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前言 有大量资料证明眼球运动随线性加速度而出现。水平震颤随沿受试者头轴的正弦性线性加速度而出现。由椭圆囊和球囊组成的耳石器官在三维空间,为任一线性加速度提供一套独特的信号。在本项研究中,我们调查了逆旋转产生的线性平移,对人的眼球运动反应的效应。方法 受试者仰卧于固定在离心机半径臂长为1.8m的末端的平台上。依靠啮合橡胶趋动皮带使平台作逆旋转,该皮带把携带受试者的平台
Foreword There is a lot of information to prove that eye movements appear with linear acceleration. The horizontal tremor appears with the sinusoidal linear acceleration along the subject’s head axis. Ossucluses composed of elliptical sacs and balloons provide a unique set of signals for any linear acceleration in three dimensions. In this study, we investigated the effect of linear translation produced by reverse rotation on human eye movement response. Methods Subjects were lying on a platform fixed to the end of a centrifuge arm with a radius of 1.8 m. Reversing the platform by engaging a rubber-activated belt, which carries the platform of the subject