1.
An Approach of Speech-driven Facial Animation Based on Formants Analysis
一种基于共振峰分析的语音驱动人脸动画方法
2.
Analysis and utilization of interfering peak in optical magnetic resonance experiment;
光磁共振实验中干扰峰的分析及利用
3.
The sharp peak's behavior-the conditions under which it is present-correlated well with what was expected for a magnetic resonance.
尖峰的行为（出现尖峰的条件）与磁共振所预期的十分契合。
4.
Algorithm of piecewise linear predictive coding for speech formant frequency estimation
语音信号共振峰频率估计的分段线性预测算法
5.
On the Electronic Behavior Retrieved from the Raman Intensity and Resonances in the Highly Excited Molecular Vibration;
分子拉曼峰强中的电子结构信息与激发振动态共振的研究
6.
nuclear paramagnetic resonance chemical analyzer
核顺磁共振化学分析器
7.
ANALYSIS AND TESTS OF THE PEAK VALUE OF STRESS IN BROADBAND RANDOM VIBRATION
宽带随机振动峰值应力分析与试验研究
8.
Dynamic analysis and simulation for anti-resonant vibration machines with smallest upper body's amplitude when anti-resonant vibration happens
反共振时上质体振幅最小的反共振振动机动力学分析与仿真
9.
Relative Similarity of Common and Variant Peak Ratio in Different Species of Herba Dendrobii
不同种石斛的相似性的共有峰率和变异峰率双指标序列法分析
10.
Common and Variant Peak Ratios in IR Fingerprint of Cacumen Platycladi with Dual-Index Sequence Analysis
侧柏叶红外指纹图谱共有峰率和变异峰率双指标序列分析法
11.
Theory analysis on resonance frequencies of linear vibration and torsional vibration of strapdown IMU damping system
捷联惯组减振系统角振动、线振动共振频率理论分析
12.
The areas under the two resonance envelopes are unequal.
两个共振峰下面的面积是不相等的。
13.
The Study on Solvent Resonance Suppression Method in Liquid NMR;
液体核磁共振溶剂峰抑制方法的研究
14.
Mechanism Analysis of Resonance-type Low-frequency Oscillation Caused by Networks Side Disturbance
电网侧扰动引起共振型低频振荡的机制分析
15.
THEORETICAL ANALYSIS OF COMBUSTION OSCILLATION SUPPRESSION WITH HELMHOLTZ RESONATORS
亥姆霍兹共振器抑制振荡燃烧理论分析
16.
Bifurcation analysis of a pipe conveying pulsating fluid with combination parametric and internal resonances
输流管道在组合参数共振和内共振下的分岔分析
17.
Application of NMR and MS to Structural Analysis of Saccharide
糖类结构的核磁共振波谱及质谱分析
18.
Proton Nuclear Magnetic Resonance Analysis of Two Ru(Ⅱ ) Complexes
两种钌(Ⅱ)络合物的核磁共振氢谱分析