With the extensive application of optical parts in many high‐tech fields such as high‐power
laser, space optics, and aerospace, the requirements for the surface quality of optical parts …

This article discusses advanced developments and applications of chemical mechanical
polishing (CMP) published recently in the selected papers indexed by Web of Science. The …

Precision complex surfaces components are in high demand for optical imaging, high-power
lasers, and medical implants. Magnetorheological finishing (MRF) is widely used in ultra …

The material removal process of magnetorheological foam plane finishing (MRFPF) method
which considers various processing conditions was studied in this paper. A material removal …

Ceramics are advanced engineering materials in which have been broadly used in
numerous industries due to their superior mechanical and physical properties. For …

The dwell-time algorithm is one of the critical technologies in magnetorheological finishing,
and its solution accuracy largely determines the final processing quality. In this study, the …

In the process of magnetorheological polishing of planar optical elements, in order to solve
the problem of uneven material removal rate and improve the polishing efficiency of planar …

In the traditional magnetorheological polishing of flat planar elements, there have been
problems like low efficiency and uneven surface. To improve the surface quality of optical …

Multi-pole arrangements in magnetorheological plane finishing technology have been
investigated in this study. A method of combining the material removal mechanism of micro …

The need for ultraprecision finishing has grown, and magnetic field-assisted finishing has
shown potential for overcoming some challenges. This study evaluates the scientific …