Dupuis H, Hartung E
Albrecht Von Graefes Arch Klin Exp Ophthalmol. 1979 May 7;210(3):167-74. doi: 10.1007/BF00414565.
Mechanical vibration may have a detrimental effect on visual performance. This particularly seems to be the case if the natural frequency of the bulbus is excited. Experiments with animals were made with the aim of calculating the biomechanic transmission of vibration between the cranium and bulbus. Postmortem experiments using pig crania have shown that in vivo application of the method of sewing miniature accelerometers onto the cornea may be possible. Our experiments with monkeys gave typical resonance curves for the transmission of vibration of the bulbi with maxima between 25 and 31.5 Hz. Transferability of the results to the human eye is discussed.
机械振动可能会对视觉性能产生不利影响。如果眼球的固有频率被激发,情况似乎尤其如此。进行了动物实验,目的是计算颅骨和眼球之间振动的生物力学传递。使用猪颅骨进行的死后实验表明,在活体上应用将微型加速度计缝到角膜上的方法可能是可行的。我们用猴子进行的实验给出了眼球振动传递的典型共振曲线,最大值在25至31.5赫兹之间。讨论了这些结果对人眼的可转移性。