多径传播的英文

• mmultipath propagation
• multipath propagation

• "多径"英文翻译    multipath
• "传播"英文翻译    disseminate; propagate; spre ...
• "多径传播函数" 英文翻译 :    nultipath propagation function
• "多径传播效应" 英文翻译 :    multipath effect
• "径传播" 英文翻译 :    multipath propagation
• "多径传输信号" 英文翻译 :    multipath signals
• "多路径传播" 英文翻译 :    multipath propagation
• "空路径传播" 英文翻译 :    earth- ace path propagation; earth-space path propagation
• "混合路径传播" 英文翻译 :    mixed-path propagation
• "多径" 英文翻译 :    multipath◇多径传播 multipath transmission [propagation]; 多径传输信号 multipath signals
• "抗多径" 英文翻译 :    antimultipath
• "快路径传导" 英文翻译 :    fast pathway conduction
• "传播" 英文翻译 :    1.(广泛散布) disseminate; propagate; spread; (over); diffuse; transmit; run 传播马克思列宁主义 propagate [disseminate] marxism-leninism; 传播知识 spread knowledge; 制止病菌传播 check the spread of germs; 动植物病害传播极快。 animal and vegetable pests propagate with extreme rapidity. 疟蚊传播疟疾。 anopheles mosquitos transmit malaria. 消息象野火般迅速传播开来。 the news spread like wild-fire. 印刷术的发明有助于知识的传播。 the invention of printing helped the diffusion of learning.2.[物理学] propagation; transmission; transmitting; travel 散射传播 scatter propagation; 直线传播 rectilinear propagation
• "多径[传输]干扰" 英文翻译 :    multipath interference
• "多径抵消" 英文翻译 :    multipath cancellation
• "多径分集" 英文翻译 :    multipath diversity
• "多径干扰" 英文翻译 :    mpi multipath interference; multipath
• "多径滚筒筛" 英文翻译 :    stepped screen
• "多径级集料" 英文翻译 :    multiple size aggregate
• "多径铰刀" 英文翻译 :    multidiameter reamer
• "多径失真" 英文翻译 :    multipath distortion
• "多径时延" 英文翻译 :    multipath delay
• "多径衰减" 英文翻译 :    multipath fading
• "多径衰落" 英文翻译 :    multipath fading
• "多径效应" 英文翻译 :    effects of multipath; multipath effect

• Nultipath propagation function
  多径传播函数
• In wireless communication system , signal fading arising from multipath propagation is a particularly severe channel impairment that can be mitigated through the use of diversity
  在移动通信系统中,由于多径传播引起的衰落对信道产生的严重影响可以通过分集技术得到有效的解决。
• The effect of multipath propagation commonly exists in the underwater acoustic channel and the fading which was caused by multipath propagation was the main influence factor of underwater acoustic communication system
  水声信道中广泛存在着多径传播效应。由多径传播引起的信号衰落现象是影响水声通信系统性能的主要因素。
• It includes : target detection under sea - clutter and multipath propagation , multipath effects on parameters measure of target , analysis and comparsion of all multipath reduction techniques " performance
  它包括海杂波背景和多径传播影响下的目标检测技术研究；多径传播对目标参数测量的影响；各种多径消除技术的性能分析与比较。
• Due to multipath effect , multiple access interference ( mai ) , near - far effect , and mainly the non - li ne - of - sight ( nlos ) propagation , the errors in the estimated location parameters and position location occur
  在cdma蜂窝网的定位中，引起定位参数估计误差与定位误差的因素有非视距传播效应、多径传播效应、多址干扰及远近效应。
• In the end , this paper considered detecting the desired user signal for uplink ds / cdma system . in that case , we need to suppress both mai and inter - chip interference ( ici ) caused by multipath propagation
  最后，本文研究了在ds cdma的上行信道中，同时存在多用户干扰和多径传播引起的码间干扰的情况下，对期望用户信号的检测。
• And key elements of channel modeling are small - scale fading and multi - path transmission model . therefore the generating principles , statistical characteristics and simulation methods are intensively analyzed and discussed
  而小尺度衰落和多径传播模型又是信道模型的难点与重点，所以本文对其产生原理、统计特性和仿真方法进行了深入的分析与探讨。
• The third part pay more attention to elevation tracking with monopulse radar while the target is in the horizon region . multipath propagation seriously degrades the performance of elevation tracking and makes the radar unable to work properly
  当目标处在这一区域时，信号的多径传播给俯仰角测量带来很大误差，使包括dmc雷达在内的许多雷达难以正常工作。
• The characteristics of the underwater acoustic channel are analyzed in this thesis , with the emphasis on the multipath propagation characteristics . and the underwater acoustic multipath channel model is established on the basis of ray theory
  在本论文中，我们对水声信道特性，尤其是水声信道的多径传播特性进行了分析，并且在声线理论的基础上建立了水声多径信道模型。
• 2 . in the simulation environment which is deliberately designed for the othr ' s multipath propagation phenomenon , strict and detailed reasoning and demonstrations of the coordinate registration are given . and then a simulation justifies the correctness of the registration
  针对超视距雷达多径传播现象设计的一种仿真环境，对其中量测模型的坐标变换给出了严格而详细的证明，然后根据证明的公式设计了具体的仿真示例，并对该坐标变换公式组进行了误差统计。