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C1562-03e2 Standard Guide for Evaluation of Materials Used in Extended Service of Interim Spent Nuclear Fuel Dry Storage Systems >
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C1562-03e2 Standard Guide for Evaluation of Materials Used in Extended Service of Interim Spent Nuclear Fuel Dry Storage Systems, 2003
- Scope
- Referenced Documents
- Terminology
- Summary of Guide
- Significance and Use
- Performance Requirements Related to the Design of a DCSS
- The Materials Evaluation Process for Dry Storage License Renewal
- FIG. 1
- TABLE 1
- A1. FACTORS THAT AFFECT MATERIALS PERFORMANCE IN AN ISFSI
- A1.1 Introduction
- A1.2 Temperature
- A1.3 Radiation
- A1.4 Chemical Environment
- A2. POTENTIAL DEGRADATION MECHANISMS AND BEHAVIOR OF SPENT NUCLEAR FUEL CLADDING UNDER NORMAL CONDITIONS
- A2.1 Potential Degradation Mechanisms of Spent Nuclear Fuel Cladding
- A2.2 Driving Forces for Cladding Degradation
- A3. POTENTIAL DEGRADATION MECHANISMS AND BEHAVIOR OF DCSS MATERIALS UNDER NORMAL CONDITIONS
- A3.1 DCSS Materials and Components
- A3.2 DCSS Materials and Components Classification
- TABLE A3.1
- TABLE A3.2
- A3.3 Potential Degradation Mechanisms of DCSS Materials
- TABLE A3.3
- TABLE A3.4
- TABLE A3.5
- TABLE A3.6
- TABLE A3.7
- A4. CONSEQUENCES AND POTENTIAL DEGRADATION MECHANISMS UNDER OFF-NORMAL/ACCIDENT CONDITIONS
- A4.1 Air Ingress
- A4.2 Water Ingress
- A5. DURABILITY AND PROPERTIES OF CONCRETE STRUCTURES AND COMPONENTS
- A5.1 Concrete Structure and Components
- A5.2 Codes and Standards
- A5.3 Aging-Related Effects of Concrete
- A5.4 Aging-Related Degradation Mechanisms of Concrete
- X1. BACKGROUND ON LICENSES, MATERIALS, CRITICALITY
- X1.1 Type of License
- X1.2 Review of SNF and Dry Storage System Component Performance Requirements for License Renewal
- X1.3 Maintaining Sub-Criticality
- X1.4 Supplemental Information on Effects of Temperature
- REFERENCES [Go to Page]
