tuning fork
英 [ˈtjuːnɪŋ fɔːk]
美 [ˈtuːnɪŋ fɔːrk]
n. 音叉(一种校音器)
牛津词典
noun
- 音叉(一种校音器)
a small metal instrument with two long parts joined together at one end, that produces a particular musical note when you hit it and is used in tuning musical instruments
柯林斯词典
- (为乐器调音用的)音叉
Atuning forkis a small steel instrument which is used to tune instruments by striking it against something to produce a note of fixed musical pitch.
英英释义
noun
- a metal implement with two prongs that gives a fixed tone when struck
双语例句
- Study on Composite Magnetic Sensor Using Magnetic-film and Quartz Tuning Fork
磁性薄膜/石英音叉复合磁传感器研究 - An instrument, such as a graduated set of tuning forks, used to determine the pitch or vibration rate of tones. Analysis and Control for Quartz Tuning Fork Gyroscope at the Best Resonance Frequency
音调计用来固定声音高度或振幅的仪器,例如一对渐开音叉石英音叉陀螺最佳谐振频率点的分析与控制 - The sensing circuit tuning fork micromechanical gyroscope is designed.
设计了音叉电容式微机械陀螺检测电路。 - Analysis and Control for Quartz Tuning Fork Gyroscope at the Best Resonance Frequency
石英音叉陀螺最佳谐振频率点的分析与控制 - Design a structure in which the electrons resonate in a way analogous to a tuning fork and you have a type of generator, since the resonating electrons are, in effect, an alternating current.
设计一个结构,结构中的电子能以类似于音叉的方式共振,这就形成了一种发电机,因为共振的电子实际上就是交流电。 - Tuning Fork is a separate tool for tuning Metronome to suit the user application better.
TuningFork是一种独立的工具,用于调优Metronome以便更好地适合用户应用程序。 - The principle of micro quartz tuning fork gyroscope and the detecting method for weak angualr rate signals are studied.
研究微石英音叉陀螺的工作原理和微弱角速度信号的提取方法。 - The mechanical coupling error is eliminated effectively by mass balancing method which could compensate the machining errors, and the performance of quartz tuning fork gyroscope is improved.
质量平衡调节可以有效地补偿工艺误差,消除机械耦合误差,提高石英音叉陀螺的性能。 - Research on Quartz Tuning Fork Temperature Sensor Test System Based on SOPC
基于SOPC的石英音叉温度传感器测试系统的研究 - If my sound source approaches you, you will hear a frequency f prime which is larger than the frequency of the tuning fork.
如果声源到你们耳边,你会听到频率f撇,远远大于,音叉的频率。