CAJ | 학술논문

通过研究氧化石墨烯-丙三醇复合修饰钛氧微粒的结构、电流变液的性能，比较了石墨烯修饰前后以及不同添加量对丙三醇复合钛氧微粒电流变液微粒的结构、性能变化规律，发现石墨烯-丙三醇复合修饰微粒可大幅提高电流变液的剪切强度，并提高其稳定性。
통과연구양화석묵희-병삼순복합수식태양미립적결구、전류변액적성능，비교료석묵희수식전후이급불동첨가량대병삼순복합태양미립전류변액미립적결구、성능변화규률，발현석묵희-병삼순복합수식미립가대폭제고전류변액적전절강도，병제고기은정성。
This paper researched the microstructure and properties of graphene oxide(GO)-Gly(Glycer-ol)-Ti-O particles ER fluid and compared the difference of microstructure and properties modification by different amount GO,and it has grasped the law of microstructure and mechanics properties of GO-Gly-Ti-O particles ER fluid. It is found that GO and Gly modification has major effect on shear stress and sedi-mentation.