1) Harmonic oscillators coupled by springs
弹簧振子耦合谐振子链
2) coupled harmonic oscillator
耦合谐振子
1.
Exact wave function of the coupled harmonic oscillator with time-dependent mass and frequency
质量和频率均含时的耦合谐振子的严格波函数
2.
In this paper we apply Wegner s flow equation method to study nonlinear harmonic oscillators and nonlinear-coupled harmonic oscillators systems.
利用Wegner流方程方法研究非线性谐振子和非线性耦合谐振子系统。
3.
Normal mode of coupled harmonic oscillator is obtained by means of algebra, the procedure is simple and the physical meaning is clear.
本文用代数的方法求出了耦合谐振子的简正模,过程简单且物理意义清晰。
3) coupling harmonic oscillator
耦合谐振子
1.
Divided energy of the double momentum coupling harmonic oscillator;
两个动量耦合谐振子的能级分裂
2.
The energy splitting of the coupling harmonic oscillator in non-commutative spaces are discussed.
利用非对易相空间量子力学的代数关系和Moyal-Weyl乘法,考虑到相空间变量的对易关系,给出了非对易相空间中耦合谐振子能级分裂。
4) coupled harmonic oscillators
耦合谐振子
1.
Exact solution for non-identical n modes coupled harmonic oscillators;
各向异性n模耦合谐振子的精确求解
2.
For the coupled harmonic oscillators,the energy spectrum of system relates with the coupling items and exists a minimum value,when(λp(0)/ωj(0))1 and(gi(0)/ωj(0))1,λp(0) and gi(0) are the anharmonic parameter,ωj(0) is the frequency of the harmonic oscillators,where i,j=a,b;p=1,2),the analytic equation is gained.
对于耦合谐振子系统,系统能谱与耦合项有关,并存在极小值。
5) Harmonic oscillators coupled in rotating wave approximation (RWA)
旋波近似耦合谐振子链
6) spring oscillator
弹簧振子
1.
Demonstrating Lissajous figure by spring oscillator;
利用弹簧振子演示李萨如图形
2.
Deduction of the law of motion of a spring oscillator;
弹簧振子运动规律的总结
3.
Contrast enhancement based on the model of spring oscillator in electrostatic field
基于静电场中弹簧振子模型的对比度增强
补充资料：振子
1.童男童女。振，通"侲"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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