1) vibrator
[英][vai'breitə] [美]['vaɪ,bretɚ]
振子
1.
Study on preparation and operating process of high sintering temperature silver paste for piezoceramic vibrator use;
压电陶瓷振子专用高温银浆的制备及工艺研究
2.
But the application is limited because of its lower efficiency and its non-linearity capacitive vibrator.
压电驱动因其多样的实现形式和高精度而引起广泛关注,但由于压电振子的非线性容性特性使其效率成为进一步商业化的限制。
3.
The operation principle of two-freedom flat plate piezoelectric motor was analyzed,and the relation btween the motion and vibraton mode of the piezoelectric vibrator was studied, by using FEM (Finite Elements Methods),the vibraton mode of vibrator is calculated,and the relation between vibration mode and motor s structure,when motor is working,was further known and understood.
分析了平板式二自由度压电马达的工作原理，对压电振子的振动与运动特性的关系进行了探讨。
2) oscillator
[英]['ɔsɪleɪtə(r)] [美]['ɑsə'letɚ]
振子
1.
Lightfield-oscillator Coupling──A New Model of Laser On Fa;
光场与振子（boson元激发）的耦合──一种新的激光模型
2.
Various movements of spring oscillator in the vertical direction have been discussed simply in the thesis.
文章对弹簧振子在竖直方向上的各种运动作了粗浅的探讨,对中学物理及大学物理的教学与研究或许有点滴帮助。
3.
This paper is discussed on the dependent relations between times and oscillation or energy of a forced oscillator.
本文讨论了振子受迫振动的振幅和能量的时间依赖关系。
3) vibrator
[英][vai'breitə] [美]['vaɪ,bretɚ]
振动器振子
4) vibrator
[英][vai'breitə] [美]['vaɪ,bretɚ]
振子振动器
5) vibrator
[英][vai'breitə] [美]['vaɪ,bretɚ]
振动器，振子
6) quantum harmonic oscillator
量子谐振子
1.
Comparison of quantum harmonic oscillator and classical harmonic oscillator;
量子谐振子与经典谐振子的比较
2.
In this paper,the author deduces the momentum-position uncertainty relation of the classical harmonic oscillator,and gives the correspondence relation between it and the uncertainty relation of quantum harmonic oscillator.
推出了经典谐振子的动量-位置不确定关系,并且给出它和量子谐振子的不确定关系之间的对应关系。
3.
The evolution problem of two quantum harmonic oscillators with ccordinate and mo-mentum first-order coupling is studied． The exact solution is derived by introducing appropriate oper-aters and auxiliary functionals.
提出了具有坐标和动量一阶耦合的两量子谐振子的演化问题。
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。
参考词条