Facts and Figures

 Country Profiles

• Countries A-F
• Argentina
• Armenia
• Australia
• Bangladesh
• Belarus
• Belgium
• Brazil
• Bulgaria
• Canada: Nuclear Power
• Canada: Uranium
• China: Nuclear Power
• China: Nuclear Fuel Cycle
• Czech Republic
• Denmark
• Egypt
• Finland
• France

• Countries G-N
• Germany
• Hungary
• India
• Indonesia
• Iran
• Italy
• Japan: Nuclear Power
• Japan: Nuclear Fuel Cycle
• Jordan
• Kazakhstan
• Kyrgyzstan
• Lithuania
• Mexico
• Mongolia
• Namibia
• Netherlands
• New Zealand
• Niger

• Countries O-S
• Pakistan
• Philippines
• Poland
• Romania
• Russia: Nuclear Power
• Russia: Nuclear Fuel Cycle
• Saudi Arabia
• Slovakia
• Slovenia
• South Africa
• South Korea
• Spain
• Sweden
• Switzerland

• Countries T-Z
• Tajikistan
• Turkey
• Ukraine
• Ukraine: Russia-Ukraine War and Nuclear Energy
• United Arab Emirates
• United Kingdom
• USA: Nuclear Power
• USA: Nuclear Fuel Cycle
• USA: Nuclear Power Policy
• USA: Uranium Mining and Exploration
• Uzbekistan
• Vietnam

• Others
• Asia's Nuclear Energy Growth
• California's Electricity
• Emerging Nuclear Energy Countries
• European Union
• Nuclear Power in Taiwan
• Uranium in Africa

 Safety and Security

• Safety of Plants
• Safety of Nuclear Power Reactors
• Chernobyl Accident
• Fukushima Daiichi Accident
• Liability for Nuclear Damage
• Nuclear Power Plants and Earthquakes
• Three Mile Island accident
• Tokaimura Criticality Accident

• Radiation and Health
• Radiation and Health Effects
• Occupational Safety in Uranium Mining
• Naturally-Occurring Radioactive Materials NORM

• Non-Proliferation
• Safeguards to Prevent Nuclear Proliferation
• Hiroshima, Nagasaki, and Subsequent Weapons Testing

• Security
• Security of Nuclear Facilities and Material

 Non-power Nuclear Applications

• Overview
• The Many Uses of Nuclear Technology

• Radioisotopes & Research
• Radioisotopes in Consumer Products
• Radioisotopes in Food & Agriculture
• Radioisotopes in Industry
• Radioisotopes in Medicine
• Radioisotopes in Water Resources & the Environment
• Research Reactors

• Industry
• Desalination
• Nuclear Process Heat for Industry
• Peaceful Nuclear Explosions

• Transport
• Nuclear Reactors for Space
• Nuclear-Powered Ships

 Nuclear Fuel Cycle

• Introduction
• Nuclear Fuel Cycle Overview
• What is Uranium? How Does it Work?
• Physics of Nuclear Energy

• Uranium Resources
• Uranium Markets
• Supply of Uranium
• Geology of Uranium Deposits
• Military Warheads as a Source of Nuclear Fuel
• Uranium and Depleted Uranium
• Uranium from Phosphates
• Uranium From Rare Earths Deposits
• The Cosmic Origins of Uranium

• Mining of Uranium
• World Uranium Mining Production
• Uranium Mining Overview
• In Situ Leach Mining of Uranium
• Environmental Aspects of Uranium Mining

• Conversion Enrichment and Fabrication
• Conversion and Deconversion
• Uranium Enrichment
• Fuel Fabrication

• Nuclear Power Reactors
• Nuclear Power Reactors
• Advanced Nuclear Power Reactors
• Small Nuclear Power Reactors
• Generation IV Nuclear Reactors
• Heavy Manufacturing of Power Plants

• Fuel Recycling
• Processing of Used Nuclear Fuel
• Mixed Oxide Fuel MOX
• Plutonium

• Nuclear Waste
• Radioactive Waste Management
• Treatment and Conditioning of Nuclear Waste
• Storage and Disposal of Radioactive Waste
• International Nuclear Waste Disposal Concepts
• Radioactive Waste – Myths and Realities
• Decommissioning Nuclear Facilities

• Transport
• Transport of Radioactive Material
• Japanese Waste and MOX Shipments From Europe

 Energy and the Environment

 Current and Future Generation

 Economic Aspects