采用对比的方法,从影响巨电流变体沉降稳定性的因素入手,研究微粒大小、基液黏度、温度变化、添加剂的加入等对沉降稳定性的影响。研究表明:随微粒粒径增加,沉降稳定性越差;基液黏度增加,巨电流变体的沉降稳定性提高;添加剂SDBS可显著改善Ni/TiO2基巨电流变体的沉降稳定性,沉降稳定性由85%提高到97%。 By contrasting the factors that affect the settling stability of the giant current transformer, the influence of the particle size, the viscosity of the base fluid, the temperature change and the additives on the settling stability were studied. The results show that with the increase of particle size, the settling stability becomes worse. The viscosity of the base fluid increases, and the settling stability of the giant current-rheological compound increases. The additive SDBS can significantly improve the settling stability and settling stability of the Ni / TiO2- Sex increased from 85% to 97%.