SHO：简谐振荡器

“简谐振荡器”在物理学中是一个基础而重要的概念，其英文全称为“Simple Harmonic Oscillator”。为了方便书写和频繁引用，该术语通常被缩写为SHO。这一简称在物理学、工程学等多个综合领域的文献和讨论中广泛使用，用以描述物体在回复力作用下进行周期性往复运动的理想模型。

The working principle of Michelson Fiber Optical Acceleration Sensor's simple Harmonic oscillator is described in this article. Based on filtered signals from the experiment, some results can be given.
本文阐述了迈克尔逊型光纤加速度传感器简谐振子的工作原理，给出了信号处理方法及实验测试结果。
The spectrum calculating of simple harmonic oscillator under perturbation by similar expanding
谐振子微扰的相似展开和能谱
Equal weight wave packet and one-dimensional simple harmonic oscillator
等权波包与一维简谐振子
V1 represents a small potential of the order of 1 / M of a simple harmonic oscillator. A tensor force is also introduced to account for the splitting of energy levels of the states with the same spin and orbital angular momentum.
V1代表数量级为1/M的简谐振子位阱，另外还引入一个张量力来解释自旋和轨道角动量相同态的能级分裂。
For the coupled simple pendulum and harmonic oscillator, the Melnikov function is used to determine the condition for the onset of chaos in the case of Hamiltonian perturbations.
对于耦合的单摆-谐振子系统，先用Melnikov函数研究了在哈密顿扰动下发生混沌的必要条件；

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