信号能量的英文

• signal energy

• "信号"英文翻译    signal; semaphore; gun
• "能量"英文翻译    energy; amount of energy
• "误差信号能量" 英文翻译 :    error energy
• "信号能量的衰减" 英文翻译 :    attenuation
• "能量信号" 英文翻译 :    energy signal
• "信号的能量" 英文翻译 :    energy of signals
• "能量扩散信号" 英文翻译 :    energy dispersal signal
• "最小能量信号" 英文翻译 :    minimum energy signal
• "在哪个万有引力信号能在我们四维世界在是" 英文翻译 :    bran
• "能量" 英文翻译 :    1.[物理学] energy; amount of energy 能量转化 energy conversion2.(能力) capabilities; capacity; 能量不灭 conservation of energy; 能量不灭定律 law of conservation of energy; 能量交换 energy exchange; 能量均分 equipartition of energy; equipartition; 能量平衡 [生理学] energy balance (能量收支); 能量贮存 energy storage; 能量转移 energy transfer
• "信号" 英文翻译 :    signal; semaphore; gun 音频[响] 信号 an audible signal; 臂板信号 [铁道] semaphore; 灯光信号 light signal; 识别信号 identification signal; 遇难信号 [航海学] distress signal; sos; 杂乱信号 [无线电] hash; 火车切不可越过危险信号。 a train must not pass a signal that is at danger. 信号是用旗或灯发出的。 signals are made with flags or lamps.; 信号弹 [工业] signal flare; 信号灯 signal lamp [light]; alarm lamp; light; signallight; winker; call lamp; blinker; telltale lamp; 信号发生器 signal generator; generator; producer; 信号枪 signal gun; signal piping; flare gun; flare pistol; pyrotechnic pistol; ground signal projector
• "α能量" 英文翻译 :    alpha energy
• "暗能量" 英文翻译 :    dark energy
• "比能量" 英文翻译 :    specific energy
• "场能量" 英文翻译 :    field energy
• "储能量" 英文翻译 :    energy storage capacity
• "纯能量" 英文翻译 :    net energy
• "单能量" 英文翻译 :    monoenergetic; monoergic
• "等能量" 英文翻译 :    equal energy; homenergic
• "低能量" 英文翻译 :    ilib
• "峰能量" 英文翻译 :    peak energy
• "辅能量" 英文翻译 :    auxiliary energy
• "负能量" 英文翻译 :    negative energy
• "高能量" 英文翻译 :    high energy◇高能量电池 high energy battery; 高能量放射疗法 high energy radiotherapy
• "共能量" 英文翻译 :    co-energy

• A decrease in signal power as measured between two points
  信号能量在两点间测量出来的减小量。参阅signal 。
• Analysis of signal energy transmission in blue - green laser uplink propagation model
  蓝绿激光上行传输通道的信号能量传递分析
• The effect of reference signal power and convergence coefficient to the system is studied by simulation and test
  通过仿真和实验研究得出了参考信号能量及收敛系数对系统的影响。
• Analyzes the various infections on the detection ability by researching the star energy and system mtf
  从星光信号能量和系统传输函数理论出发，分析了影响星敏感器的探测能力的各个环节。
• To improve the stability , the auxiliary random noise power is changed and the simulation result proves its feasibility
  用变附加随机信号能量的方法来改善算法的稳定性并进行了仿真验证。
• In this article , double threshold , iteration is applied to improve segmentation algorithm based on signal energy , and short - time zero - crossing rate is proposed for the first time to determine the exact boundaries between different components of heart sound
  本文通过使用双门限、迭代等方法，改进了基于信号能量的分段算法，并首次引入短时过零率以更准确地定位分段边界。
• One of the key technologies of deep space communication is channel code . there are differences between deep space communication and the common space communication . because the former one has some characteristics , such as extending information transmission , and seriously reducing signal energy , it is necessary to ensure the information transmission band and the exactness by using the special means
  信道编译码是深空通信中的关键技术之一,深空通信与一般的空间通信不同,深空通信具有信息传输时延大、信号能量衰减严重等特点,必须有特殊的手段保证其信息传输的带宽和准确。
• In light of the limitation of fast fourier transform ( fft ) for the method of traditional spectrum analysis to analyze the unsteady signal , wavelet and wavelet analysis are made for the typical unsteady process signal of starting up and shut down with the good characteristic of simultaneous localization in both the time and the frequency domains based on the field test on the vibration of two - row placed units in lijiaxia hydropower station , in which the signal is decomposed into different frequency band , and then the weak signal is caught and the dominant frequency is picked up for the analysis of the vibration source
  摘要基于李家峡水电站双排机组振动的现场试验研究，并且针对传统频谱分析方法傅立叶变换( fft )对于非平稳信号已力不从心这一缺陷，利用小波分析方法在时域和频域上同时具有良好的局部化性质，通过对开停机这一典型非平稳过程信号进行小波及小波包分析，将其分解到不同频带内，获取微弱信息和提取优势频率，并对其作振源分析，得出开停机初始时刻因水流不稳均出现强烈的振动现象，且低频段信号能量最大，开停机过程水流脉动压力和尾水涡带摆动是引起定子基础振动的主要原因。
• Through observing the influence of different geometry to reflect wave in deep layer , using seismic digital simulation tracing method , analyzing the influence of max - offset , trace interval , fold and geophone planting to reflecting energy , this article , summarizes , in both theory and practice , the application result of " bin stack " acquisition method
  通过不同观测系统对提高深层反射信号的影响，采用地震数值模拟射线追踪方法，分析了观测系统中最大炮检距、道距、覆盖次数及检波器埋置，对提高深层反射信号能量的影响，从理论到实践总结了“面元叠加”采集技术的应用效果。
• To meet the needs of the third mobile communication system for higher speech quality and greater system capacity , the cdma systems employ variable rate speech coding technologies , which select the encode rate dynamically according to the signal energy and background noise . this method insures the speech quality as well as reduces , the average encode rate , so the system capacity is increased
  为了满足第三代移动通信系统对高质量语音和大容量系统的需要，在cdma系统中普遍采用了变速率语音编码技术，根据话音的信号能量和背景噪声动态地决定编码速率，这种方法既保证了话音的质量，又降低了平均编码速率，从而增加了系统容量。