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Popularisés par le roman À la poursuite d'Octobre rouge de Tom Clancy (1984) adapté au cinéma en 1990, les six sous-marins de la classe Typhoon sont les plus gros jamais construits. Livrés entre 1979 et 1989, ces monstres de 170 m et 48 000 tonnes en plongée (5 tours Eiffel) restent le symbole et l'un des fleurons de la Guerre la plus froide. à leur apparition, ces « requins » (Akoula, leur nom en russe) laissèrent sidérés les services occidentaux par leur déplacement et l'exceptionnelle capacité d’emport de missiles stratégiques (20). Toutefois, avec leurs qualités et leurs faiblesses, ils n’ont pas survécu – tant leur coût de mise en œuvre et d’entretien était prohibitif. Cet ouvrage retrace les arcanes de la guerre sous-marine et l'architecture unique qui en a résulté. Polytechnicien et académicien des technologies, François Lefaudeux a une formation d’ingénieur du génie maritime. Au sein de la direction des constructions navales (DCN, Naval Group depuis 2017), il a été le spécialiste de la lutte sous-marine.
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Similar to the three previous publications, which collected the materials of the NATO-Russia ARWs held in Moscow in 1995, 1997 and 2002, this fourth book addresses a very important challenge of the present – complex decommissioning of the nuclear-powered vessels taken out of service and environmental rehabilitation of the centers of basing and everyday running of different-type nuclear vessels. The fourth book specifically focuses on the scientific and technical problems of management of naval spent nuclear fuel and radioactive waste. Some papers address the first results of the "Strategic Master-plan ("Master-plan") for complex decommissioning of Russian nuclear-powered vessels" developed in Russia with active participation and large financial support of the international community. This fourth book, taken together with the papers of the three previous NATO ARWs published earlier, represents the most complete collection of materials on complex decommissioning of nuclear-powered vessels including the spent nuclear fuel management-related challenge.
Spent reactor fuels --- Nuclear submarines --- Radioactive waste disposal --- Combustibles nucléaires irradiés --- Sous-marins nucléaires --- Déchets radioactifs --- Management --- Congresses --- Decommissioning --- Congresses. --- Gestion --- Congrès --- Déclassement --- Elimination --- Spent reactor fuels. --- Nuclear Engineering --- Mechanical Engineering --- Engineering & Applied Sciences --- Combustibles nucléaires irradiés --- Sous-marins nucléaires --- Déchets radioactifs --- Congrès --- Déclassement --- EPUB-LIV-FT LIVINGEN SPRINGER-B --- Atomic submarines --- Nuclear-powered submarines --- Engineering. --- Nuclear energy. --- Nuclear engineering. --- Radiation protection. --- Radiation --- Waste management. --- Nuclear Engineering. --- Effects of Radiation/Radiation Protection. --- Waste Management/Waste Technology. --- Nuclear Energy. --- Safety measures. --- Nuclear warships --- Submarines (Ships) --- Fleet ballistic missile weapons systems --- Nuclear fuels --- Reactor fuel reprocessing --- Environmental protection. --- Waste disposal. --- Environmental quality management --- Protection of environment --- Environmental sciences --- Applied ecology --- Environmental engineering --- Environmental policy --- Environmental quality --- Radiation—Safety measures. --- Radiation monitoring --- Radiation protection --- Atomic energy --- Atomic power --- Energy, Atomic --- Energy, Nuclear --- Nuclear power --- Power, Atomic --- Power, Nuclear --- Force and energy --- Nuclear physics --- Power resources --- Nuclear engineering --- Nuclear facilities --- Nuclear power plants
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