RADIATION EFFECT OF HOME-MADE STAINLESS STEEL STUDIED BY POSITRON ANNIHILATION

Zhu Shengyun，

Li Anli，

Zheng Shengnan，

Shi Suolang，

Gou Zhenhui，

Li Donghong，

Huang Hanchen

Nuclear Science and Techniques

Vol.4, No.4

pp.230-234

Published in print 01 Nov 1993

21500

The heavy ion irradiation is used for the first time to simulate the radiation damage produced by reactor neutrons in home-made modified stainless steels. The produced radiation damage is investigated by the positron annihilation spectroscopy. No detectable radiation damage is observed in the home-made modified stainless steels irradiated by 81.6 MeV carbon ions to a total dose of 3.3 × 10¹⁶ cm^-2, indicating that the home-made modified stainless steel of this type has good radiation resistant properties.

Modified stainless steelRadiation damageRadiation resistant propertyHeavy ion simulationPositron annihilation lifetime

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