KBb番号/051スェリングによる変形
KBb番号:051
モード:変形
メカニズム①:劣化
'メカニズム②:スェリング
特徴:中性子照射に起因するボイドの形成により体積膨張を生じる現象と増加の割合である・照射脆化と同様,ボイドが観察される・勝者温度が高いほど,ボイドの平均直径は大きくなる・また,数密度は減少する・
主たる材料:オーステナイト系ステンレス鋼
事例:
KBb番号:051
モード:変形
メカニズム①:劣化
'メカニズム②:スェリング
特徴:中性子照射に起因するボイドの形成により体積膨張を生じる現象と増加の割合である・照射脆化と同様,ボイドが観察される・勝者温度が高いほど,ボイドの平均直径は大きくなる・また,数密度は減少する・
主たる材料:オーステナイト系ステンレス鋼
事例:
website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website website