2) F0 normalizations
基频归一法
1.
We compare the effect of different F0 normalizations according to contrasts between experimental conclusion and traditional conclusion.
基频归一法的本质是如何理解音高和基频的对应关系以及对基频向音高转换的感知过程进行数学模拟,本文从心理物理学和生理学两个角度对基频和音高关系的有关研究进行了介绍,并介绍了本文使用的五种基频归一法的公式。
4) normalized frequency
归一化频率
1.
The relationships between the interplanar spacing,Bragg diffraction peak and normalized frequency under pressure were discussed by studying the pressure sensitivity properties of the three-dimensional polystyrene photonic crystals.
通过研究聚苯乙烯三维光子晶体的力敏性质,讨论了不同压强作用下聚苯乙烯三维光子晶体的晶面间距、Bragg衍射峰与归一化频率之间的关系:随外加压强的增大,晶面间距减小;随归一化频率的增大,Bragg衍射峰随之蓝移。
5) normalized spatial spectrum
归一化频谱
1.
Three-dimension recognition of normalized spatial spectrum based on grating modulation;
基于光栅调制的归一化频谱三维识别
6) Normalization references
归一化基准
补充资料:2-甲氧基-5-吡啶硼酸频哪醇酯
分子式:C12H18BNO3
分子量:235.09
CAS号:445264-61-9
性质:熔点47-51°C。
分子量:235.09
CAS号:445264-61-9
性质:熔点47-51°C。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条