Properties of Nickel Compose

BD Goswami
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Abstract

This article has been to study nano-nickel (n-Ni) derivate production. Subject has been pursued formation of pure n-Ni and composed form of Ni under dimensional excuse. Anti-ferromagnetic nNi has been material of NaCl structure to confer p-type semi-conduction. Synthetic nickel nanoparticle has been produced by reduction of nickel salt in ethylene glycol (EG) in presence of sodium borohydride (NaBH4) as reducing agent. Preparation of NiO has been pursued either by heating above 400 °C or reaction of nickel powder with oxygen to give NiO or green nickel oxide formation by heating moistened nickel powder at 1000 °C, where subjective kinetic rate limitation has been dependent on addition of extraneous NiO.
镍化合物的性能
本文主要研究了纳米镍(n-Ni)衍生物的制备。在维度的借口下,研究了纯n-Ni的形成和Ni的合成形式。反铁磁性nNi已成为NaCl结构的材料,具有p型半导性。以硼氢化钠(NaBH4)为还原剂,在乙二醇(EG)中还原镍盐,制备了合成纳米镍颗粒。NiO的制备要么通过加热到400℃以上,要么通过镍粉与氧反应生成NiO,要么通过加热到1000℃的润湿镍粉生成绿色的氧化镍,其中主观动力学速率限制取决于外部NiO的添加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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