振荡频率的英文

• frequency of oscillation
• generated frequency
• hunting frequency
• oscillating frequency
• oscillation frequency
• oscillational frequency
• oscillator frequency
• oscillatory-frequency

• 振荡    generation; oscillating; osc ...
• 频率    frequency; rate
• 热振荡频率    thermal oscillation frequency
• 相振荡频率    phase oscillation frequency; phase-oscillation frequency
• 本机振荡频率    local oscillator frequency
• 不等振荡频率    unequal oscillation frequency
• 泛音振荡频率    overtone oscillation frequency
• 固有振荡频率    natural mode shape; natural oscillation frequency
• 径向振荡频率    radial oscillation frequency
• 气泡振荡频率    bu le oscillation frequency; bubble oscillation frequency
• 强迫振荡频率    foreign frequency
• 受激振荡频率    forced frequency
• 振荡频率漂移    oscillator drift
• 最高振荡频率    maximum frequency of oscillation; maximum oscillating frequency
• 短周期振荡频率    weathercock frequency
• 火花放电振荡频率    spark frequency; sparkfrequency
• 振荡频率倍增器    oscillatory-frequency multiplier
• 振荡频率选择器    oscillector
• 船舶摇荡频率特性    frequency response function of ship oscillation
• 频率振荡    wobbulation
• 双频率振荡    double frequency oscillation
• 振荡器频率    oscillator frequency
• 频率振荡燃烧    frequency oscillatory combustion
• 振荡模式频率    mode frequencey
• 主频率振荡器    master frequency oscillator

• 6 . the theoretics of flip - flop anomalous property is perfected , and the oscillatory state of flip - flop is analyzed and the oscillatory frequency calculating equator is provided ; the self - adapting data synchronizer practical circuit with 0 error rate is designed , which can be used to resolve the problem of data synchronizing . the data synchronizer in common use is realized
  6 、对触发器的不确定性理论作了改进，讨论了触发器的非稳态过程，给出了一些计算触发器振荡频率的公式，设计了自适应数据同步器实现电路，理论误码率为0 ，为解决数据同步问题提供了新思路，实现了常用数据同步器。
• Theoretical model of self - mixing interference in a linear frequency modulated laserdiode is presented by using the dynamic theory of semiconductor laser with weak external optical feedback . the characteristics of oscillation frequency shift and output power changes of the laser diode are analyzed by using the theoretical model . the absolute distance from front facet of laser diode to target can be found by measuring spectrum of output power of the laser diode
  使用半导体激光器在弱反馈条件下的动力学理论,建立了线性调频半导体激光器的自混频干涉理论模型.基于该模型,分析了激光器振荡频率偏移与输出功率变化特性.通过测量激光器输出功率谱,可以得到激光器前端面与被测目标之间的距离

• 振荡频率的日语：はっしんしゅうはすう しんどうしゅうはすう しんどうすう