粒子分散型機能性流体を用いた精密研磨方法の開発

概要

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Since the solids in the particle dispersion type functional fluid have been found to reciprocate between electrodes under A.C electric field at low frequencies, it can be considered that these particles motion promotes the continued dispersion of the solids and applied field assists the ratainment of the same in the working area. Furthermore, it can be expected that the ground particles are removed from the working area continuosly due to their differences in dielectric constant and conductivity with diamond particles. In this paper, it is elucidated that the effect of electric field on the finishing properties. The optimum finishing conditions of the parameters such as, electric field strength, finishing pressure, applied frequency and processing time under the present experimental set-up were 3.5kV/mm, 24kPa, 0.8Hz and 300s, respectively.
一般社団法人日本機械学会の論文
2000-09-25