Table of Contents

Preface. Opening address; M. Barskov. Overview and Status of Issues Related to Nuclear Vessel Decommissioning and Utilization. Utilization of Russian Nuclear Submarines: Contents of the Problem, Review of the Actual Status, Analysis of the Related Risks and International Cooperation; A.A. Sariskov. Overview of the Status and Issues Related to the Decommissioning of Nuclear Vessels in Russia; V. Akhunov. Overview of the Status and Issues Related to the Decommissioning of Nuclear Vessels in France; A. Tournyol du Clos. Inactivation and Recycling of Nuclear Vessels in the USA: Overview and Status; M. MacKinnon III. Prospective on Risks Associated with Nuclear Vessels; P.L. Oelgaard. On Risks in Decommissioning of Nuclear Submarines (NS); O. Kovalevich, et al. Decommissioning and Dismantling of French Nuclear Submarines: Industrial Issues; B. Robin, A. de Buzonniere. International Cooperation in Nuclear Vessel Decommissioning and Utilization. Bilateral Cooperation Related to the Decommissioning of Nuclear Vessels between the USA and the Russian Federation Status and Issues; M.A. Baker. Military Environmental Cooperation on Radioactive and Non-Radioactive Waste in Russia's Northwest and Far East; D. Rudolph, et al. Non-Proliferation and Other Security-Related Issues Associated with the Dismantling of Nuclear Vessels in North-West Russia; O. Reistad, A. Soerlie. Experience of International Cooperation and Unresolved Issues of Utilizing Nuclear Submarines and Nuclear Maintenance Support Vessels in the Far East Region of Russia; Y. Shulgan. International Cooperation for Nuclear Submarine Disposal: Current Results and Future Prospects; N. Kalistratov. Radioecology, Radiation, and Safety Issues. System Analysis of Environmental Risks: Basic Problems and Methods of Solution; L. Bolshov, R. Aroutiounian. Analysis of the Radiation Potential of the Decommissioned Nuclear Submarines and Reactor Units; V. Barinov, et al. Improving Nuclear and Radiation Safety during the Process of Russian Nuclear Submarine Utilization; A. Kiriushin, et al. Analysis of the Radiation Risks for the Population at Different Stages of Nuclear Submarine Utilization; A. Blekher. Radiation Burden in Regions Resulting from Nuclear Submarine Handling after Decommissioning and the Existing Uncertainties in their Estimation; B. Pologikh. Automated Radiological Monitoring at a Russian Ministry of Defence Site; P.D. Moscowitz, et al. Analysis of the Radioecological Situation within Bays of Nuclear Submarine and Floating Reactor Compartment Storage; V. Danilyan, V. Vysotsky. The Forecast of Possible Radioecological Consequences and Risk of Damage to the Health of Critical Groups of the Population from Sunken Nuclear Submarines and other Radiation-Dangerous Objects on the Bottom of the Ocean; I. Lisovsky. Radiation Impact on the Environment when Handling Fuel of Dispositioned Nuclear Submarines at GMP Zvezdochka; Y. Siminovskiy, et al. Methodolgical Aspects of Assessing the Radioecological Situation at Contaminated Territories of Russian Naval Bases to Perform their Subsequent Rehabilitation; V. Zhernovoy, et al. Radioecological Monitoring of Defueling of Damaged Spent Fuel from Storage Facilities of Floating Shops; V. Vysotsky, et al. Issues of Novaya Zemlia Bay Rehabilitation Due to the Dumping of Radiation Dangerous Facilities; Y. Sivintsev. Ensuring Safety of Nuclear Submarines Stored Afloat after Decommissioning; S. Petrov. Possibilities of Using a Multifunctional System of Sanogenetic Monitoring to Perform a Physiological and Hygienic Survey of Different Work-Status Person