Zwislocki J J, Kletsky E J
Science. 1979 May 11;204(4393):639-41. doi: 10.1126/science.432671.
Mathematical analysis and computer and network simulations of the cochlea show that, given appropriate values of specific physical constants, radial shear motion between the tectorial membrane and the reticular lamina may provide the sharpening of frequency analysis observed in cochlear nerve fibers in comparison with the mechanical amplitude distribution on the basilar membrane. According to the analysis, the sharpening occurs through an interaction of the longitudinal mechanical propagation constant of the tectorial membrane with the wavelength on the basilar membrane.
对耳蜗的数学分析以及计算机和网络模拟表明,在特定物理常数取适当值的情况下,与基底膜上的机械振幅分布相比,盖膜与网状板之间的径向剪切运动可能会使耳蜗神经纤维中观察到的频率分析更加精确。根据分析,这种精确化是通过盖膜的纵向机械传播常数与基底膜上的波长相互作用而发生的。