1) pure aluminum L2
纯铝L2
1.
Then the reasonable welding craft was discovered to solve the problems that pure aluminum L2 welding was difficult to fuse,but easy to rain,attach Tungsten and produce blowhole and cracks.
采用交流钨极氩弧焊工艺、对L2纯铝的焊接性进行了分析,对焊接工艺进行了研究,找出合理的焊接工艺,解决了纯铝L2焊接时难熔合、易焊塌、易夹钨、易产生气孔和裂纹等问题。
2) L2 pure aluminum
L2纯铝
1.
Study of accumulative roll bonding(ARB) process effect on mechanical properties of L2 pure aluminum;
累积叠轧焊对L2纯铝力学性能影响的研究
3) L2 purity aluminum
L2纯铝
1.
The ARBed experiment of L2 purity aluminum was carried out up to ten cycles at ambient temperature,the microstructural evolution and changes of mechanical properties was studied by the tensile experiment at room temperature and TEM.
在室温条件下对L2纯铝进行了10个道次的叠轧试验,通过室温拉伸和透射电镜实验,研究材料在叠轧过程中组织的演变和力学性能的变化,结果表明,经过数道次的实验后,材料中产生了晶粒尺寸小于1μm的超细晶粒,第10道次晶粒尺寸可达0。
2.
The ARBed experiments of annealing L2 purity aluminum was carried out up to ten cycles at ambient temperature,the effect of rolling cycle on bonding interface and Mechanical Properties was investigated by optical microscope,tensile experiment at room temperature and microhardness experiment.
对 L2纯铝进行了10道次的累积叠轧焊试验,利用光学显微镜观察研究了叠轧道次对连接界面的影响;利用常温拉伸实验与显微硬度实验研究叠轧道次对其力学性能的影响。
4) as-cast pure aluminum L2
铸态L2纯铝
1.
Microstructure and properties of friction stir processed as-cast pure aluminum L2
搅拌摩擦加工铸态L2纯铝组织与性能研究
5) aluminum
[英][ə'lju:minəm] [美][ə'lumɪnəm]
纯铝
1.
Effects of simultaneously imposing high magnetic field and alternative current on solidification structures of pure aluminum;
强磁场与交流电叠加对纯铝凝固组织的影响
2.
Using flame atomic absorption spectrometric method to detect magnesium contented in aluminum and aluminum alloy;
火焰原子吸收光谱法测定纯铝及铝合金含镁量
3.
Influence of High Density Pulse Electric Current on Solidified Aluminum Structure and Undercooling Degree;
高密度脉冲电流对纯铝凝固晶粒组织及其过冷度的影响
6) pure aluminium
纯铝
1.
Photo-catelectrode protection of TiO_2 coating on pure aluminium;
纯铝表面TiO_2涂层的光阴极保护行为
2.
The structure of local transgranular deformation in polycrystalline pure aluminium;
多晶纯铝晶内局部变形组织分析
3.
Grain refinement of pure aluminium has long been a hot research area for aluminium factories and researchers.
纯铝的晶粒细化一直是铝生产厂家和科研工作者不断研究的课题,Al—Ti和Al—Ti—B作为中间合金细化铝已经相对成熟,Al—Ti—C中间合金还在开发中。
补充资料:L2工业纯铝360℃热轧板中心区域纵向组织
L2工业纯铝360℃热轧板中心区域纵向组织
L2工业纯铝560。0热轧板中心区域纵向组织
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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