International Nuclear Safety Journal

The International Nuclear Safety Journal is dedicated to all aspects relevant to nuclear safety. The INSJ is an open-access journal. Both the publication and the access to the articles are free of any charge.

Papers relevant to one or more of the following areas are welcome: Nuclear Safety Culture ; Operational Experience Feedback ; New Reactor Designs ; Siting, Construction and Commissioning of New Reactors ; Nuclear Safety Training and Qualification ; Hazard Assessment ; Deterministic Accident Analysis ; Probabilistic Risk Assessment ; Risk-Informed Applications ; Accident Management ; Fuel Safety (and behaviour under accident conditions) ; Radiological Protection for Nuclear Installations ; Research Reactors and Applications ; Nuclear Criticality Safety ; Reactor Safety Systems ; Instrumentation and Control Systems and Safety Critical Software ; Management Systems for Nuclear Facilities and Activities ; Nuclear Installations Operation and Maintenance ; Reactor Standardisation ; Ageing Management and Long Term Operation ; Human Factors in Design, Safety Assesment and Performance Improvement ; Management of Human Resources ; Knowledge Management ; Nuclear Decommissioning ; Spent Fuel and Radioactive Waste Management ; Emergency Preparedness and Response ; Environmental Radioactivity ; Nuclear Safety and Security Interface ; Cyber Security ; Nuclear Law ; Regulatory Processes (Review, Inspection, Licensing, etc.) ; Public Communication, Stakeholders Involvement and Transparency ; Material Properties and Applications ; Research and Development for Nuclear Safety; Fast reactors; Nuclear Forensics

Guidelines for Authors ; Journal Sections ; Register and submit your article ; Template for reviewers

INSJ logo

ISSN 2285 – 8717 ; ISSN–L 2248 – 8717


No announcements have been published.
More Announcements...

Vol 5, No 2 (2016): International Nuclear Safety Journal - Special Issue on Lessons Learned from the Fukushima Daiichi Accident - Part 2

Table of Contents

Accident Management (including Severe Accident Management) and related research

Using Enhanced Muon Tomography to Assess Core Relocation Following a Severe Reactor Accident PDF
Joseph John Bevelacqua 1-15
The Viability of Extraordinary Methods to Mitigate Compromised Spent Fuel Pool Cooling PDF
Matthew T Davis, Michael D Proctor 16-25

Environmental Radioactivity

Goal oriented sampling strategies for radionuclide monitoring PDF
Beata Varga 26-64

Creative Commons License
This work is licensed under a Creative Commons Attribution 3.0 License.

"No endorsement" policy: Unless explicitly stated otherwise, the opinions, analyses, discussions, views and recommendations outlined in the articles published in the International Nuclear Safety Journal (INSJ) are solely those of their respective authors and not of the editors, owners or publishers of the INSJ.