Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比,可精叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比表明,该电路是一种简单实用的非相关检测方式,与其原有的基相关处理部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个时间相关性的生理参数，比双侧肾脏的RI值可显著提高其诊断梗阻的准性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比，配件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比较,可精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是一种简单实用的非检测方式,与其原有的基理部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一性的生理参数，比较双侧肾脏的RI值可显著提高其诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各配件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

传统的“等角变换”法比较,可精确计算叶片的全部几何参。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

他方式的比较表明,该电路是一种简单实用的非相关检测方式,原有的基相关处理部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个时间相关性的生理参，比较双侧肾脏的RI值可显著提高诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

承径的承载能力都比较大，各配件可替换性强。承通过调节偏心外六角来调整芯位置进而达到调整侧滚轮尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比较,可精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是一种简单实用的非相关检测方式,与其原有的基相关处理部分结合可获得良好的接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个时间相关性的生理参数，比较双侧肾脏的RI值可显著提高其诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各配件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比较,可精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是种简单实用的非相检测方式,与其原有的基相部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是间相性的生参数，比较双侧肾脏的RI值可显著提高其诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各配件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比较,精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是一种简单实用的非相关检测方式,与其原有的基相关处理部分结得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

生后RI是一个时间相关性的生理参数，比较双侧肾脏的RI值显著提高其诊断的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各配件替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“换”法比较,可精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是一种简单实用的非相关检测方式,与其原有的基相关处理部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个时间相关性的生理参数，比较双侧肾脏的RI值可显著提高其诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

径向和向的载能力都比较大，各配件可替换性。通过调节偏心外六来调整芯位置进而达到调整侧滚轮向尺寸的目的。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统“等角变换”法较,可精计算叶片全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方较表明,该电路是一种简单实用非相关检测方,与其原有基相关处理部分结合可获得良好超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个时间相关生理参数，较双侧肾脏RI值可显著提高其诊断梗阻准。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

承径向和向承载能力都较大，各配件可替换强。承通过调节偏心外六角来调整芯位置进而达到调整侧滚轮向尺寸目。

Compared with traditional "isogonal transformation method", all geometric parameters of the leaf curved surface may be calculated exactly.

与传统的“等角变换”法比较,可精确计算叶片的全部几何参数。

Meanwhile, experiment data and results are provided.Comparison with other methods indicates this circuit is an easy and useful noncorrelation detection method,and can get good ...

与其他方式的比较表明,该电路是一种简单实用的非检测方式,与其原有的基处理部分结合可获得良好的超宽信号接收效果。

Conclusion: RI is a time-dependent physiological parameters, it can significantly enchance the diagnostic value for obstructive uropathy by analysis of the interrenal RI difference or ratio.

梗阻发生后RI是一个性的生理参数，比较双侧肾脏的RI值可显著提高其诊断梗阻的准确性。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各配件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。