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首页> 外文期刊>Journal of materials science research >Anthropic Principle Observed in the Material Properties of Fe
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Anthropic Principle Observed in the Material Properties of Fe

机译:铁的材料性质观察到的人性原理

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摘要

The melting temperature of Fe is 1808K (1535℃). If it were higher than that, the ancient people could neither produce iron products, nor achieve the civilization. When the melting temperature of Fe is observed on the periodic table, it seems that the melting temperature is lowered intentionally and unnaturally. It can be suspected to be a sort of the anthropic principle. Fe belongs to the gulf elements, when the melting temperature is plotted on the TC-YM diagram. The gulf elements show the moderate melting temperatures totally. Moreover, Fe is also located on the quadrant of the large abundance on the TC-YM diagram. Fe is also located at the position in the TC-YM diagram, which shows relatively small ionization tendency, which means easy smelting. Fe is also located at the position between the straight line of refractory metals of bcc structure and Ni of fcc structure, which leads to the crystal structure of Fe to be bcc structure at lower temperature and fcc structure at high temperature. These advantages in the properties of Fe come from its exquisite position of Fe on the TC-YM diagram. These can be thought an anthropic principle in Fe.
机译:Fe的熔融温度为1808K(1535℃)。如果高于这个数字,古代人将无法生产铁制品,也无法实现文明。当在元素周期表上观察到Fe的熔融温度时,似乎熔融温度有意和不自然地降低。可以怀疑这是一种人类原则。当在TC-YM图上绘制熔化温度时,Fe属于海湾元素。海湾元素完全显示出中等的熔化温度。而且,Fe也位于TC-YM图上大丰度的象限上。 Fe也位于TC-YM图中的位置,这表明电离趋势相对较小,这意味着易于熔炼。 Fe也位于bcc结构的难熔金属的直线与fcc结构的Ni的直线之间的位置,这导致Fe的晶体结构在较低温度下为bcc结构,而在高温下为fcc结构。铁的这些优点来自其在TC-YM图上的精美位置。可以认为这些是Fe中的人类原则。

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