Nickel and Zinc Hydroxycarbonates are Precursors of Nanoscale Oxides

Oleh Denysov, E. Tantsiura, Kamila Abuzarova, O. Korchuganova
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Abstract

The nanosized nickel and zinc oxides are popular materials for chemical and electronic industries. Wet chemistry methods are used for their production. Oxide precursors are metal hydroxycarbonates, that have a changing composition. As a result, hydroxycarbonates calcining oxides are formed. For the design of the technological process, the study of hydroxycarbonates composition is needed. In this work results of the zinc and nickel hydroxycarbonates composition study are presented by the volumetric method. Besides that, the SEM and X-ray investigations of nickel hydroxycarbonate are presented showing the shape of hydroxycarbonate and nano size of nickel oxide.
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羟基碳酸盐镍和锌是纳米级氧化物的前体
纳米级氧化镍和氧化锌是化学和电子工业的热门材料。它们的生产采用湿化学方法。氧化物前体是金属羟基碳酸盐,具有变化的组成。结果,羟基碳酸盐煅烧形成氧化物。在工艺设计中,需要对羟基碳酸盐的组成进行研究。本文介绍了用体积法研究锌和镍羟基碳酸盐组成的结果。此外,对羟基碳酸镍进行了扫描电镜和x射线的研究,显示了羟基碳酸镍的形状和纳米尺寸的氧化镍。
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Influence of Prolonged Annealing on Properties of Y2O3 Nanosized Ceramics Influence of Annealing on the Structure and Mechanical Properties of PECVD Si-C-N Films Nickel and Zinc Hydroxycarbonates are Precursors of Nanoscale Oxides Uncertainty Quantification of Charge Transfer through a Nanowire Resonant-Tunneling Diode with an ADHIE-FDTD Method [Copyright notice]
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