频率响应函数的英文

• frequency response function

• "频率"英文翻译    frequency; rate
• "响应"英文翻译    respond; answer
• "函数"英文翻译    function
• "复频率响应函数" 英文翻译 :    complex frequency response function
• "地响应函数" 英文翻译 :    earth respone function
• "线响应函数" 英文翻译 :    line response function
• "响应函数" 英文翻译 :    receptance function; response function
• "复频率响应" 英文翻译 :    complex frequency response
• "零频率响应" 英文翻译 :    zero frequency response
• "频率响应" 英文翻译 :    fr frequency response; frequency re o e; frequency response
• "频率响应法" 英文翻译 :    frequency-response method
• "总频率响应" 英文翻译 :    overal frequgncy response; overall frequency response
• "边缘响应函数" 英文翻译 :    edge response function
• "冲激响应函数" 英文翻译 :    impulse response function
• "冲量响应函数" 英文翻译 :    impulse response function
• "单位响应函数" 英文翻译 :    unit response function
• "方波响应函数" 英文翻译 :    square wave response function
• "高频响应函数" 英文翻译 :    high-frequency response function
• "基带响应函数" 英文翻译 :    baseband response function
• "介电响应函数" 英文翻译 :    dielectric response function
• "控制响应函数" 英文翻译 :    control response function
• "脉冲响应函数" 英文翻译 :    impulse re o e function; impulse response function
• "能量响应函数" 英文翻译 :    energy response function
• "平衡响应函数" 英文翻译 :    equilibrium response function
• "色谱响应函数" 英文翻译 :    chromatographic response function

• The vehicle ride performance was simulated by using random spectral response methods
  利用随机响应计算方法中频域法的频率响应函数法进行仿真计算。
• It is found that the high order frequency response functions of these systems will become single frequency variable functions
  对于这些系统它们的高阶频率响应函数将成为单一的频率变量函数。
• The frequency response functions of relative displacement and absolute acceleration are derived under acting of harmonic ground excitation
  推导了地面简谐运动作用下的加速度和位移的频率响应函数。
• When a series of different levels of sine excitation force is imposedon a non - linear testing structure , the response data vary with the force
  非线性系统在不同力幅的正弦激励时，其频率响应函数将随力幅而变化。
• The structure finite element model updating algorithm directly based on the frequency response function which is widely concerned ever since the 90 ’ s is investigated
  对90年代以来广受关注的直接基于频率响应函数的结构有限元模型修正算法进行探索研究。
• Based on the equation of general frequency response functions ( gfrf ) of the non - linear dynamic systems , in this paper , the difference is applied to detect the non - linear element positions in a complex structure
  本文在研究非线性系统广义频率响应函数表达式的基础上，导出一种适用于复杂结构中非线性元件位置分布的判断方法。
• This method can not only analyze the system characteristic accurately , but also get the order and nonlinear frequency response function in every order , therefore realizes the nonlinear system identification of the case under study
  这种方法能够更准确的分析非线性系统特性,得到该系统的非线性阶数及各阶非线性的频率响应函数,实现了对被试机箱的非线性系统辨识。
• First , the methods and procedures of general three orders nonlinear identification are summarized and the results are frequency functions described by basic and high order spectral density functions and frequency response functions
  首先,系统总结了使用一般三阶非线性模型辨识的方法和步骤。得到的结果是用基本的和高阶的谱密度函数以及基本的和高阶的频率响应函数表示的频率函数。
• Information of system auto and cross spectrum , auto and cross correlation . coherent function , signal to noise ratio , frequency response and impulse response was established to help the study and arrangement of the module components
  由力规及加速规两量测之时域讯号，经快速富利叶转换，计算其自频谱及互频谱，再经反富氏转换回时域之自相关及互相关函数、相通函数、讯噪比、频率响应函数、脉冲响应函数。

• 频率响应函数的法语：fonction de réponse en fréquence courbe de réponse en fréquence
• 频率响应函数的日语：しゅうはすうおうとうかんすう
• 频率响应函数的俄语：функционирование частотного фильтра
• 频率响应函数的阿拉伯语：دالة الاستجابة الترددية;