International audienceAWE (UK), IRSN (France), LLNL (USA) and ORNL (USA) began a long term collaboration effort in 2015 to update the nuclear criticality Slide Rule for the emergency response to a nuclear criticality accident. This document, published almost 20 years ago, gives order of magnitude estimates of key parameters, such as number of fissions and doses (neutron and gamma), useful for emergency response teams and public authorities. This paper will present, firstly the motivation and the long term objectives for this update, then the overview of the initial configurations for updated calculations and preliminary results obtained with modern 3D codes
This Forecast is generated by the Chair of the Experiment Needs Identification Workgroup (ENIWG), wi...
The need for more energy in a worldwide scope, as well as the necessity to reduce emission, diversif...
Traditionally, nuclear data evaluations have been performed in support of the analysis and design of...
International audienceAWE (UK), IRSN (France), LLNL (USA) and ORNL (USA) began a long term collabora...
This Volume 2 contains the functional version of the updated nuclear criticality slide rule (more ac...
This paper describes a functional slide rule that provides a readily usable �in-hand� method for est...
International audienceFollowing the Fukushima-Daiichi accident in 2011, France initiated a process t...
International audienceThe purpose of the criticality guide sheets is to gather useful elements in or...
There is a need for computer simulation of hypothetical criticality excursions involving significant...
The present revision of TID-7016 Nuclear Safety Guide is discussed. This Guide differs significantly...
After three quarters of a century using nuclear fission to produce energy, Nuclear Reactor Safety an...
The contributions to the International Criticality Safety Benchmark Evaluation Project (ICSBEP) and ...
International audienceA working group from health occupational and clinical biochemistry services on...
International audienceThe medical management of victims of a radiological accident is often driven b...
International audienceFrance is a highly nuclearized country with 18 Nuclear Power Plants (NPP) and ...
This Forecast is generated by the Chair of the Experiment Needs Identification Workgroup (ENIWG), wi...
The need for more energy in a worldwide scope, as well as the necessity to reduce emission, diversif...
Traditionally, nuclear data evaluations have been performed in support of the analysis and design of...
International audienceAWE (UK), IRSN (France), LLNL (USA) and ORNL (USA) began a long term collabora...
This Volume 2 contains the functional version of the updated nuclear criticality slide rule (more ac...
This paper describes a functional slide rule that provides a readily usable �in-hand� method for est...
International audienceFollowing the Fukushima-Daiichi accident in 2011, France initiated a process t...
International audienceThe purpose of the criticality guide sheets is to gather useful elements in or...
There is a need for computer simulation of hypothetical criticality excursions involving significant...
The present revision of TID-7016 Nuclear Safety Guide is discussed. This Guide differs significantly...
After three quarters of a century using nuclear fission to produce energy, Nuclear Reactor Safety an...
The contributions to the International Criticality Safety Benchmark Evaluation Project (ICSBEP) and ...
International audienceA working group from health occupational and clinical biochemistry services on...
International audienceThe medical management of victims of a radiological accident is often driven b...
International audienceFrance is a highly nuclearized country with 18 Nuclear Power Plants (NPP) and ...
This Forecast is generated by the Chair of the Experiment Needs Identification Workgroup (ENIWG), wi...
The need for more energy in a worldwide scope, as well as the necessity to reduce emission, diversif...
Traditionally, nuclear data evaluations have been performed in support of the analysis and design of...