Vaĭtulevich S F, Pak S P
Zh Evol Biokhim Fiziol. 1985 Sep-Oct;21(5):498-503.
Slow cortical auditory potentials have been studied in man during dichotic click train stimulation perceived as a moving sonic image. Higher values of the amplitude of N1 and P2 components were observed as compared to the response to unmoving image. The amplitude of these components gradually increases with changes in the click frequency within a train (from 15 to 60 Hz), the lower border of this band approximately corresponding to the time interval which is necessary for formation of the sonic image.
在人类中，当双听点击序列刺激被感知为移动的声音图像时，研究了慢皮质听觉电位。与对静止图像的反应相比，观察到N1和P2成分的振幅值更高。这些成分的振幅随着序列中点击频率的变化（从15赫兹到60赫兹）而逐渐增加，该频段的下限大约对应于声音图像形成所需的时间间隔。
