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量子振荡器
1、quantum leap───量子跃迁；巨大突破；n.量子跃迁，<喻>跃进，巨大突破
2、anharmonic oscillator───非谐振子; 非简谐波振荡器
3、azimuthal quantum───方位量子
4、crystal oscillator───[电子]晶体振荡器
5、quantum physics───n.[量子]量子物理学；量子力学
6、quantum mechanics───[量子]量子力学（解释次原子粒子运动和质量）；n.量子力学
7、quantum computer───[计]量子计算机
8、quantum number───[量子]量子数
9、quantum mechanic───量子力学
1、Quantum oscillator and classical limit of quantum system───量子谐振子与量子XiTong的经典极限
2、Using the periodic orbit theory, we computed the quantum level density of a particle in the two-dimensional harmonic oscillator potential with and without the magnetic flux line for different cases.───利用周期轨道理论，我们计算了在不同情况下，一个粒子在二维谐振子势中存在和不存在磁通量时的量子能级密度。
3、Exact Wave Function of a Quantum Oscillator with Time-Dependent Frequency and Driving───具有时间依赖的频率和驱动的一个量子振子的精确波函数
4、The eigenvalue and eigenfunction of a coupled quantum oscillator───二维耦合量子谐振子的本征值和本征函数
5、Rigorous Evolving States of Exp-Sin Type for the Generalized Time-Dependent Quantum Oscillator with A Moving Boundary───量子动边界广义含时谐振子之精确的指数-正弦型演化态
6、In Quantum Mechanics, the study of harmonic oscillator is very important in theoretic and in practical application.───在量子力学中，对谐振子的研究，无论在理论上还是在实践应用中都很重要。
7、Solving forced quantum oscillator with time-dependent external force in phase space───在位相空间中求解外力含时的受迫量子谐振子
8、Comparisons of quantum oscillator and classical oscillator───量子谐振子与经典谐振子的比较
9、Double wave function quantum theory is applied to describe the motion of three dimension isotropy charged harmonic oscillator in a uniform magnetic field.───讨论均匀磁场中三维各向同性带电谐振子的双波函数描述，得到量子和经典极限条件下的结果。