词语吧>英语词典>tuning fork翻译和用法

tuning fork

英 [ˈtjuːnɪŋ fɔːk]

美 [ˈtuːnɪŋ fɔːrk]

n.  音叉(一种校音器)

化学

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

          • The assembly of tuning fork and optical fiber probe is used to perform the shear force distance control.
            粘接音叉和光纤探针的胶粘剂对由石英音叉和光纤探针构成剪切力控距体系的品质因数有明显的影响。
          • The drive and detection system of the quartz tuning fork gyro is demonstrated in this dissertation.
            本文以音叉式石英微陀螺为研究对象,对微陀螺的驱动和检测系统设计进行了深入研究。
          • The structure and operation principle of a double-sides tuning fork quartz vibrating beam gravity sensor was introduced.
            叙述了双端调谐音叉石英振梁式重力传感器的结构和工作原理。
          • This is measured by a tuning fork.
            可通过音叉进行检查。
          • Analysis and Simulation of the Dynamic of the Double-Ended Tuning Fork Micro-Resonators
            微机械音叉谐振器动力学分析与仿真
          • 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。
          • If hearing loss is suspected, perform a tuning fork test.
            如疑有听力丧失,可行音叉测试。
          • Design of Drive and Demodulation Circuit for Quartz Tuning Fork Gyroscope Based on FPAA
            基于FPAA的石英音叉陀螺的驱动与解调电路设计
          • When it is struck, a tuning fork produces an almost pure tone, retaining its pitch over a long period of time.
            音叉被敲击时,产生几乎纯质的音调,其音量经久不衰。
          • 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。