The impact of swelling on fusion reactor first wall lifetime (original) (raw)

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A rate theory of swelling induced by helium and displacement damage in fusion reactor structural materials

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Development of design equations for ferritic alloys in fusion reactors

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The influence of uncertainties in material properties, and the effects of dimensional scaling on the prediction of fusion structure lifetimes

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Nuclear Engineering and Design. Fusion, 1986

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Fusion Engineering and Design, 1991

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Radiation damage studies on the first wall of a HYLIFE-II type fusion breeder

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Neutron damage in reduced activation martensitic alloys in inertial and magnetic fusion reactors: Comparison with fission reactors*1

J. Manuel Perlado

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Void growth characteristics in laser fusion reactor first walls

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Considerations for design with cyclic softening materials in fusion reactor applications

J Stubbins

Journal of Nuclear Materials, 1986

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Neutron damage and activation of the first wall of inertial confinement fusion reactors: Recycling and waste disposal

J. Manuel Perlado

Laser and Particle Beams, 1993

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A miniaturized test method for the mechanical characterization of structural materials for fusion reactors

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Characterising materials for walls of fusion reactors

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William Kastenberg

Nuclear Engineering and Design, 1980

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Jaap G van der Laan

2006

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Compendium of Papers by the Fusion Reactor Studies Group

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Design substantiation of ceramic materials on fusion reactor confinement boundaries

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On design criteria for afterheat and decay heat removal in fusion and fusion—fission power plants

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