英语翻译These are metallic permanent magnets based on AlNiCo alloys.Depending on material composition (apart from aluminium (Al),nickel (Ni),cobalt (Co) also iron (Fe),copper (Cu) and titanium (Ti)) and production process,isotropic and anisotropi

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英语翻译These are metallic permanent magnets based on AlNiCo alloys.Depending on material composition (apart from aluminium (Al),nickel (Ni),cobalt (Co) also iron (Fe),copper (Cu) and titanium (Ti)) and production process,isotropic and anisotropi
英语翻译
These are metallic permanent magnets based on AlNiCo alloys.Depending on material composition (apart from aluminium (Al),nickel (Ni),cobalt (Co) also iron (Fe),copper (Cu) and titanium (Ti)) and production process,isotropic and anisotropic magnets can be manufactured with different magnetic properties.Permanent AlNiCo magnets have substantial magnetic stability against temperature influences (application temperatures up to 500 degrees C are possible) and a high remanence level.
AlNiCo magnets can be manufactured by different production processes:The casting method is where the prematerials are molten and cast into sand or close tolerance dies.The sintering process is where the prematerial powders are blended,dispensed into a closed die and then pressed to individual shapes.The components are consequently sintered in an inert gas atmosphere or a vacuum at approximately 1300 degrees C.This process ensures the required alloying and the density of the magnet.Depending on the press density and sintering temperature,sinter shrinkage of up to approximately 10% can occur.The magnets are then subjected to certain heat treatment processes in order to further align and stabilise their elemental structure.
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英语翻译These are metallic permanent magnets based on AlNiCo alloys.Depending on material composition (apart from aluminium (Al),nickel (Ni),cobalt (Co) also iron (Fe),copper (Cu) and titanium (Ti)) and production process,isotropic and anisotropi
这些是根据磁性合金混合物而成的金属的永久磁铁.按照物质构成(除了铝AL,镍Ni,钴Co 以及铁Fe,铜Cu和钛Ti 和 生产过程,化学等方性的和物理各向异性的磁铁能用不同有磁性的物质制造.永久的磁性合金磁铁有实际的有磁性的耐久性来抵挡温度的影响(温度高达500°C都是适用的)和一高级的顽磁.
磁性合金磁铁可以被不同的生产处理:铸造方法是 原材料被熔化和撒进沙或接近抗拒药物之能力的死亡的地方.正在烧结的地方是原材料粉末被混合,配成一种接近死亡的东西,然后压进单独的形状.成分是因而被烧结进一个惰性的气体氛围或接近1300摄氏度的真空.这样的工序确保被要求的混合磁金和磁铁的密度.按照这挤压密度和正烧结的温度,烧结收缩量高达近10%才能出现.这些磁铁为了进一步校正和稳定它的基本结构,接着会遭受确定加热处置工序.
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这些金属永磁铝镍钴合金的基础上。根据材料成分(除铝(铝) ,镍( Ni ) ,钴(公司)也铁( Fe ) ,铜( Cu )和钛合金( TI )的)和生产工艺,各向同性和各向异性磁体可以制造不同磁学性质。常驻铝镍钴磁体磁稳定有重大影响,对温度(应用温度高达500摄氏度是可能的)和高剩磁水平。
铝镍钴磁体可以制造不同的生产工艺:铸造方法在准备材料的熔融和铸造成沙子或关闭容忍死亡。烧结过程的准...

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这些金属永磁铝镍钴合金的基础上。根据材料成分(除铝(铝) ,镍( Ni ) ,钴(公司)也铁( Fe ) ,铜( Cu )和钛合金( TI )的)和生产工艺,各向同性和各向异性磁体可以制造不同磁学性质。常驻铝镍钴磁体磁稳定有重大影响,对温度(应用温度高达500摄氏度是可能的)和高剩磁水平。
铝镍钴磁体可以制造不同的生产工艺:铸造方法在准备材料的熔融和铸造成沙子或关闭容忍死亡。烧结过程的准备粉末混合,在配发到一个封闭的死,然后按个人的形状。这些组件因此烧结在惰性气体气氛或真空约为1300摄氏度,确保这一进程所需要的合金和密度的磁体。根据记者的密度和烧结温度,烧结收缩率高达约10 % ,就可能发生。磁体然后受到某些热处理工艺,以便进一步调整和稳定他们的基本结构。

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