Question

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A correlation between microstructural development and weld metal chemical composition can be observed. Weld C3F with the lowest C, Mn, and Si , and highest O contents, showed the smallest amount of AF and the highest proportion of PF(G), while weld A2F with the highest values of C, Mn, and Si, and the lowest O content, exhibited the highest proportion of AF and the lowest content of PF(G).

Answer 1

microstructural 发展和焊接处之间的一个相互关系金属制的化学作文可能被观察。 和最低的 C ， Mn 和 Si 的焊接处 C3F, 和最高的 O 内容,了最小量的 AF 和 PF(G) 的最高比例,当和 C ， Mn 和 Si 的最高价值的焊接处 A2F, 和最低的 O 内容,展现了 AF 的最高比例而且展现了 PF 的最低内容的时候。 (G)

Answer 2

原文
A correlation between microstructural development and weld metal chemical composition can be observed. Weld C3F with the lowest C, Mn, and Si , and highest O contents, showed the smallest amount of AF and the highest proportion of PF(G), while weld A2F with the highest values of C, Mn, and Si, and the lowest O content, exhibited the highest proportion of AF and the lowest content of PF(G).

Answer 3

A correlation between microstructural development and weld metal chemical composition can be observed. Weld C3F with the lowest C, Mn, and Si , and highest O contents, showed the smallest amount of AF and the highest proportion of PF(G), while weld A2F with the highest values of C, Mn, and Si, and the lowest O content, exhibited the highest proportion of AF and the lowest content of PF(G).