表1, Equiatomic 合金要素をアーク溶解により製造しました,

表1, Equiatomic 合金要素をアーク溶解により製造しました, Fe, Ni, Co, Cr and Mn (>99.9%純粋な) Ar 雰囲気下での水冷囲炉裏における。比較のために、同じ過程を用いて製造しました。Mnは合金元素として添加した場合には、特別なケアは、急速に酸化するため、その高い蒸気圧と傾向の処理で撮影されました, 他の場所で議論したよう

ผลลัพธ์ (อังกฤษ) 1:

Table 1, Equiatomic alloy elements produced by ARC-melting, Fe, Ni, Co, Cr and Mn in liquid-cooled hearth under Ar atmosphere (pure >99.9%). For comparison purposes, manufactured using the same process. As discussed elsewhere, was taken in the handling of its high vapor pressure and trend because if MN is added as alloying elements, special care is oxidized rapidly in

ผลลัพธ์ (อังกฤษ) 2:

Table 1, Equiatomic alloy element was produced by arc melting, Fe, Ni, Co, in Cr and Mn (> 99.9% pure) water-cooled hearth under Ar atmosphere. For comparison, it was produced using the same process. As if Mn is added as alloying element, special care in order to oxidize rapidly, it has been taken in the process of its high vapor pressure and tendency, discussed elsewhere

ผลลัพธ์ (อังกฤษ) 3:

Table 1,, Fe, Ni, Co, was prepared by arc melting alloy elements and Equiatomic pure Cr Mn correctly. 99.9 in water cooling hearth under Ar atmosphere. For comparison, which is made by using the same process. If Mn added as alloy elements, special care for the oxidation of the, was filmed at the high vapor pressure and its tendency of processing such as discussed in other places