activity by Considering the Source as a Point-Source
The Influence of Point-Source Assumption on Activity Estimation and Storage Time for Solid Waste Generated in Nuclear Medicine
The Calculation of Dosimetry in Small Animals Combining the FDTD Method and Experimental Measures: Application for Three Radiation Systems
2.1. Description of Experimental Radiation Systems
2.1.1. Experimental System I: Standing Wave Cavity
2.1.2. Experimental System II: Traveling Wave Cavity
2.1.3. Experimental System III: Multifrequency System
3.1. Experimental System I: Application in a Subconvulsive Model of Picrotoxin in Rats
3.2. Experimental System II: Application in a Diathermy Model
3.3. Experimental System III: Application in a Male Rat Model
Evolution of the International Law on Wastes Disposal in Geological Environments in BRICS
IAEA’s Technical Committee on Regulatory Provisions and Underground Disposal Systems for Radioactive Waste
The Russian Federation (RF, Russia)
Current Situation of Repositories in the RF
Current Situation of Repositories in India
People’s Republic of China (PRC)
Current Situation of Repositories in PRC
Current Situation of the Repositories in South Africa
Assessments of Local Acceptance of Radioactive Waste Facilities
2. Spatial Issues of Siting RWDFs
2.1. Study 1: “Analysis of Spatial Patterns of the Result of Referendum for Siting a Radioactive Waste Disposal Facility in Gyeongju, Korea”
2.2. Study 2: “The Spatial Politics of Siting a Radioactive Waste Facility in Korea: A Mixed Methods Approach”
3. Local acceptance of RWF
3.1. Study 3: “A Study on the Perception Types and Characteristics on Spent Nuclear Fuel Repository: Focused on Q Methodology”
3.2. Study 4: “An Analysis of the Factors of Local Acceptance for Spent Nuclear Fuel Repository”
Radioactive Wastes and Exposure: Fundamentals, Management Strategies and Environmental Implications
( Waste and Waste Management )
Disclaimer: Any content in publications that violate the sovereignty, the constitution or regulations of the PRC is not accepted or approved by CNPIEC.