How a simple pendulum inside a running elevator oscillates

Mingyuan Shi, Yu Shi
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Abstract

We propose to effectively realize a time-dependent gravitational acceleration by using a running elevator, so that a simple pendulum inside it effectively becomes one with a time-dependent gravitational acceleration. We did such an experiment using a realistic elevator, and analyzed the data. The acceleration of an elevator is much smaller than the gravitational acceleration, and is time-dependent only when the elevator starts and stops. However, we have managed to establish the effect on the oscillation of the pendulum. The effect becomes pronounced if the simple pendulum is put in a container vertically accelerating, and the acceleration is time-dependent, while its magnitude is comparable with that of the gravitational acceleration.
运行电梯内的简摆如何摆动
我们建议利用运行中的电梯有效地实现随时间变化的重力加速度,从而使电梯内的简摆有效地成为具有随时间变化的重力加速度的摆。我们利用现实中的电梯进行了这样的实验,并对数据进行了分析。电梯的加速度比重力加速度小得多,而且只有在电梯启动和停止时才与时间有关。不过,我们还是设法确定了对摆的振荡的影响。如果把单摆放在一个垂直加速的容器中,这种影响就会变得明显,加速度与时间有关,而其大小与重力加速度相当。
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