Radiological Control Programs for Special Tritium Compounds

• Radiological Control Programs for Special Tritium Compounds
• Table of Changes
• Foreword
• Table of Contents
• Table of Contents cont'd
• Table of Contents cont'd
• Acronym and Abbreviations
• Acronym and Abbreviations cont'd
• Definitions
• Definitions cont'd
• Introduction
• Special Tritium Compounds cont'd
• Table 1-1 Ratio of DCF for Selected STC to DCF for Selected Radioactive Isotope or Compound
• Prevalence of STCs in the DOE Complex
• Handbook Overview
• Nature of Special Tritium Compounds
• Ease of Uptake
• Sources of STCs
• Hazards Associated with STCs
• Challenges to Radiological Control Programs
• Workplace Monitoring STCs
• Area Monitoring
• Renovable Contamination
• Air Monitoring
• Identification of STCs cont'd
• Individual and Workplace Controls for STC-Contaminated Areas
• Individual Monitoring
• Air Monitoring for STCs
• Radiobioassay
• Insoluble OBT
• OBT Oils cont'd
• Intake and Dose Assessment
• The Systemic Biokinetic Model
• Urinary and Fecal Excretion Functions
• Table 5-1. Compartments of the Respiratory Tract Model
• Table 5-2. Deposition Tractions for Different Compartments of the Respiratory Tract
• Figure 5-4. Two-stage Dissolution of STC Particles in the Respiratory Tract
• The GI Tract Biokinetic Model
• Table 5-3. Organs and Tissues with Explicit ICRP 60 Tissue Weighting Factors
• Table 5-4. Dosimetric source organs for intakes of STC
• Table 5-5. Dosimetric Target Organs.
• Internal Dose Determination
• Air Monitoring cont'd
• Air Monitoring cont'd
• Urinalysis
• Physical Diameter versus AMAD for Particulates
• Dissolution Rate
• Computer Codes
• Self-Absorption Factor (SAF) for ITPs
• Table 5-9. SAFe for Various ITP Materials and Polydisperse (s g = 2.5) Particle Size Distributions (in AMAD)
• Dose Conversion Factors (DCFs) and Air Concentration Value (ACV) for ITPs
• Table 5-13 shows the CEDE DCFs, corrected for SAFe, for various ITPs
• Table 5-14. DCFo (Sv/observed Bq), CEDE, for various ITPs and particle sizes
• Dose Conversion Factors (DCFs) for ITPs cont'd
• Air concentration values (ACV)
• Biokinetic Model for Soluble OBT
• Intake and Dose Assessment for Soluble OBT
• Workplace Controls
• Administrative Systems
• Technical Work Documents
• Radiological Work Permits
• Administrative Control Levels
• Personal Protective Equipment
• Access Control
• Radioactive Material Labeling
• Contaminated Material Control
• Training
• General Employee and Radiological Worker Training
• Work Processes
• Work Processes cont'd
• Documents Referenced in the Handbook
• Documents Referenced in the Handbook cont'd
• Other Useful References cont'd
• Other Useful References cont'd
• Other Useful References cont'd
• Other Useful References cont'd
• Appendix A - Values of Significant Physical, Chemical, Radiological Properties of HT, HT O, STCS
• Derived Air Concentration (DAC) Values
• Dose Conversion Factors (DCFs) for Inhalation of HTO and STCs cont'd
• Appendix B - Insoluble Metal Tritide Benchmark
• Appendix B - Insoluble Metal Tritide Benchmark cont'd
• Appendix B - Insoluble Metal Tritide Benchmark cont'd
• Appendix C -MATHCAD Definitions and Subordinates
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• ICRP 60 Committed Effective Dose in Sv
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• Appendix C -MATHCAD Definitions and Subordinates cont'd
• Specific target-source combinations for the respiratory and GI tract
• Appendix D - Parameters for Dissolution of Insoluble Tritiated Particulate Materials
• Appendix D - Parameters for Dissolution of Insoluble Tritiated Particulate Materials cont'd
• Concluding Material
• Blank page
• Blank Page
• Blank Page

Radiological Control Programs for Special Tritium Compounds

Privacy Statement - Press Release - Copyright Information. - Contact Us