jet polishing

Magnetorheological jet polishing ( MJP) is a new deterministic precision finishing technology.

磁射流抛光技术是一种新型的确定性精密抛光方法。

Characteristics of the polishing area are investigated by fluid jet polishing ( FJP) and removal mechanism of material in the experiment.

从实验出发，研究了液体喷射抛光中抛光区的特征及材料的去除机理。

Magnetorheological jet polishing ( MJP ) is a new deterministic precision finishing technology.

磁射流抛光技术是一种新型的确定性精密抛光方法.

The effects on material removal of MJP Jet Polishing by several parameters were given.

研究了磁射流抛光时几种工艺参数对材料去除的影响.

Fluid Jet Polishing ( FJP) is a new finishing process in advanced optical manufacturing.

液体喷射抛光（Fluid Jet Polishing，简称FJP）技术是近年来刚刚提出的应用于先进光学制造业的新思路与方法。

Distribution of removed material in Fluid Jet Polishing ( FJP) was investigated in experiments. The characteristics of fluid velocity and pressure on the sample surface were simulated using Finite Element Method ( FEM) when the fluid jet impacts the work piece.

实验研究了液体喷射抛光技术的材料去除量分布特征，并利用有限元分析方法，分析了抛光头（液体柱）与工件表面相互作用时流场的分布特点。

Based on experiment, the influence of the process parameters of fluid Jet polishing ( FJP), including working pressure, working distance, jet angle and working time etc, on the removal rate of the workpiece is investigated.

以实验为基础，研究了液体喷射抛光技术的各工艺参数，包括喷射角、工作压力、工作距离和作用时间等参量对工件材料去除的影响。