2020
DOI: 10.26583/npe.2020.1.08
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Effects of neutron irradiationon physical and mechanical properties of refractory metals

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“…= 6,1094 + 0,0223⋅C Fe , г/см 3 , d обл. = 6,073 + 0,07179 C Fe -0,0345 (C Fe ) 2: + 0,0058 (C Fe ) 3 , г/см 3 . 4.…”
Section: заключениеunclassified
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“…= 6,1094 + 0,0223⋅C Fe , г/см 3 , d обл. = 6,073 + 0,07179 C Fe -0,0345 (C Fe ) 2: + 0,0058 (C Fe ) 3 , г/см 3 . 4.…”
Section: заключениеunclassified
“…Concentration dependences were obtained on the V+(0 -5 at.% Fe) samples irradiated with neutrons to 2,8 dpa at temperatures of 350 to 450°C for density d: linear dependences of density d ~ f(C Fe ) in non irradiated samples become power law after irradiation (to 2,8 dpa) and are described by the expressions d non ir = 6,1094 + 0,0223⋅C Fe , g/cm 3 , d ir = 6,073 + 0,07179⋅C Fe -0,0345⋅(C Fe ) 2 + 0,0058⋅(C Fe ) 3 , g/cm 3 . Vanadium and alloys with 0,5 and 2 at.% of Fe after irradiation to 2,8 dpa swell by 0,7% at most, as the density of the V+5 at.% Fe alloy increases with irradiated at 1,25%, which is explained by the phase instability of the alloy and the possible formation of Fe atoms in the local enrichment areas.…”
Section: заключениеmentioning
confidence: 99%
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