铝合金

The effect of aging temperature and room temperature plastic deformation ratio of thermo-mechanical treatment alloy on material performance process for 2A12 aluminum alloy was investigated.

采用工艺实验研究2A12铝合金形变热处理工艺中时效温度和室温塑性变形量对材料性能的影响。

In order to realize this target, the compression behavior of SC100-T6 aluminum alloy was studied under the circumatance of different deformation temperature and deformation strain ratio using the Gleeble 1500 thermal stress-strain simulator. The constitutive relationship of this kind of Al-alloy was established using the least squares fit method.

为了实现这一目的，作者应用Gleeble-1500热力学模拟试验机对不同的温度和变形速率下的铝合金SC100-T6进行等温压缩试验，得到了合金的流动应力与成形温度、应变速率的变化规律，并应用最小二乘法建立了该种合金的本构方程。

During the steel-making process,use the silicon aluminum alloy makes the deoxidizer can improves the use of the aluminum more than one time than use the independent pure silicon.

在炼钢过程中，使用硅铝合金比单独使用纯硅作脱氧剂对铝的利用率可提高一倍以上。

To take the lead in the introduction of Germany's leading science and technology DESMA advanced injection molding machine, the use of imported high-grade leather to create and guide the international mainstream of Special Process PU / PU, TPU / PU, PU / RB Rubber extremely high quality of the stability of safety shoes, self-developed patented light quality aluminum alloy Baotou, Baotou steel Antimagnetic insulation, anti-static pressure shocks Baotou Steel, Antimagnetic, anti-wear steel soleplate puncture.

以科技领先率先引进德国DESMA先进注塑机，采用进口高档牛皮制造引导国际主流的特种工艺PU/PU、TPU/PU、PU/RB橡胶等高品质稳定性极强的安全鞋，自主开发专利性轻质的铝合金包头、绝缘防磁塑钢包头、防冲击静压钢包头、防磁、防剌穿钢中底板。

The company has vertical semi-continuous casting production lines, capable of producing all kinds of diameter of the circle and a square with deep processing of high-quality magnesium alloy billets deformation; extrusion production line can produce all types of magnesium alloy extrusion sacrificial anode, the sacrificial anode aluminum, zinc alloy sacrifice Anode and a variety of magnesium alloy extrusion products.

公司拥有立式半连续铸造生产线，能够生产各种直径的圆形和方形高品质深加工用变形镁合金坯料；挤压生产线可生产各类挤压镁合金牺牲阳极、铝合金牺牲阳极、锌合金牺牲阳极和各种镁合金挤压产品。

It builds the whole liquid-cooling system mainly by the design of the liquid-cooling decalescence boxes(improve its bottom material from aluminium alloy to pure copper, enlarge its volume, better cooling effects, and strengthen pressurization), by the operations of cooling effect about the heat exchanger worked by its temperature adjustability of the ribs(diffuse the heat fleetly owing to the excellent diathermancy of the material of the ribs ,make effective diathermancy owing to ribs outside areas, and drive the heat of the ribs away by the fans), and by the water pump made up of the piezoelectric ceramic with the excellent performance-no electromagnetism interference, little cubage, little noise, light exterior, light weight, low consume, high flux, replacing the mechanical pump.

在液冷散热器的研究中，主要通过对液冷吸热盒设计不断地改进(使吸热盒底部的材料从铝合金变为纯铜材料，其整个体积有所变大，但其散热效果明显变好，且密封性得到了极大地加强)，综合地运用换热器中肋片的壁面温度调节作用产生的散热效果(肋片材料优良的导热性，快速地扩散了热量：肋片较大的与流体接触的表面积，使传热更加充分，对流热阻大大减小；再利用风扇对肋片上的热量进行吹散)，利用性能优良的压电陶瓷泵(该泵机电性能稳定，具有无电磁干扰、体积小、噪音小、外型轻薄、重量轻、低能耗。、高扬程等优点。)代替机械泵作为驱动源，搭建了整个散热系统。

The body of this series of product is made of aluminum alloy through die casting.

该系列产品机体采用铝合金压铸而成。

Keywords industrial aluminium profile;6061 aluminium alloy;second diffluence;conjoint structure;abnormity hole

工业铝型材； 6061铝合金；二次分流；碰穿结构；异形孔

By using optical metallography;TEM and x-ray diffractometer, microstructure and texture of 3004 aluminium alloy sheet from cast rolling plate are studied.

通过光学金相、透射电镜和x射线衍射技术等分析方法，研究了3004铝合金铸轧板的组织和织构特征。

The effect on the ratio of refrigeration coefficient with the super-cooling of the refrigeration cycle;2. The results show that the optimum heat preservation temperature is 605℃ as a result of the super-cooling and diffuseness.

电子显微镜及图象分析仪分析表明，由于过冷和扩散的共同影响，A35 6铝合金液相线铸造最佳保温温度 6 0 5℃；在 6 0 min时间内，晶核数目随保温时间的延长而增加，且分布愈加均

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。