International audienceSince there is no authoritative, comprehensive and public historical record of nuclear power plant accidents, we reconstructed a nuclear accident data set from peer-reviewed and other literature. We found that, in a sample of five random years, the worldwide historical frequency of a nuclear major accident, defined as an INES level 7 event, is 14 %. The probability of at least one nuclear accident rated at level ≥4 on the INES scale is 67 %. These numbers are subject to uncertainties because of the fuzziness of the definition of a nuclear accident. © 2014 Springer Science+Business Media New York
Safety of nuclear power plant elements relies on a range of national and international norms in the ...
Although it is physically impossible for any nuclear power plant to explode like an atom bomb, an ac...
At present over 200 nuclear power reactors are operational. The question raised is to what extent po...
International audienceSince there is no authoritative, comprehensive and public historical record of...
International audienceSince there is no authoritative, comprehensive and public historical record of...
The accident at Fukushima Daiichi, Japan, occurred on 11 March 2011. This nuclear disaster, the thir...
International audienceHow to compute the probability of a nuclear accident by using past observation...
International audienceHow to compute the probability of a nuclear accident by using past observation...
We perform a statistical study of risk in nuclear energy systems. This study provides and analyzes a...
A statistical analysis which provides a risk assessment of nuclear safety based on historical data i...
AbstractWe summarize the results of a recent statistical analysis of 216 nuclear energy accidents an...
The paper presents the results of estimates of nuclear-power plant safety based on probabilistic saf...
In this article the author discusses aspects on the safety and reliability of nuclear power worldwid...
AbstractWe summarize the results of a recent statistical analysis of 216 nuclear energy accidents an...
We summarize the results of a recent statistical analysis of 216 nuclear energy accidents and incide...
Safety of nuclear power plant elements relies on a range of national and international norms in the ...
Although it is physically impossible for any nuclear power plant to explode like an atom bomb, an ac...
At present over 200 nuclear power reactors are operational. The question raised is to what extent po...
International audienceSince there is no authoritative, comprehensive and public historical record of...
International audienceSince there is no authoritative, comprehensive and public historical record of...
The accident at Fukushima Daiichi, Japan, occurred on 11 March 2011. This nuclear disaster, the thir...
International audienceHow to compute the probability of a nuclear accident by using past observation...
International audienceHow to compute the probability of a nuclear accident by using past observation...
We perform a statistical study of risk in nuclear energy systems. This study provides and analyzes a...
A statistical analysis which provides a risk assessment of nuclear safety based on historical data i...
AbstractWe summarize the results of a recent statistical analysis of 216 nuclear energy accidents an...
The paper presents the results of estimates of nuclear-power plant safety based on probabilistic saf...
In this article the author discusses aspects on the safety and reliability of nuclear power worldwid...
AbstractWe summarize the results of a recent statistical analysis of 216 nuclear energy accidents an...
We summarize the results of a recent statistical analysis of 216 nuclear energy accidents and incide...
Safety of nuclear power plant elements relies on a range of national and international norms in the ...
Although it is physically impossible for any nuclear power plant to explode like an atom bomb, an ac...
At present over 200 nuclear power reactors are operational. The question raised is to what extent po...