谐谐

给出了动力系统的动力响应。发现存在亚谐、超谐共振。

The , the sub - harmonic and super - harmonic and response is found .

多谐波源网络谐波源建模与谐波叠加仿真多谐波源电力系统谐波潮流计算&（Ⅲ）三相桥式整流负荷的谐波电流模型

Harmonic sources modeling and harmonic superposition simulation of power system with multi-harmonic sources HARMONIC CURRENT MODELLING FOR THREE-PHASE RECTIFIER BRIDGE

研究了系统超谐、亚谐、谐波、组合谐波解，幅频特性和分岔、混沌特性。

Sup-harmonic , sub-harmonic , harmonic , combination harmonic response , amplitude frequency characteristic and the behaviors of bifurcation and chaos are studied .

该耦合系统在外加调制磁通的作用下，两个Cooper对盒量子比特的频率存在一个随时间变化的失谐量，失谐量的变化使得电子在能级间发生了Landau-Zener隧穿。

On the condition of the coupling system which is modified by applied flux , there is a detune between of two CPB , energy levels have Landau-Zener tunneling for the changed detune with time .

考虑非对称效应的非线性结构超谐共振与亚谐共振

Superharmonic resonance and subharmonic resonance of nonlinear structures considering nonsymmetrical effect

文中结论为超高阶次球谐综合与球谐分析的数值计算提供了可靠的依据。

The conclusions are useful for selecting computing methods of ALFs in spherical harmonic synthesis and analysis .

经典失谐与量子失谐

Classical and quantum detuning

其次，研究了成组叶片-轮盘在简谐激励下的振动响应局部化，分析了组数和组间刚度对谐调和随机失谐成组叶片-轮盘振动响应局部化的影响。

The effects of group number and group coupling stiffness on vibration response localization of tuned and random mistuned grouped blade disk were analyzed .

以单频、谐频、多谐频噪声的正弦波产生出的信号再加上高斯噪声加以合成，使其产生出模拟抽油烟机的噪声声波，来进行模拟实验。

Using sine wave of single-frequency , harmonic frequency , multi-harmonic frequency noise plus Gaussian noise to simulate the noise wave produced by exhauster .

再次，利用多尺度法分析船舶在波浪中接近主共振、亚谐共振和超谐共振时的非线性横摇运动，并给出三种共振的近似解。

Moreover , the multiscale method was used to study the main , ultraharmonic and subharmonic resonances of nonlinear rolling in waves , and the approximate solutions of the three resonances were given .

最后介绍了球谐系数与椭球谐系数之间的转换关系，从而很容易求得椭球界面下边值问题的级数解。

At the end of this paper , the transformation between spherical coefficients and ellipsoidal coefficients is introduced , from which the series solution of the boundary value problem under ellipsoidal boundary can be derived easily .

该智能消谐系统能够自动判断系统运行状态，在铁磁谐振发生以后，可以迅速启动消谐装置，消谐效果良好。

The intelligent system for ferroresonance suppression could automatically judge the run status of power distribution system . After the occurrence of ferroresonance , the devices of the intelligent system for ferroresonance suppression were started quickly . So the result of ferroresonance suppression was very good .