Utilization of electron accelerators for simulation and studies of radiation effects on mechanical properties of fusion reactor materials

Zelenskij, V.F.; Neklyudov, I. M.; Ozhigov, L. S.; Gann, V. V.; Parkhomenko, A. A.; Borts, B.V.; Stefanov, V.F.

doi:10.1016/0022-3115(93)90270-9

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Secondary Reaction Contribution Analysis1

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“…C  =0.5. The results of experimental studying radiation embrittlement effects and the temperature dependences of such durable material characteristics as specific elongation and yield strength have been given in a series of the works [10][11][12][13][14][15]. In Refs [12,15], it is shown that a deformation process connected with dislocation collective behavior in irradiated deformed materials is characterized by availability of the different structure deformation levels.…”

Section: Secondary Reaction Contribution Analysismentioning

confidence: 99%