受电极界面反应影响，电极在探测信号时对应着一个最佳工作频率范围。
The optimum of frequencies of the electrode was limited by the rate of the reaction on its surface.
简要概述了其实现方法，并对其反射、透射、吸收、工作带宽和最佳工作频率等特性参数进行了分析与计算。
Its realization is summarized, characteristic parameters such as reflection, transmission, absorption, bandwidth and optimal frequency responding to different function are also analyzed and computed.
由理论分析和试验，给出了最佳灵敏度时换能器的工作频率和晶片倾斜角，实际应用效果良好。
The working frequency and crystal Angle for optimal sensitivity were obtained by theoretic analysis and experiments. Its practical application was satisfactory.
两个每秒(赫兹周期)是神经再生有效，7赫兹是骨骼生长最佳，10赫兹用于韧带和频率有所提高皮肤毛细血管的工作。
Two cycles per second (Hz) is effective for nerve regeneration, seven Hz is optimal for bone growth, ten Hz is used for ligaments, and somewhat higher frequencies work for skin and capillaries.
基于实际作战需要，提出了一种波形设计的新思路，实现了各重复频率脉冲的自适应选择，以使雷达能够智能化的始终工作于最佳状态。
Then a new adaptive waveform design scheme is presented. As a result an optimal waveform can be selected and the performance of fire control radar can be improved.
基于实际作战需要，提出了一种波形设计的新思路，实现了各重复频率脉冲的自适应选择，以使雷达能够智能化的始终工作于最佳状态。
Then a new adaptive waveform design scheme is presented. As a result an optimal waveform can be selected and the performance of fire control radar can be improved.
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