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關注：1
2013-05-23 12:21
求翻譯：由上圖對比可知，在不同外場作用下熔體內外分布情況有所差別，在組合電磁場作用下的Al3Ti顆粒形貌與無外場和單一磁場情況下相比，顆粒尺寸較小，約為1-3um，與圖（a）、（b）相比增強顆粒彌散均勻分布于熔體內，Al3Ti顆粒的尖角發生了更為明顯的鈍化，這對提高復合材料的力學性能十分有利。是什么意思？ 待解決
 懸賞分：1
- 離問題結束還有
由上圖對比可知，在不同外場作用下熔體內外分布情況有所差別，在組合電磁場作用下的Al3Ti顆粒形貌與無外場和單一磁場情況下相比，顆粒尺寸較小，約為1-3um，與圖（a）、（b）相比增強顆粒彌散均勻分布于熔體內，Al3Ti顆粒的尖角發生了更為明顯的鈍化，這對提高復合材料的力學性能十分有利。
問題補充： |
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2013-05-23 12:21:38
The figure contrast shows that the melt inside and outside the distribution of the different external field is different particle morphology in the combined electromagnetic field al3ti compared with the case of no external field and a single magnetic field, particle size is smaller, about 1 - 3um, F
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2013-05-23 12:23:18
From the figure, in a different role within and outside the melt distribution vary, the electromagnetic fields in the combination of the 3 Al Ti particles with no outside appearance, and a single magnetic field than the particle size is small, it is approximately 1 - 3 um, and figure (a), (b) increa
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2013-05-23 12:24:58
May know by on chart contrast, inside and outside the melt the distribution situation has a difference under the different outfield function, with does not have in the outfield and the sole magnetic field situation under the combination electromagnetic field function Al3Ti pellet appearance compares
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2013-05-23 12:26:38
By Shang figure contrast known, in different outfield role Xia melt body both within and outside the distribution situation has difference, in combination electric magnetic field role Xia of Al3Ti particles morphology and no outfield and single magnetic field situation Xia compared to, particles siz
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2013-05-23 12:28:18
正在翻譯，請等待...
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