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Early-Stage Aqueous Corrosion-Related Defects in Heavy Ion Irradiated P92 Ferritic/Martensitic Alloy

SSRN Electronic Journal
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  • Usage
    170
    • Abstract Views
      144
    • Downloads
      26

Article Description

In order to understand irradiation accelerated the corrosion behavior further, the early-stage aqueous corrosion-related defects in heavy ion irradiated P92 ferritic/martensitic alloy were investigated by positron annihilation based on a slow beam. A dense and smooth oxide film was formed at irradiated surface region exposed to 350 °C/10 MPa high-temperature water for 80 h. However, in the deeper region, the existence of irradiation defects could accelerate the production and accumulation of corrosion-related defects. With the enhancement of irradiation, the corrosion-related defects induced the formation of cracks along the grain boundaries.

Bibliographic Details

Lei Li; Shuoxue Jin; Shuaipeng Yue; Yu Chen; Qianshun Diao; Shen Tielong; Yanxin Qiao

Elsevier BV

Ion irradiation; corrosion; Positron Annihilation; GIXRD; P92 ferritic/martensitic alloy

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