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- Aluminum alloy shell, elegant, durable, heat eliminable. 铝合金外壳，时尚，耐用，散热好。
- LM -PMR using aluminum alloy shell, generous pleasing in appearance, easy to install, combinations. PMR金属外壳电阻器采用铝合金外壳，外形美观大方，易于安装可组合使用。
- Blanking process of aluminum alloy shell port of Li battery was analyzed and a set of progressive die was designed for shell. 分析了一种锂电池铝合金外壳端口冲裁生产工艺,并设计了一套完成它的级进冲裁模具。
- aluminum alloys shell 铝合金壳体
- 2) Aluminum alloy shell, elegant, durable, heat eliminable. 铝合金外壳，时尚，耐用，散热好。
- Aluminum alloy formed shell, lastingly rustless. 铝合金成型外壳，永不生锈。
- The shell made of anti-oxidate high strength aluminum alloy. 壳体采用抗氧化高强度铝合金铸造。
- Corrosion resistance and high strength. Argon arc welding of aluminum alloys. 耐蚀,强度高。铝合金氩弧焊用。
- Graining Technology by Electrolytic Etching on the Surface of Aluminum Alloys. 电镀防护性锌基合金镀层钝化膜的耐蚀性。
- aluminum alloy shell 铝合金壳体
- Good corrosion resistance, weldability and ductility. Gas welding and argon arc welding of aluminum alloys. 良好的耐蚀性、可焊性及塑性。铝合金气焊、氩弧焊用。
- Aluminium alloy shell, elegant, derable, heat eliminable. 铝合金外壳，时尚，耐用，散热好。
- Corrosion resistance and high strength, wide range of usage. Argon arc welding of aluminum alloys. 耐蚀、强度高,通用性大。铝合金氩弧焊用。
- Corrosion resistance and high strengthwide, wide range of usage.Argon arc welding of aluminum alloys. 特性和用途:耐蚀、强度高,通用性大。铝合金氩弧焊用。
- For instance, it is necessary to store different calibration procedures for steel and aluminum alloys. 例如，对于钢铁和铝合金，有必要存入不同的校准程序。
- Dodecyltrimethoxysilane(DTMS) films were prepared on LY12 aluminum alloys by electrochemical deposition. 采用电化学技术在LY12铝合金表面沉积制备了十二烷基三甲氧基硅烷(DTMS)膜.
- Study the technique of micro-arc oxidation to aluminum alloys LF21 and LY12 in aluminate electrolyte systems. 研究的是在铝酸盐电解液体中对LF21、LY12铝合金进行微弧阳极氧化的技术。
- Second, and most importantly, many of the strongest aluminum alloys are not weldable using conventional techniques. 第二，也是最重要的一点，很多高强度铝合金不可使用惯用的技术焊接。
- M. C. Flemings, E. Niiyama and H. F. Taylor, “Fluidity of Aluminum Alloys,” AFS Trans., vol.69, 1961, pp.625-635. 蔡俊彦,90年,“砂模铸造铝基碳化矽复合材料流动性之探讨,”大叶大学机械工程学研究所硕士论文
- The fatigue striations were readily observed in stable crack growth regions for both aluminum alloys. 另外，从两款铝-镁合金在裂缝延伸的过程中，发现会有因为裂缝延伸产生裂缝尖端塑性钝化而形成疲劳纹路。
