| 1. | Pulse response characteristic of a quasi - peak voltmetre
准峰值电压表的脉冲响应特征 |
| 2. | Pulse response test
静态操舵力试验 |
| 3. | The estimation algorithm nicely achieves the mimo channel im - pulse responses with small costs
该信道估计算法计算简单，开销小，性能优越。 |
| 4. | Electronic method ? using a multichannel peak height analyzer determine the center channel of the particle counter pulse response for each standard suspension
电子校正?使用多通道峰高分析仪，测量出每种标准粒子的粒子计数器脉冲响应的中心通道。 |
| 5. | It has put forward a imaging method of acoustic lens using photoacoustic signal and according to the kirchhoff diffraction theory we deduced pulse response of acoustic lens
光声信号声透镜层析成像方法的提出，并依基耳霍夫衍射理论推导了声透镜的脉冲响应。 |
| 6. | For iir , after researching pulse response method , step response method , bilinear transform method , direct design method , it is found that iir is unsatisfactory
对iir的脉冲响应不变法、阶跃响应不变法、双线性变换法和直接设计法进行研究，得出iir难以满足要求的结论。 |
| 7. | Afterwards we theoretically analyze and conclude the model of the adaptive modulation system . we find out three kinds of channel model appropriated for actual cannels and draw out pulse response matrix equations
然后，从理论上分析和推导了自适应调制系统的模型，给出了适合实际信道的三种信道模型结构并推导了脉冲响应矩阵方程。 |
| 8. | To pick up the micro shock pulses , a mathematical model on the technology of resonant demodulation is put forward and the pulse response of this model is derived , they provide the theoretical foundation for the application of the technology
为了提取微脉冲冲击，文中提出共振解调技术数学模型，并求解该模型的脉冲响应，为该技术的应用提供理论依据。 |
| 9. | The improved lms arithmetic can adaptive the minimum pulse response automatically by the guide line of minimum average square error and have the best filtering effect . the method is easy to practise and has been introduced extensively
采用经过改进的lms （最小均方误差）算法来实现自适应滤波器，它以均方误差最小为准则，能自动调节单位的最小脉冲响应，以达到最优滤波效果，这种方法简便易行，已经被广泛采用。 |
| 10. | In this paper , a shear mode mr elastomer damper was designed and manufactured ; the pulse responses of a one - disk cantilever rotor supported on the mr elastomer damper were experimented in the stationary state ; and the mechanical properties of the system were analyzed
设计制作了一种剪切式磁流变弹性体阻尼器，试验研究了支承在该阻尼器上的单盘悬臂转子系统在静止状态下的脉冲激振响应，并分析了系统的力学特性。 |
