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alloy material for tissofusione, process for the preparation of semi molten alloy material and process for tissofusione

机译:熔体合金材料,半熔融合金材料的制备方法和熔体方法

摘要

it described a material aluminium alloy for tissofusione.in a thermal imaging for differential thermal analysis of this material in the aluminum alloy for tissofusione established the correlation e1? l2 between a peak value e1 of the first section endotermica of angle generated by the fusion of a eutettico and a peak value e2 of a second section of the corner caused by the endothermic fusion of a segment having a melting point higher thanthe point eutettico.a liquid phase produced by the fusion of the eutettico has a large latent heat, because the peak value e1 of the first endothermic section of angle is higher than the peak value l2 of thein the second section of the corner in an endothermic material aluminium alloy eutettico semifuso derived from material aluminium alloy for tissofusione.as a result, in the stage of solidification process for tissofusione a liquid phase produced by the fusion of a eutettico is fed enough around a solid phase at wk 12 wk 12 wkon the solidification and the withdrawal of the solid phase and then solidified. therefore, it is possible to produce a fusion flaws as empty of the micron order.
机译:在热成像中对这种材料在tissofusione铝合金中的差异热分析中,建立了相关性e1?由尤蒂蒂科(eutettico)融合产生的角度的第一部分内膜的峰值e1与由熔点高于尤蒂蒂科(eutettico.a)的链段的吸热融合引起的角的第二部分的峰值e2之间的由于吸热材料铝合金eutettico semifuso的角度的第一吸热段的峰值e1高于拐角第二段的峰值l2,所以由eutettico熔融产生的液相具有较大的潜热。结果,在用于固熔的凝固过程的阶段中,将由尤特蒂科(Eutettico)熔融产生的液相在固相至固溶体的周进量为12 wk 12 wk固相然后固化。因此,有可能产生微米级的熔合缺陷。

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