magnesium alloy

The current status of study and application of elevated temperature cast magnesium alloy is reviewed.

综述了高温铸造镁合金的研究和应用现状.

Magnesium alloy shell of the solid material is also quite good.

镁合金材质的外壳坚固性也相当不错.

The process of cyanide copper electroplating is replaced by the proposed process of pyrophosphate electroplating copper on magnesium alloy.

用研究的焦磷酸盐镀铜工艺代替氰化镀铜工艺作为过渡铜镀层的无氰镀工艺。

Compositions of chromate dacromet bath of magnesium alloy are presented.

提出了适合镁合金的达克罗溶液配方构思.

Materials: galvanized board, cold boards, stainless steel boards, aluminum boards, aluminum magnesium alloy boards, etc.

冲孔网材料: 镀锌板 、 冷板 、 不锈钢板、铝板 、 铜板、镍板 、 铝镁合金板等.

Thermal diffusion of Zn/ Sn coating on magnesium alloy at low temperature

镁合金表面Zn/Sn叠层的低温热扩散研究

As the lightest constructional material, magnesium alloy has high specific strength, high specific stiffness, good magnetic-shielding ability, good damping ability, and good machinability.

镁合金是目前比重最轻的结构材料，具有高的比强度、比刚度和良好的磁屏蔽性、阻尼性、切削加工性等优点。

Application: alloy, copper alloy, magnesium alloy.

适用: 铝合金 、 铜合金 、 镁合金.

Magnesium ( Mg) alloy is a suitable metal implant material for medical fields, it is non-toxicity, can be degraded and has excellent mechanical properties.

镁合金是一种适合于医用的金属植入材料，无毒副作用、可降解性以及生物力学性能良好。

Plastic strain mechanism of magnesium alloy is reviewed plastic strain mechanism of ZK 60 at various temperature.

综述了镁合金的几种塑性变形机制,并介绍了ZK60合金在不同温度下的变形机制.

The forming mechanism of semi-solid material of AZ 91 D magnesium alloy was analyzed.

分析讨论了AZ91D镁合金半固态组织的形成机理.

The Wear Mechanism of the Chamber and Plunger Materials of Hot Chamber Die Casting Machine for Magnesium Alloy

镁合金热室压铸机压射室材料摩擦磨损机制研究

The rheo-forming technology of semi-solid metals has a wide application foreground. But by now, the study on the rheo-forming processing of the semi-solid magnesium alloy is still at the starting stage.

半固态金属流变成形技术具有广阔的应用前景，但是目前对半固态镁合金流变成形工艺的研究尚处于起步阶段。

Effect of Boron Oxide on Iron Reduction in Magnesium Alloy

氧化硼除铁净化镁合金的研究

Process formula and operation steps of magnesium alloy surface alloying were discussed.

讨论了镁合金表面合金化的工艺配方及其操作步骤.

Obtained nanocomposite electrodeposition coatings rate is one times than electroless plating, look at micromorphology that the surface of nano-composite coating grow well, dense, uniform thickness, through the bending test and thermal shock test proved nano-magnesium alloy matrix composite coating have a good combination.

得到的电沉积纳米复合镀层的镀速比化学镀的镀速提高一倍，并且纳米复合镀层表面平整、致密、厚度均匀，通过弯曲、热震试验证明镁合金纳米复合镀层与基体结合良好。

Magnesium alloy with lower density, lower viscosity and excellent liquidity is suitable for anti-gravity casting.

镁合金密度小 、 粘度低、流动性好,很适合于 反 重力铸造.

The galvanic corrosion of AM 60 magnesium alloy is accelerated for the high dust precipitation in Beijing.

北京地区高自然降尘量对镁合金电偶腐蚀将起到加速的作用。

The study of magnesium alloy came forth continuously, along with application field enlarged.

随着镁合金应用领域不断扩大, 新型镁合金的研究与开发也不断涌现.

Research on Thermal Diffusion of Aluminum Coating on Magnesium Alloy Based on Surface Nano-crystallization

基于表面纳米化的镁合金表面铝涂层扩散研究

Aluminum coating on AZ 91 magnesium alloy was deposited by arc spraying.

采用电弧喷涂技术在镁合金AZ91基材表面制备铝涂层.

Research of Die-casting Die System for Magnesium Alloy Mobile Shell Based On Pro/ E

基于Pro/E镁合金手机外壳压铸模设计系统的研究

Aluminum-magnesium alloy board production.

铝镁合金多年手板制作.

For both aluminum alloy and magnesium alloy, a sound joint can be obtained under appropriate welding conditions using the process method of ultrasonic brazing.

采用一定的钎料对铝合金、镁合金进行超声波钎焊能较好提高其接头力学性能。

Differential scanning calorimetry ( DSC) was employed to investigate the relation of deformation rate and eutectic melting activity energy of AZ91D magnesium alloy by SIMA method.

采用DSC技术研究了SIMA法制备半固态AZ91D镁合金坯料过程中形变率与共晶熔化激活能的关系。

Magnesium Alloy Melting Furnace Structure Design and Research Based on Flow Heat Transfer Analysis electric brazing machine and apparatus ( excl. furnaces, ovens and heating equipment)

基于流动传热分析的镁合金熔化炉结构设计与研究电硬焊机器和设备（熔炉，烘炉和加热设备除外）

The squeezed-casting formability of AZ 91 D magnesium alloy in semi-solid state was studied.

研究了AZ91D镁合金在不同 半固态 温度下的挤压铸造.

AZ 31 magnesium alloy sheet were prepared by equal channel angular rolling ( ECAR ).

采用等径角轧制工艺制备了 AZ31 镁合金板材.

The microstructural evolution of semisolid AZ 91 magnesium alloy by SIMA process was investigated.

研究了挤压态AZ91镁合金的SIMA法半固态组织演变.

Deposition ZL 301 on ZM 5 magnesium alloy surface by high energy micro arc process was performed.

使用高能微弧火花沉积机在ZM5镁合金表面上沉积ZL301合金.