1.Measurement result shows that this novel EBG structure has good stopband characteristic in a wide band.测量结果显示，新型EBG结构在宽频带内具有良好的阻带特性。

2.Finally in this chapter, the parasitical strip and the folded slot have been used to implement the dual band-notched characteristic.在本章的最后，采用寄生条带和贴片开槽的方法，实现了天线的双阻带特性。

3.The scattering parameters of two proposed electromagnetic stop band filters have been fitted by this method.本文提出了两种电磁阻带结构滤波器，并用该方法拟合了它们的散射参数。

4.As the result, an improved scheme is derived to epminate the pass-band and stop-band fluctuations by means of windowed series.通过对滤波器特性的理论分析给出了加窗序列改进方案，基本消除了通带和阻带内的波动。

5.Factors affecting the stopband characteristic and apppcations of the structure are also studied.并研究了影响阻带特性的因素及这种结构的应用。

6.The design of PBG structures and the effect of the size of period, the number of periods, the size of unit etc. are presented.周期长度、周期个数、单元尺寸等几个方面对阻带特性的影响等，并给出了结论。

7.In load cell apppcations, this stop-band rejection is useful to reject low frequency mechanical vibrations of the load cell.在称重传感器应用中，此阻带抑制性能可有效抑制称重传感器的低频机械振动。

8.The periodic defected ground structures (PDGS) are the structures that are etched periodically on the circuit's ground plane.周期性缺陷接地结构（PDGS）是一种微波电路的周期性“缺陷”结构，存在明显的频率阻带特性。

9.The design method of an active SAW filter module with low frequency and high stopband rejection is introduced in this paper.介绍了一种低频高阻带抑制SAW有源滤波组件的设计方法，并介绍了最新研制的滤波组件的性能。

10.Equation for stopband transmission zeros of such lowpass filter is derived from a new equivalent circuit model.本文基于新的等效电路模型，推导出了此类低通滤波器的阻带传输零点位置。