超声谐振器设计知识库Ultrasonic Resonator Design

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术语表Glossary
振动理论Vibration theory
- 机械—电气类比Mechanical—Electrical analogs
经典变幅杆Classic horns
- 经典变幅杆对比Classic horn comparisons
- 棱柱形变幅杆Prismatic
复杂谐振器Complex resonators
- 换能器Transducers
  - 压电式Piezoelectric
- 圆柱形变幅杆Cylindrical horns
  - 无槽Unslotted
    线轴形变幅杆Spool horns
    剪切模态变幅杆Shear mode horns
- 组合变幅杆Composite horns
- 隔振安装座Isolation mounts
- 连接Joints
- 螺纹与螺纹紧固件Threads and threaded fasteners
- 端头Tips
材料Materials
电源Power supplies
设计优化Design optimization
- 设计方法Method
- 振幅均匀性Amplitude uniformity
- 振动模态Vibration modes
  - 模态相互作用Modal interaction
- 增益Gain
- 开槽Slots
制造加工Manufacturing
- 电火花加工（EDM）Electrical Discharge Machining (EDM)
仿真Simulation
- 计算机辅助谐振器设计（CARD）Computer Aided Resonator Design (CARD)
应用Applications
健康与安全Health
下载Downloads
参考文献References
修订记录Revisions

波

在弹性介质中相邻质点之间传递能量的一种方式，其中每个质点围绕其静止点振动。

固体中的波的类型

图 1. 固体中的波的类型（Meyer (1)，第 19 页）

Wave

A method of transmitting energy between adjacent particles in an elastic medium, where each particle oscillates about its rest point.

Types of waves in solids

Figure 1. Types of waves in solids (Meyer (1), p. 19)

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