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Investigation of Critical Parameters of Insulating Mineral Oil Using Semiconductive Nanoparticles

机译:半导体纳米粒子绝缘矿物油临界参数的研究

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This work investigates the effect of semiconductive nanoparticles on electrical and physical properties of insulating mineral oil (Transformer oil). Nanoparticles of TiO_2, SiO_2 and ZnO were separately added into the transformer oil with particle volume fractions of 0.01% and 0.075% to form Nanofluids (NFs), with an aim of enhancing critical properties of the oil. The critical properties like Breakdown voltage (BDV), Flash point, Fire Point and Viscosity were measured at room temperature according to ASTM and IEC standards. It was found that the breakdown voltage of the transformer oil has improved after the addition of nanoparticles with increase in particle volume fractions. Meanwhile, the flash point retains the same value, the fire point has shown an increase from 5°C to 10°C and the viscosity doesn't have any dramatic change after the addition of nanoparticles.
机译:该工作研究了半导体纳米粒子对绝缘矿物油(变压器油)的电和物理性质的影响。将TiO_2,SiO_2和ZnO的纳米颗粒分别加入粒子体积分数0.01%和0.075%以形成纳米流体(NFS),目的是提高油的关键性质。根据ASTM和IEC标准,在室温下测量击穿电压(BDV),闪点,火点和粘度等临界性质。发现在添加颗粒体积级分的纳米颗粒后,变压器油的击穿电压已经改善。同时,闪点保持相同的值,火点显示出从5℃至10℃的增加,并且在加入纳米颗粒后粘度没有任何显着的变化。

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