CAJ | 학술논문

电流变抛光液中的固相极化后形成复杂的微观结构并改变其流变性能。通过超景深三维显微系统观察了电流变抛光液在外加电场作用下形成的微观结构。根据粒子介电极化模型和抛光液中固相粒子间的作用力，建立了混有不同粒度磨料颗粒的电流变抛光液中固相粒子的结合模型，分析了颗粒粒度和粒子间作用力等因素对粒子结合模型的影响。
전류변포광액중적고상겁화후형성복잡적미관결구병개변기류변성능。통과초경심삼유현미계통관찰료전류변포광액재외가전장작용하형성적미관결구。근거입자개전겁화모형화포광액중고상입자간적작용력，건립료혼유불동립도마료과립적전류변포광액중고상입자적결합모형，분석료과립립도화입자간작용력등인소대입자결합모형적영향。
The rheological properties of electrorheological (ER) polishing fluid is changed enormously as the complex microstructure formed by the polarized particles. The microstructure formed by polarized particles perpen-dicular to the electrodes is observed by CCD camera. On the basis of dielectric polarization model and the interac-ting force between particles in ER polishing fluid, the combination structures of ER polishing fluid mixed with abra-sive particles of different grain size are acquired under applied external electric field, and the influence on the inter-action force between the particles and abrasive particles grain size to the combination structures of ER polishing flu-id is analyzed. The combination microstructure of ER polishing fluid has been analyzed with the influencing factors such as the interaction force between the particles and the grain size of abrasive particle, and so on.