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The Electrochemical Properties of SiC Nanoparticle Suspension

机译:SiC纳米颗粒悬浮液的电化学性质

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This study places SiC nanopartides into deionized water and uses NaOH and H_2SO_4 to produce alkaline and acid nanofluids, respectively. A Cu electrode was then inserted into the SiC nanofluid with different voltages activated to observe particle absorption at the electrode and to investigate the electrochemical properties of SiC nanofluid under the influence of voltage, as well as the aggregation and precipitation of particles. In addition, the three-polar method is used to produce anodic polarization curves of the acid and alkaline solutions with the SiC particles to determine the electric potentials of oxidation reduction of the acid and alkaline nanofluids, respectively. The overall purpose of this research was to investigate the electrical properties of SiC nanopartides in SiC nanofluids of varying pH values.
机译:这项研究将SiC纳米粒子放入去离子水中,并使用NaOH和H_2SO_4分别生成碱性和酸性纳米流体。然后将铜电极插入到具有不同电压的SiC纳米流体中,以观察电极上的颗粒吸收情况,并研究在电压影响下SiC纳米流体的电化学性质以及颗粒的聚集和沉淀。此外,使用三极方法生成带有SiC颗粒的酸和碱溶液的阳极极化曲线,分别确定酸和碱纳米流体的氧化还原电势。这项研究的总体目的是研究不同pH值的SiC纳米流体中SiC纳米粒子的电性能。

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