Urban Transportation of Irradiated Fuel |
Contents
Issues and NonIssues | 21 |
Some Simplifications for Decisionmaking | 49 |
The European Community Context | 70 |
The Regulatory Framework in the UK | 85 |
Nuclear Fuel Transport in France | 103 |
Safety Problems and Government Regulations in the US | 111 |
New York City A Case Study in Defence of Radiological | 140 |
Risk Assessment | 154 |
Radiological Protection in Transport | 188 |
Design and Safety of Flasks | 201 |
Fire Tests and their Relevance | 225 |
Public Perceptions of Risk | 246 |
The Psychology of Nuclear Anxiety | 260 |
The Security Aspect | 278 |
A Trades Union Viewpoint | 299 |
| 327 | |
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Common terms and phrases
accident conditions Agency assessment Atomic Energy behaviour British Rail caesium cask CEGB cent Commission concern containing costs countries damage Department of Transport dose economic effects electricity emergency environment environmental evacuation experience exposure factors federal fire tests fuel cycle fuel flasks Government hazard health and safety heat IAEA IAEA Regulations impact incident industry involved irradiated fuel transport issue London Lord Flowers Magnox nuclear energy nuclear flask nuclear fuel nuclear fuel cycle nuclear plant nuclear power stations Nuclear Regulatory Commission nuclear waste operation package plutonium population potential problems programme public inquiry quantities radiation radioactive materials radioactive waste radiological consequences radionuclides reactor regulatory release fractions reprocessing response risk routes sabotage Sandia scale Sellafield Sizewell specific spent fuel standards storage technical terrorists tion transport accident transport of irradiated transport of radioactive uranium urban Windscale