| | NUCLEAR SECURITY: Actions Needed by DOE to Improve Security |
| | 0,23 | | MB | of Weapons-Grade Nuclear Material at its Energy, Science and |
| | 18 | | stron | Environment Sites |
| | 6167 | | ID | United States Government Accountability Office |
| | 2005 | | rok |
| | CONTENTS |
| | PART I. NUCLEAR POWER, FUEL CYCLE AND WASTE MANAGEMENT |
| | 1. THE GLOBAL NUCLEAR POWER PICTURE |
| | 1.1. A national and regional survey 5 |
| | 1.2. The need for public acceptance 9 |
| | 2. ADDRESSING THE CENTRAL ISSUES |
| | 2.1. Economic competitiveness 10 |
| | 2.2. Competitiveness and enhanced safety through advanced modular designs 16 |
| | 2.3. Spent fuel and radioactive waste 22 |
| | 3. SUSTAINABLE ENERGY MANAGEMENT |
| | 3.1. Rising energy and electricity demand 26 |
| | 3.2. The climate change debate 29 |
| | 3.3. Emission reductions and nuclear power 30 |
| | 4. LOOKING TO THE FUTURE |
| | 4.1. A survey of upcoming events 32 |
| | PART II. NUCLEAR APPLICATIONS |
| | 5. BASIC TOOLS FOR NUCLEAR APPLICATIONS |
| | 5.1. Research reactors, accelerators and radioisotopes 42 |
| | 5.2. Nuclear instrumentation 47 |
| | 5.3. Nuclear data 48 |
| | 6. NUCLEAR TECHNIQUES BY FIELD OF APPLICATION |
| | 6.1. Food security and sustainable agriculture 49 |
| | 6.2. Improving human health 55 |
| | 6.3. Managing water resources 61 |
| | 6.4. Protecting the environment 63 |
| | 6.5. Industrial applications 66 |