1) two-dimensional isotropic harmonic oscillator with time-dependent frequency
二维变频率谐振子
2) Variable frequency harmonic oscillator
变频率谐振子
3) variable frequency isotropic oscillator
各向同性变频率谐振子
1.
The dynamical system discussed by this paper is a variable frequency isotropic oscillatorperturbed by an inverse square potential.
讨论的动力学系统为一受反平方势作用的各向同性变频率谐振子。
4) two-dimensional harmonic oscillator
二维谐振子
1.
In terms of SU(1,1) algebra, the relationship between energy and wave function of two-dimensional harmonic oscillator and two-dimensional hydrogen atom are discovered.
借助于ＳＵ(１,１)代数,找出了二维谐振子与二维氢原子的能量及波函数间的关系。
2.
Through the counterchanges of two methodologies of coordinates and special equations,the eigen equations of the two-dimensional harmonic oscillator and hydrogen atom are converted into the same equations in form.
通过特殊方程间的相互转换,将二维谐振子与二维氢原子的本征值方程转化为具有相同形式的两方程,从而比较得出它们波函数及能级之间的对应关系。
3.
In this paper,We work out the relationship between the energy eigenfunction,the energy eigenvalues of the two-dimensional hydrogen atom and those of the two-dimensional harmonic oscillator in terms of su(1,1) algebra.
借助于su( 1 ,1 )代数找出了二维氢原子与二维谐振子之间的能量本征值、能量本征函数的关系 ,并进一步找出了它们之间的坐标变换关
5) dimensional harmonic oscillator
二维谐振子
1.
Energy level degenercy of SU_q(2) model and 2-dimensional harmonic oscillators;
二维谐振子场和SU_q（2）模型的能级简并
2.
The 2 dimensional harmonic oscillator is studied by means of two wave interpretation quantum theory.
采用双波函数量子理论, 研究了二维谐振子力学量的时间演化方程及其经典极限, 并给出了二维各向同性谐振子守恒量的表达式。
6) Harmonic vibrational frequencies
谐振子振动频率
补充资料：谐振频率
谐振频率
物理学术语。系统在谐振时的振动频率。所谓谐振即系统在受迫振动时，激励的任何微小频率变化都使响应减小的现象。响应可能是位移、速度或加速度，三种共振频率不同。有可能混淆时，应说明共振类别。超声换能器就是一个机械谐振系统，在受迫振动时存在谐振现象和谐振频率。电磁波及光波振荡系统与机械振动一样，也存在类似的谐振现象和谐振频率。为了提高电声转换效率，通常发射换能器工作在其谐振频率附近。
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参考词条