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Spectroscopic Study of Autocombustion Process in the Synthesis of Nano Particles of Ni-Cu Ferrite

机译:镍铜铁氧体纳米粒子合成中自燃过程的光谱研究

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The size of nano particles of ferrites synthesized using low-temperature procedures is sensitive to the chemical reactions. At times, the intermediary stages of chemical reactions remain subtle. It is because of the rate of reactions being fast. Some chemicals which take part in the reaction are playing an autocatalytic role. The understanding of the role played by such reactants is essential for having the control on the reaction and growth size of the particles of the product. FTIR spectroscopic analysis along with DTA can play still a substantial role in the synthesis of nano particles. In this article, the successful use of sol-gel technique with citric acid as the catalysis is analyzed using FTIR and TGA. The individual stages of reaction are explained.
机译:使用低温程序合成的铁氧体纳米颗粒的大小对化学反应敏感。有时,化学反应的中间阶段仍然很微妙。这是因为反应速度快。一些参与反应的化学物质起着自催化作用。了解这类反应物的作用对于控制反应和产物颗粒的生长尺寸至关重要。 FTIR光谱分析与DTA一起仍可在纳米颗粒的合成中发挥重要作用。在本文中,使用FTIR和TGA分析了柠檬酸作为溶胶-凝胶技术的成功应用。解释了反应的各个阶段。

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