Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间的耦合特性，建立了压电驱动系统的网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子微域的转角处，你可看见环形谐振电路，这是用传统的方式（非光子晶体方式）来表示用于滤波器等的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间耦合特性，建立了压电驱动系统模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在微域转角处，你可看见环形谐振电路，这是用传统方式（非体方式）来表示用于滤波器等谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压驱动器与热声谐腔间耦合特性，建立了压驱动系统网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子转角处，你可看见环形谐路，这是用传统方式（非光子晶体方式）来表示用于滤波器等谐腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动与热声谐振腔间的耦，建立了压电驱动系统的网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子微域的转角处，你可看见环形谐振电路，这是用传统的方式（非光子晶体方式）来表示用于滤的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间的耦合特性，建立了压电驱动系统的拟型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在微域的转角处，你可看见环形谐振电路，这是用传统的方式（晶体方式）来表示用于滤波器等的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间的耦合特性，建立了压电驱动系统的网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子微域的转角处，你可看见环形谐振电路，这是用传统的方式（非光子晶体方式）来表示用于滤波器等的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间的耦合特性，建立了压电驱动系统的拟型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在微域的转角处，你可看见环形谐振电路，这是用传统的方式（晶体方式）来表示用于滤波器等的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动与热声谐振腔间的耦，建立了压电驱动系统的网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子微域的转角处，你可看见环形谐振电路，这是用传统的方式（非光子晶体方式）来表示用于滤的谐振腔。

Abstract: A network model was developed to analyze a piezoelectric source driving a resonantor to investigate the coupling of the piezoelectric loudspeaker with a thermoacoustic resonantor.

为了研究压电驱动器与热声谐振腔间的耦合特性，建立了压电驱动系统的网络模拟模型。

Finally, in the micropolis corners you can see ring resonators, which are a conventional (non photonic-crystal) way to achieve a resonant cavity for use in channel-drop filters, etcetera.

最后，在光子微域的转，可看谐振电路，这是用传统的方式（非光子晶体方式）来表示用于滤波器等的谐振腔。