Field distribution is a important factor in magnetic abrasive finishing.
磁场分布是影响磁力研磨加工的一个重要因素。
There is the best value of the finishing pressure in abrasive finishing.
在研磨加工中，研磨压力存在最佳值。
The technology of the magnetic abrasive finishing(MAF)was discussed to finish the curve surface of the large mould.
针对大型模具曲面精整加工的问题，探讨采用磁力研磨加工模具曲面的工艺。
This paper discusses the technology of the NC magnetic abrasive finishing of ld (mould steel) based on the experiments.
讨论了数控磁性研抛工艺在LD新型模具钢上的使用情况。
According to the principle of magnetic abrasive finishing, a magnetic abrasive finishing setup was designed base on CNC milling machine.
根据磁力研磨加工原理，基于数控铣床研制了磁力研磨实验装置，对平面和凹面的磁力研磨加工进行了实验研究。
A new technology of magnetic abrasive finishing (MAF) has been theoretically discussed in the article, which is a magnetic abrasive jet machining system.
提出了一种新的磁力研磨工艺磁粒喷洒加工系统。它主要应用于非轴对称件的加工，并从理论上对该方法进行了初步的探讨。
The magnetic abrasive finishing is a new technology used to process the surface of work piece by the relative motion with magnetic abrasive in the magnetic field.
磁性研磨是一种利用磁场中的磁性磨料对具有相对运动的工件表面进行光整加工的新技术。
The distribution of magnetic field is one of the important factors that affect magnetic abrasive finishing. The main method of this research is numerical calculation.
磁场分布是影响磁粒研磨加工的重要因素之一，研究磁场分布的主要方法是数值计算法。
Deal with the technology force of magnetic abrasive finishing, and deduce corresponding mathematic formulas. All of its will be effective for the MAF to use in production.
对磁力研磨光整加工所涉及的加工工艺力进行研究，给出相应的数学表达式，对磁力研磨在生产中的应用提供了重要的理论依据。
The influence of the technical parameters, including magnetic strength, working gap and machining time etc. on the result of magnetic abrasive finishing is analyzed through experiment.
通过实验，分析了磁感应强度、工作间隙、加工时间等工艺参数对研抛效果的影响。
Ordinary abrasive machining applications in a large volume of new types of abrasive and grinding of the application of advanced abrasive finishing techniques and set higher requirements.
普通磨具在机械加工中应用量很大，各种新型磨具和先进磨削工艺的应用对磨具修整技术提出了更高要求。
To the problem of automatic finishing and polishing and processing of mould surface in mould manufacturing, a digitized magnetic abrasive finishing and polishing technology are introduced.
针对模具制造过程中模具表面的自动化研抛光整加工的问题，介绍了一种数字化磁力研抛技术。
The stress and grinding mechanism of a single magnetic abrasive grain in the magnetic abrasive finishing are analyzed. The required properties and preparation technologies of MAGS are discussed.
分析了磁力研磨加工过程中单个磁性磨粒的受力状况和磨削机理，论述了磁性磨粒的性能要求和制备工艺。
The Numerical simulations of the kinematic characteristics of the abrasive fluid in the process of planetary finishing have been completed by using a model of two-phase fluid dynamics.
本文用流固两相流模型对行星抛光过程中磨料流的运动特征进行数值模拟，得出磨料流运动的动态数值结果。
The experiments shows that the newly made abrasive media can be used for abrasive flow finishing of extrusion dies.
实验结果表明，这种国产珩磨膏适合用于铝型材挤压模具的珩磨抛光。
The structural surfaces are not easy to be finished by polishing tools. A new method of precision finishing based on low viscosity liquid-solid two-phase abrasive flow was provided.
针对结构化表面不易采用工具实现精密光整加工的问题，提出了一种基于低黏度液-固两相磨粒流的精密光整加工新方法。
Liquid-magnetic abrasive tool finishing is a kind of new technology on precise surface finishing.
液体磁性磨具光整加工技术是一种新型的精密表面光整加工技术。
The liquid-magnetic abrasive tool finishing technology is the surface finishing technology which utilizes the magnetic rheological property of the liquid-magnetic abrasive tool.
液体磁性磨具光整加工法是利用液体磁性磨具的磁流变特性开发的表面光整加工方法。
Using liquid-magnetic abrasive tool finishing workpiece, the quality of surface can obtain satisfied effect.
实验结果表明，用液体磁性磨具对零件表面进行光整加工可以达到满意的效果。
According to the movement analysis of abrasive, finishing mechanism analysis and energy flow analysis, the influence factors of the finishing effects have been studied by experiments.
根据磨块运动分析，加工机理分析以及加工过程的能量流分析，对影响加工效果的各种因素进行了实验研究。
According to the movement analysis of abrasive, finishing mechanism analysis and energy flow analysis, the influence factors of the finishing effects have been studied by experiments.
根据磨块运动分析，加工机理分析以及加工过程的能量流分析，对影响加工效果的各种因素进行了实验研究。
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