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首页> 外文期刊>Surface Engineering >Preparation of Ni-P alloys super-black materials applied to baffle surface
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Preparation of Ni-P alloys super-black materials applied to baffle surface

机译:Ni-P合金的制备适用于挡板表面的超黑色材料

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Super-black materials refer to the materials whose reflectivity is less than 0.5% and have many significant applications in the aerospace field. Though super-black materials have excellent optical properties, most of them cannot be directly applied to the baffle of star trackers because of all kinds of limits. We presented a method to improve the preparation of super-black materials based on Ni-P alloys which helped this material better applied to star tracker baffle. This process chose the concentration of 10% oxalic acid solution to activate the aluminium surface and enlarged the plating area of Ni-P alloys film. Meanwhile, we anodised Ni-P alloys film in the non-oxidising acid solution instead of conventional blackening process. Consequently, the method improved the controllability of blackening process and avoided the time error. Thus, this method of preparing super-black materials could be applied to star tracker baffle.
机译:超黑色材料是指反射率小于0.5%的材料,并在航空航天领域具有许多重要应用。 虽然超级黑色材料具有优异的光学性质,但由于各种限制,其中大部分都不能直接应用于星跟踪器的挡板。 我们提出了一种改进基于Ni-P合金的超黑色材料制备的方法,这有助于这种材料更好地应用于明星跟踪器挡板。 该方法选择10%的草酸溶液浓度以激活铝表面并扩大了Ni-P合金膜的电镀区域。 同时,我们在非氧化酸溶液中阳极氧化Ni-P合金膜而不是传统的黑化过程。 因此,该方法提高了黑化过程的可控性,避免了时间误差。 因此,这种制备超黑材料的方法可以应用于星形跟踪器挡板。

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