天线增益的英文

• aerial gain
• antenna gain
• gain of antenna
• gainofante

• "天线"英文翻译    antenna; aerial; antenna wir ...
• "增益"英文翻译    gain; tone-up; transmission ...
• "天线增益图" 英文翻译 :    antenna gain pattern
• "等效天线增益" 英文翻译 :    equivalent antenna gain
• "光学天线增益" 英文翻译 :    optical antenna gain
• "接收天线增益" 英文翻译 :    receiving antenna gain
• "路径天线增益" 英文翻译 :    path antenna gain
• "偏束天线增益" 英文翻译 :    off beam antenna gain
• "天线增益系数" 英文翻译 :    antenna gain factor
• "接收机天线增益" 英文翻译 :    receiver antenna gain
• "天线增益-噪声温度比" 英文翻译 :    antenna gain-to-noise temperature
• "天线增益稳定器" 英文翻译 :    antenna gain stabilization
• "环形极化各向同性天线增益分贝" 英文翻译 :    decibel gain referenced to a circularly polarized isotropic antenna
• "超增益天线" 英文翻译 :    super gain antenna
• "低增益天线" 英文翻译 :    lga low gain antenna
• "高增益天线" 英文翻译 :    hga high gain antenna; high gain aerial; high gain link; high-gain aerial
• "增益天线" 英文翻译 :    gain antenna
• "超增益天线阵" 英文翻译 :    super gain array
• "功率增益天线" 英文翻译 :    power gain antenna
• "天线场强增益" 英文翻译 :    antenna field gain
• "天线定向增益" 英文翻译 :    antenna directive gain; antenna directivity gain
• "天线高度增益" 英文翻译 :    antenna height gain
• "天线功率增益" 英文翻译 :    antenna power gain
• "天线实际增益" 英文翻译 :    realized gain of an antenna
• "天线相对增益" 英文翻译 :    relative antenna gain

• Antenna gain 7dbi level of polarization antenna power 1w adjustable
  天线增益： 7dbi水平极化
• Gt gain antennas , 0 . 6 m for the collection plate dish antennas . fired surface antenna gain of 35 dbm
  Gt ：发射天线增益，收发天线配置为0 . 6米板状抛物面天线，发射天线增益为35 dbm面
• According to ruze expression , we analyze the effect of structure on electricity performance . the antenna gain will reduce when rmsa enhances
  根据鲁兹公式,分析了天线结构对天线电性能的影响,得天线增益下降系数会随着rmsa的增大而减小。
• That the antenna points at the aerocraft very precisely can utilize the gain of antenna , minishing the power of transmitter , and propagating data very gualitily effectly
  在无线测控系统中,天线精确指向飞行目标,可最佳利用天线增益,减小发射功率,高质量的进行控制和数据传输。
• On the basis of discussing the analyzed restraint relationship between the link loss and the spot - beam antenna gain a new spot - beam model of optimum design named link level balance spot - beam model is proposed
  在分析链路损耗与点波束天线增益之间制约关系的基础上，提出了一种新的点波束优化设计模型链路电平平衡点波束模型。
• Energy distribution involves many radar ' s parameters , such as peak power of transmitter , maximum pulse width , antenna gain , rotating speed of antenna , beam width , covering range of elevation , maximum height and range and so on
  能量分配牵涉到雷达系统的各种重要参数如发射机峰值功率、最大发射脉宽、天线增益、天线转速、波束宽度、仰角覆盖范围、最大高度覆盖、最大作用距离等。
• Especially after the second world war , single radiator can not match the request of high gain , high efficiency and high concentrative electromagnetic , but what is in great need . then , scholars and researchers apply themselves to approach the array antenna to solve the problem
  特别是第二次世界大战后,高增益、高辐射效率以及高集中辐射场的要求,使得单个辐射器无法达到特定的效果和要求,于是,在天线的设计工作中,为增强天线的方向性、提高天线增益,各国学者和研究人员将工作重点放到天线阵列上面。
• Previous research on the ad hoc network almost aim at omnidirectional antenna of all receivers and transmitters , or as a default attribution . in my thesis , firstly i describe the advantages of the directional antenna at many aspects which including spatial division multiple access ( sdma ) , the antenna gain , anti - interference etc . and analyze the possibility about the directional antenna used for the ad hoc networks , secondly i study its multiple access and routine protocols using the directional antenna . and compare the protocol difference and network " performance between omnidirectional and directional antenna in particular environment
  首先阐述了定向天线在网络空分复用( sdma ) 、天线增益、抗干扰等方面的的优势，分析了定向天线用于移动自组网的可行性，接着重点研究了基于定向天线的多址接入协议和路由协议，分析了与全向天线在组网和协议实现中的异同点和优缺点，并对特定的环境下的网络性能作了对比。
• Many technologies of electrically small antennas and wide band antennas are discussed in theory , simulation and experiment . and some novel electrically small or wide band antennas are proposed . the loaded monopole is analyzed in depth integrating the genetic algorithm ( ga ) with the method of moments ( mom ) in order to increase the gain and decrease the vswr of antennas used at hf / vhf band
  在本论文的研究过程中,通过合理利用各种现有的天线宽带化和小型化的理论成果、有效的综合各种技术措施,运用矩量法和遗传优化算法等数值方法,深入研究了加载单极子天线问题,旨在全面提高高频/甚高频频段内的天线增益和降低电压驻波比,以获得较高增益的、基本满足驻波要求的小型超宽带天线。

• 天线增益的法语：gain d'antenne
• 天线增益的日语：アンテナゲイン アンテナりとく アンテナ利得
• 天线增益的俄语：усиление антенны коэффициент направленного действия антенны
• 天线增益的阿拉伯语：كسب الهوائي;