Boston J R
J Acoust Soc Am. 1980 Mar;67(3):875-81. doi: 10.1121/1.383967.
The electrical potential recorded from the lateral line canal organs of fish in response to a sinusoidal vibratory stimulus consists of a microphonic component with frequency twice that of the stimulus plus a dc shift. This paper describes the behavior of both components as functions of stimulus frequency (from 100 to 400 Hz) and amplitude. The microphonic decreases with frequency, while the dc shift increases, and the two components have different input-output functions. An analytical model of hair cell electrical properties with an asymmetric saturating nonlinear conductance is presented that describes the behavior of both the microphonic and the dc shift.
从鱼类侧线管道器官记录到的、对正弦振动刺激作出反应的电势，由一个频率为刺激频率两倍的微音器成分加上一个直流偏移组成。本文描述了这两个成分随刺激频率（100至400赫兹）和振幅变化的情况。微音器成分随频率降低，而直流偏移则增加，并且这两个成分具有不同的输入-输出函数。本文提出了一个具有不对称饱和非线性电导的毛细胞电特性分析模型，该模型描述了微音器成分和直流偏移的行为。
