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The International Conference on the Peaceful Uses of Atomic Energy was a series of expert meetings in Geneva, Switzerland, focusing on civilian uses of nuclear energy and developments in nuclear engineering. [1] Four conferences were hosted in total, each with significant contributions from nations with nuclear programs and expertise in the field, e. g. the United States, Soviet Union, Great Britain, India, etc. Large volumes of unclassified information were shared and documented in the United Nations' proceedings.
No. | Date |
---|---|
1. | August 8 to 20, 1955 |
2. | September 1 to 13, 1958 |
3. | August 31 to September 9, 1964 |
4. | September 6 to 16, 1971 |
Before the conference, the Atoms for Peace program set the course for international cooperation and a comprehensive effort to address nuclear issues during the Cold War. Shortly after the first meeting in 1957, the International Atomic Energy Agency (IAEA) was founded with the mission to promote the peaceful use of nuclear energy. Through the Nuclear Non-Proliferation Treaty (NPT) of 1968, the IAEA was also tasked with preventing the diversion of nuclear technology and materials for military purposes.
Large quantities of scientific papers, colloquially known (at the time) as the Geneva Papers, were published in book form for the conferences. The publications are in English, although some translations have also been published. Individual books have been digitized and made available through the UN Archives (see citations and web links).
Vol. | Titel |
---|---|
1 | The World’s Requirements for Energy; The Role of Nuclear Power |
2 | Physics; Research Reactors |
3 | Power Reactors |
4 | Cross Sections important to Reactor Design |
5 | Physics of Reactor Design |
6 | Geology of Uranium and Thorium |
7 | Nuclear Chemistry and the Effects of Irradiation |
8 | Production Technology of the Materials Used for Nuclear Energy |
9 | Reactor Technology and Chemical Processing |
10 | Radioactive Isotopes and Nuclear Radiations in Medicine |
11 | Biological Effects of Radiation |
12 | Radioactive Isotopes and Ionizing Radiations in Agriculture, Physiology and Biochemistry |
13 | Legal, Administrative, Health and Safety Aspects of Large-Scale Use of Nuclear Energy |
14 | General Aspects of the Use of Radioactive Isotopes; Dosimetry |
15 | Applications of Radioactive isotopes and Fission Products in Research and Industry |
16 | Record of the Conference |
17 | Index of the Proceedings |
Vol. | Titel |
---|---|
1 | Progress in Atomic Energy |
2 | Survey of Raw Material Resources |
3 | Processing of Raw Materials |
4 | Production of Nuclear Materials and Isotopes |
5 | Properties of Reactor Materials |
6 | Basic Metallurgy and Fabrication of Fuels |
7 | Reactor Technology |
8 | Nuclear Power Plants, Part 1 |
9 | Nuclear Power Plants, Part 2 |
10 | Research Reactors |
11 | Reactor Safety and Control |
12 | Reactor Physics |
13 | Reactor Physics and Economics |
14 | Nuclear Physics and Instrumentation |
15 | Physics in Nuclear Energy |
16 | Nuclear Data and Reactor Theory |
17 | Processing Irradiated Fuels and Radioactive Materials |
18 | Waste Treatment and Environmental Aspects of Atomic Energy |
19 | The Use of Isotopes: Industrial Use |
20 | Isotopes in Research |
21 | Health and Safety: Dosimetry and Standards |
22 | Biological effects of Radiation |
23 | Experience in Radiological Protection |
24 | Isotopes in Biochemistry and Physiology, Part 1 |
25 | Isotopes in Biochemistry and Physiology, Part 2 |
26 | Isotopes in Medicine |
27 | Isotopes in Agriculture |
28 | Basic Chemistry in Nuclear Energy |
29 | Chemical Effects of Radiation |
30 | Fundamental Physics |
31 | Theoretical and Experimental Aspects of Controlled Nuclear Fusion |
32 | Controlled Fusion Devices |
33 | Index of the Proceedings |
Vol. | Titel |
---|---|
1 | Progress in Atomic Energy |
2 | Reactor Physics |
3 | Reactor Studies and Performance |
4 | Reactor Control |
5 | Nuclear Reactors – I. Gas-cooled and Water-cooled Reactors |
6 | Nuclear Reactors – II. Fast Reactors and Advanced Concepts |
7 | Research and Testing Reactors |
8 | Reactor Engineering and Equipment |
9 | Reactor Materials |
10 | Nuclear Fuels – I. Fabrication and Reprocessing |
11 | Nuclear Fuels – II. Types and Economics |
12 | Nuclear Fuels – Ill. Raw Materials |
13 | Nuclear Safety |
14 | Environmental Aspects of Atomic Energy and Waste Management |
15 | Special Aspects of Nuclear Energy and Isotope Applications |
16 | List of Papers and Indexes |
Vol. | Titel |
---|---|
1 | Opening and closing speeches; special talks; world energy needs and resources, and the role of nuclear energy; national and international organizations; narrative of the exhibits |
2 | Performance of nuclear plants; costing of nuclear plants; fuel management |
3 | Safety aspects of nuclear plants; legal aspects of nuclear energy |
4 | Integration of nuclear plants in electrical networks; integrated planning of nuclear industry; fuel materials technology |
5 | Breeder and advanced converter reactors |
6 | Small and medium power reactors; desalination and agro-industrial complexes; role of research reactors; impact of nuclear energy in developing countries |
7 | Advanced energy concepts; peaceful nuclear explosions; special applications, including ship propulsion; controlled thermonuclear reactions; application of transuranium isotopes |
8 | Uranium and thorium ore resources; fuel fabrication and reprocessing |
9 | Isotope enrichment; fuel cycles; safeguards |
10 | Effects of irradiation on fuels and materials |
11 | Health physics and radiation protection; radioactive waste management; the environment and public acceptance |
12 | Nuclear methods in food production; education and training, and public information |
13 | Medical applications; radiation biology |
14 | Applications of nuclear techniques in industry and natural resources |
15 | Indexes and lists |
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