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- Sandwich beams with high porosity and specific strength Al alloy foam core 高比强高孔隙率泡沫铝合金三明治梁
- Deformation of sandwich beams with spherical pore Al alloy foam core in three-point bending 球形孔泡沫铝合金三明治梁的三点弯曲变形
- Thermal decomposition properties of titanium hydride and Al alloy foam with low porosity and small pore diameter 氢化钛热分解特性与小孔径低孔隙率泡沫铝合金
- Mechanical Properties of Spherical Pore Al Alloy Foam Core under Static Compression 球形孔泡沫铝合金准静态压缩力学性能
- cellular Al alloy foam 闭孔泡沫铝合金
- Spherical pore Al alloy foam 球形孔泡沫铝合金
- shaped Al alloy foam 泡沫铝合金异型件
- porous Al alloy foam 通孔泡沫铝合金
- T2 Cu/2A50 Al alloy was bonded by blacksmith diffusion welding technology. 采用锻接扩散焊法进行了T2铜/2A50铝合金异种材料的焊接。
- Al alloy foams 泡沫铝合金
- The vacuum differential-pressure casting (VDPC)technol ogy for thin-wall ed Al alloy was introduced. 介绍了用于薄壁铝合金铸件的真空差压铸造工艺。
- The stress-strain date and curve were obtained from the isothermal compression experiment of 7A04 Al alloy. 根据等温压缩实验得出7A04铝合金应力-应变数据,拟合出材料温成形应力-应变曲线。
- This paper discussed the idea of the gas atomization Mg and Mg - Al alloy powder by supersonics high ptire N2 gas. 介绍了用超音速高纯氮气流来生产气雾化镁和镁铝合金粉的设想。
- PM high strength Al alloy is very important light weight material in automobile. 粉末冶金高强度铝合金是重要的汽车轻量化材料。
- Based on the prototype,the aluminum alloy foam molding tools are made by plaster precision casting. 基于模具原型，采用石膏型精密铸造制作出铝合金发泡模具。
- Ce conversion film was obtained on surface of Al alloy LY12 by immersion process. 利用浸渍法在铝合金LY12表面上获得了稀土转化膜。
- Keys to technology and die design of stamp-ing of Al alloy profile have been introduced. 介绍了铝合金型材在冲压加工时的工艺特点和模具设计要点。
- The results show that aluminium alloy foam has a high filter efficiency, low filter resistance, large infiltration coef... 证明所研制的泡沫铝具有过滤效率高、过滤阻力小及渗透系数大的特点，其透流性能优良。
- EPMA analysis shows that ZnBTA can also inhibit the absorption/aggre-gation process of Cl~- on the sample surface of Al alloy. 电子探针分析结果证明,ZnBTA 可以阻滞 Cl~-在铝合金表面的吸附聚集过程。
- The white corrosion products on hot dip Zn Al alloy coating exposed to seawater in dynamic aerated immersion were investigated by means of XRD and TEM. 采用XRD和TEM对热浸锌铝合金镀层在动态充气海水全浸试验时所形成的白色腐蚀产物进行了研究。
