J Insect Physiol. 1976;22(4):589-95. doi: 10.1016/0022-1910(76)90181-5.
Waveform and spectral analysis were made on the call song of the cricket, Acheta domesticus.Sounds produced by unrestrained male crickets were led directly to a computer where discrete Fourier transforms were performed on selected segments of the call song. The findings revealed essentially pure tone carrier frequencies which result from the rate at which the individual teeth of the pars stridens are struck by the plectrum. An electrophysiologically determined audiogram showed good agreement with the dominant frequency of the call song, but was less sensitive and more broadly tuned than hearing curves of most field-crickets.
对蟋蟀（Acheta domesticus）的鸣叫进行了波形和频谱分析。未受约束的雄性蟋蟀发出的声音直接输入计算机，对鸣叫的选定片段进行离散傅里叶变换。研究结果揭示了载波频率基本上为纯音，这是由栉齿突被弹拨片击打时的个体齿数决定的。电生理确定的听力图与鸣叫的主频率非常吻合，但比大多数野外蟋蟀的听力曲线的灵敏度低且调谐范围宽。
