这里还详细讨论了砂轮尺寸误差的补偿方法。
In this paper Compensation method of wheel sige deviation is discussed in detail.
对厚度较薄或要求外形尺寸严格的产品，返修时应采用砂轮打磨等方法，以防变形。
Grinding wheel method has to be taken to avoid deformation during rework for think thickness material or strict dimension requirement parts.
根据采用砂轮的磨削工艺，这些尺寸变化很大。
These dimensions vary widely, depending upon the grinding process for which the wheel is to be used.
数控磨削加工的难点在于，由于砂轮在磨削过程中是不断磨损的，因此使得被磨工件的加工尺寸不能恒定。
The difficulty in NC grinding is that the size of the work piece cannot be invariable because the grinding wheel will be abraded continuously in the grinding process.
分析了砂轮磨损对准平面二次包络环面蜗杆传动的蜗杆几何尺寸以及接触和运动精度的影响。
It analyzes the influence of the grinding wheel wear on geometric size and teeth contact of worm gear, kinematics precision of the quasi-plane double enveloped hourglass one.
研究结果表明，对于单晶硅等脆性材料，其表面粗糙度主要与砂轮的平均磨粒尺寸、进给量等因素有关。
It is shown that the surface roughness is mainly related with the average grain size and feed per wheel revolution for the brittle materials such as single silicon.
研究结果表明，对于微晶玻璃等脆性材料，其表面粗糙度主要与砂轮的平均磨粒尺寸、砂轮速度、进给量及磨削深度等因素有关。
It is showed that the surface roughness is mainly related with the average grain size and feed per wheel revolution for the brittle materials such as single crystal silicon.
在磨削加工中，受机床、砂轮、工件、夹具等众多因素的影响，加工工件的尺寸精度和精度一致性呈现出不确定性和严重的非线性。
In grinding process, the dimensional precision of work piece shows its uncertainty and non-linearity because of the machine tool property, the grinding wheel, the clamp, etc.
陶瓷结合剂金刚石砂轮磨削金刚石复合片的优点是磨削效率高、磨削的复合片尺寸一致性好、磨削噪音低、对磨床主轴的损害小。
The advantage of using v-bond diamond grinding wheel to grind PDC is the higher grinding efficiency, the better uniformity of PDC size and grinding noise.
实验结果表明，金刚石砂轮磨粒尺寸和磨削深度对磨削表面的微观形貌如几何形态和表面纹理具有重要影响。
Experimental results show that the grain size of diamond grinding wheel and grinding depth have important influence on micro-topography such as geometrical shape and surface topography etc.
试验结果表明，按砂轮磨粒平均尺寸选择砂轮修整参数是合适的。
Experimental results show that the dressing parameter depending upon the average dimension of grinding particle is proper.
因为对于一个给定的抛光砂轮，它每一次能抛光的总表面积有限，所以最大限度地扩大砂轮的尺寸能够使每次抛光的部件的总表面积达到最大。
Since there are limits on the maximum amount of part surface area that can be processed with a given wheel size, maximizing the size of the wheels will allow the maximum number of parts per run.
因为对于一个给定的抛光砂轮，它每一次能抛光的总表面积有限，所以最大限度地扩大砂轮的尺寸能够使每次抛光的部件的总表面积达到最大。
Since there are limits on the maximum amount of part surface area that can be processed with a given wheel size, maximizing the size of the wheels will allow the maximum number of parts per run.
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