单词查询
cylindricity
美[sɪlɪnd'rɪsɪtɪ]，英[sɪlɪnd'rɪsɪtɪ]，
释义
「
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n. 圆筒度； 网络释义： 圆柱度；园柱度；柱面度；
例句
The cylindricity error can be got by optimization. The results show that this method can get cylindricity error without damage and touch.
实验结果表明，该方法可以在无接触无破坏的前提下得到较为准确的测量结果。
Then the edge points of the pipe are extracted by Facet model. The cylindricity error can be obtained by the least square cylinder.
在已知所有边缘点信息的基础上采用最小二乘圆柱法求得管道的圆柱度误差。
The cylindricity error separation and reconstruction method proposed in this paper was systematically verified.
利用自律验证法对本文提出的圆柱度误差分离及重构方法系统地进行了实验验证。
Cylindricity error is defined as the changes between measured column and ideal column.
圆柱度误差是指实际被测圆柱面对其理想圆柱的变动量。
Based on industrial CT, this dissertation studied the cylindricity error evaluation and inner surface display of pipeline.
本文以工业CT为基础，研究了工件内部管道的圆柱度测量与内表面显示算法。
The experimental results show that the roundness is improved by 40% and cylindricity by 23% after compensation.
实验结果表明，补偿后的工件圆度误差平均改善了40%，圆柱度误差平均改善了23%。
Because of the limit of measuring tools, the traditional methods can not evaluate the cylindricity error of internal pipe.
由于测量工具的限制，传统方法对无法充分接触的内部管道的圆柱度难以测量。
While the plane is measured by using the cylindricity measuring instrument and square, the data acquisition should be done at the same time.
首先利用圆柱度仪和角尺对被测件进行测量，同时采集原始测量数据，然后利用最小二乘法实现平面度误差的评定。
实验结果表明，该方法可以在无接触无破坏的前提下得到较为准确的测量结果。
Then the edge points of the pipe are extracted by Facet model. The cylindricity error can be obtained by the least square cylinder.
在已知所有边缘点信息的基础上采用最小二乘圆柱法求得管道的圆柱度误差。
The cylindricity error separation and reconstruction method proposed in this paper was systematically verified.
利用自律验证法对本文提出的圆柱度误差分离及重构方法系统地进行了实验验证。
Cylindricity error is defined as the changes between measured column and ideal column.
圆柱度误差是指实际被测圆柱面对其理想圆柱的变动量。
Based on industrial CT, this dissertation studied the cylindricity error evaluation and inner surface display of pipeline.
本文以工业CT为基础，研究了工件内部管道的圆柱度测量与内表面显示算法。
The experimental results show that the roundness is improved by 40% and cylindricity by 23% after compensation.
实验结果表明，补偿后的工件圆度误差平均改善了40%，圆柱度误差平均改善了23%。
Because of the limit of measuring tools, the traditional methods can not evaluate the cylindricity error of internal pipe.
由于测量工具的限制，传统方法对无法充分接触的内部管道的圆柱度难以测量。
While the plane is measured by using the cylindricity measuring instrument and square, the data acquisition should be done at the same time.
首先利用圆柱度仪和角尺对被测件进行测量，同时采集原始测量数据，然后利用最小二乘法实现平面度误差的评定。