iron alloy

iron alloy的基本解释

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铁合金

与iron alloy相关的网络例句 [注：此内容来源于网络，仅供参考]

There are action of exchanging electron and energy in square 4L loop which is made of neighboring 4 iron ions in dilute gold-iron and copper-iron alloy By means of this action, thermoelectrical potential of alloy, magnetic moment of iron ion, Curie temperature, maximal value and minimal value temperature of resistance, specific heat increase and decrease entropy of conduction electron and negative magneto-resistance effect are calculated in this paper and the results are equal to testing value.

利用稀释的金铁和铜铁合金中相邻4个铁离子构成的正方形4L回路上的铁离子间存在交换电子和能量的作用过程计算了合金的热电势、铁离子磁矩和居里温度、电阻极大值温度和极小值温度、传导电子的比热增加和熵值减少、负磁阻效应等，与测量值相符。

The company has one product, copper row type: a, extrusion-type copper-Ping Pai, extrusion-type copper heterotypic Pai b, wear-resistant bronze II copper category: T2 (C1100) red copper, T3 copper, H90, H70, H68, H65, H62, HPb59-1 yellow copper, CuFe96-3 copper iron alloy plate, AgCu silver copper alloy plate, HMn58-2 yellow copper manganese, QSi3-1 silicon bronze plate three, Copper Rods category: T2, T3 copper, H90, H70, H68, H65, H62, HPb59-1 brass rod, CuFe96-3 copper iron alloy rods, HMn58-2 manganese brass rods, QSi3-1 manganese brass rods, QAl9-5-1-1 aluminum bronze rods four, brass Class: TU2 oxygen-free copper tube are my newly developed Products Division for the computer for cooling tube.

公司主要产品有一、铜排类： a、挤制型红铜平排、挤制型红铜异型排 b、耐磨青铜二、铜板类： T2（C1100）红铜板、T3铜板，H90、H70、H68、H65、H62、HPb59-1黄铜板，CuFe96-3铜铁合金板，AgCu银铜合金板、HMn58-2锰黄铜板，QSi3-1硅青铜板三、铜棒类： T2、T3铜棒，H90、H70、H68、H65、H62、HPb59-1黄铜棒，CuFe96-3铜铁合金棒，HMn58-2锰黄铜棒，QSi3-1锰黄铜棒，QAl9-5-1-1铝青铜棒四、铜管类： TU2无氧铜管是我司最新研制产品，为电脑散热管专供。

Iron and steel materials to apply a wide range of reasons, first of all, the ingredients can be used to span, and from close to non-carbon content of pure iron to about 4% of cast iron, alloy, in this context, the phase structure and microstructure are great change; In addition, a variety of thermal processing is to process, in particular, metal heat treatment technology, a substantial change in composition and properties of alloys.

钢铁材料适用范围广阔的原因，首先在于可用的成分跨度大，从近于无碳的工业纯铁到含碳4％左右的铸铁，在此范围内合金的相结构和微观组织都发生很大的变化；另外，还在于可采用各种热加工工艺，尤其金属热处理技术，大幅度地改变某一成分合金的组织和性能。

与iron alloy相关的网络解释 [注：此内容来源于网络，仅供参考]

iron carbide：渗碳体,碳化铁

iron cap 铁帽 | iron carbide 渗碳体,碳化铁 | iron carbon alloy 铁碳合金

Hypereutectoid alloy：过共析合金

Hypereutectic cast iron 过共晶铸铁 | Hypereutectoid alloy 过共析合金 | Hypereutectoid cast iron 过共析铸铁

iron band：钢带

iron alloy || 含铁合金 | iron band || 钢带 | iron bar || 铁条