Thus , when the first tuning fork is struck then placed into proximity of the second one , the second now begins to vibrate at its own frequency , and the third also being in the correct position will also begin vibrating at its own frequency pattern 这样，当敲击第一个音叉时候把它靠近第二个音叉，第二个音叉现在就会以它自己固有的频率振动，而同样第三个音叉放在合适的位置上也会以它自己的频率模式振动。
Focusing on a tuning fork vibratory gyroscope fabricated through silicon bulk micromachining , the matrix perturbation technology in the random finite element method was introduced to analyze the statistical characteristics of the natural frequencies and output capacitance of tuning fork vibratory gyroscope 摘要以一种通过体微机械加工技术制备的音叉振动式微机械陀螺为对象，基于随机摄动技术定量计算了微陀螺固有频率变异和检测输出电容变异的统计特征，以概率思想表达了微陀螺批量加工过程所带来的材料尺寸随机误差对其性能的影响。
Quartz tuning fork gyroscope is a new kind of micro - mechanical vibratory angular rate sensor . as it has so many advantages such as low cost , small size , high reliability , long life and the ability to survive in harsh environment , its applications in both military and civil field are expanding . moreover the development of multiplex inertia measuring units ( mimu ) , which use micro - mechanical gyros as hardcore , is thriving and prosperous 石英音叉微机械陀螺是一种新型的微机械振动角速度传感器,由于其具有成本低、尺寸小、可靠性高、寿命长,又能在恶劣环境中工作的独特优点,逐渐在军事运用和商业应用方面显示了广阔的前景,以微陀螺为核心部件的微惯性测量组合( mimu )的发展也日益蓬勃。
