oscillator model

基本解释

Using the harmonic oscillator model of quasicrystal of liquid, the wave equation describing the motion of liquid molecules has been derived.
用液体的准晶态的谐振子模型，导出描述液体分子运动的波动方程。
The ice force oscillator model is suggested on the basis of self excited vibration theory io describe more reasonably the dynamic interaction between ice and structure.
冰力振子模型是在自激振动理论基础上提出的一种建议的计算模型，目的在于更合理地描述冰与结构之间的动力相互作用。
The dynamical model and the oscillation-rotation model of particle are derived from the dynamical mechanism of spontaneously break symmetry, and its simplified form is a harmonic oscillator model.
简述了已知的粒子质量公式，由动力学的对称性自发破缺机制导出粒子的动力学模型和振动-转动模型，其简化形式是谐振子模型。

振子模型
In the need of structural passive or active vibration control using viscoelasttic material，a method for determining all parameters of Mini-Oscillator model is proposed．The results are compared with those of standard model and fractional derivative model．and the method is effective and the Mini-Oscillator model could not only correctly describe stress-strain relationship of viscoelastic material，but also be combined with finite element method，which results in a linear second order system．Then it is very convenient to use the linear system theory to vibration control．
针对利用粘弹性材料进行结构主被动控制的需要，建立了一套确定微振子模型各参数的方法，并且与标准流变模型、分数导数模型以及试验结果进行比较，算例表明确定微振子模型各参数的方法有效，同时也表明微振子模型不但能准确描述粘弹性材料的本构关系，而且能与有限元方法相融合，建立二阶线性系统，能很方便地利用线性系统控制理论进行控制设计。