利用声发射方法检测砂轮的磨损状态以及修整过程，并提出了实现砂轮磨损误差在线补偿的方法。
This paper presents a new method of testing wheel form and its dressing with acoustic emission. The on-line workpiece size compensation method is shown.
然而，因此磨损测量的深度可能潜在的包含了最初的误差。
Thus, the wear depth estimation could potentially include the initial nonsphericity.
提出了一种基于声发射检测技术的砂轮磨损测量及加工误差补偿系统。
The method of grinding wheel wear test and error compensation is presented based on acoustic emission technique in this paper.
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