Radiation Embrittlement and Surveillance of Nuclear Reactor Pressure Vessels: An International Study

Front Cover
ASTM International, 1983 - 220 pages
 

Contents

Introduction
2
NRC Safety Research Priorities for Reactor Vessel Embrittlement Annealing and Surveillance Dosimetry
5
West German Research Programs on Irradiation Effects on Reactor Pressure Vessels
16
A Review of Activities in France
29
Determination of Neutron Damage Parameters for Irradiation Embrittlement
55
Effect of Irradiation on ElasticPlastic Toughness of Pressure Vessel Steels
64
Specific Problems of Reactor Pressure Vessels Related to Irradiation Effects
86
Status of Knowledge of Radiation Embrittlement in U S Reactor Pressure Vessel Steels
100
Survey of Utility Experience with Reactor Vessel Surveillance
133
Thermal Aging Capsule Results from Oconee Nuclear StationUnit 1
146
Assessing SteadyState Neutron Exposure Effects Through Analyses of Reactor Vessel Surveillance Data
155
Selection of Specimen Types for Irradiation Surveillance Programs
166
A Fracture Energy Criterion for Irradiation Research and Surveillance
174
Problems in the Evaluation of Reactor Vessel Surveillance Capsules
186
A Service Laboratorys View of the Status and Direction of Reactor Vessel Surveillance
194
Summary
206

Irradiation Experiments in the Testing Nuclear Power Plant VAK
116
Role of the Active Defect Complex in the Neutron Embrittlement and Thermal Recovery of HighCopper Reactor Pressure Vessel Steels
117

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