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1·Finally some properties of the resonator are discussed.

最后讨论了振子的某些特性。

2·The design to discharge structure and resonator of laser.

激光器放电结构及谐振腔的设计；

3·A new design method to optimize a laser resonator is presented.

提出了一种优化设计激光器谐振腔参数的新方法。

4·The result is helpful to design micro-resonator to some extent.

其结果对横向振动微谐振器的设计有一定意义。

5·The measured samples are put into the central hole of the resonator.

谐振器中心打孔，单晶样品通过一介质棒伸到孔心。

6·Finally some properties and manufacture of the resonator are discussed.

最后讨论了振子的一些特性和制作。

7·Quartz resonator is a key part of the quartz vibrating beam accelerometer.

石英谐振器是石英振梁式加速度计的关键部件。

8·The resonator gyro is a new type of gyro without spinning-wheel and bearing.

谐振陀螺是一种不存在高速转子和活动支承的新型陀螺仪。

9·A practical method for designing microwave dielectric resonator is proposed.

本文提出一种设计微波介质谐振器的实用方法。

10·Design of the resonator is analysed in detail and method of design is provided.

对这种腔的设计作了细致的分析，并给出设计方法。

谐振器

1·At a precise moment during one trial, the resonator might be both in its expanded and its contracted state; a single measurement forces it to choose which state to be in.

在一次实验中的某个精确时刻，谐振器可能同时处于其放大和收缩状态；一次单一测量迫使其“选择”处于何种状态。

2·The wafer is a piezoelectric resonator, expanding and contracting in response to electrical voltages at a precise, extremely high frequency.

该晶片是一个压电谐振器，以精准而极高的频率对电压作出反馈，进行放大和收缩。

3·The new work has added what is known as a piezoelectric resonator to the bottom plate; its purpose is to jiggle the bottom plate at a very particular frequency.

新的改进在底板加上了压电谐振器，旨在使下平板在某一特定频率上轻微地振动。

4·At this temperature, the vibrations of the atoms in the qubit and resonator are small enough to prevent them from interfering with quantum measurements.

在这个温度下，qubit和谐振器中的原子的振动很小，小到足以防止它们干扰量子测量。

5·The measured interaction strength was up to twelve percent of the resonator frequency.

测量的作用强度高达谐振器频率的12%。

共振器

1·In the second part studied the fabrication process of dielectric resonator antenna model and high permittivity ceramic plate.

研究中的第二个部分，是对于微波介电陶瓷制备介电共振器天线与高介电陶瓷薄板之制程方面的研究。

2·The proposed structure mechanism is based on coupling between a waveguide and a ring resonator. This structure is designed and verified by finite-difference time-domain (FDTD) computation.

该器件的结构原理是基于一个波导管和一个环形共振器之间的耦合，并用时域有限差分法设计和验证了该结构。

3·Fiber Optic Ring Resonator?

光纤环形共振器FORR ？

(1)crystal resonator晶体谐振器；水晶振子

(1)cavity resonator谐振腔；空腔谐振器

(1)helmholtz resonator亥姆霍兹共振器