辐射单元的英文

• radiating element
• radiation element

• "辐射"英文翻译    radiation; exposure; radio; ...
• "单元"英文翻译    unit; unit element; cell; lo ...
• "光发射单元" 英文翻译 :    optical transmit unit oiu
• "辐射单位" 英文翻译 :    cascade unit; radiation unit; ru
• "定向发射单元" 英文翻译 :    directive emission cell
• "国际辐射单位" 英文翻译 :    international radiation unit
• "放射单辐射状扩散" 英文翻译 :    radioactive single radial diffusion
• "国际辐射单位和测量委员会" 英文翻译 :    international commission on radiation units and measurements
• "国际辐射单位和量度委员会" 英文翻译 :    icru; international commission on radiation units and measurements
• "国际辐射单位及测量委员会" 英文翻译 :    international commission on radiation units and measurement
• "国际辐射单位与测量委员会" 英文翻译 :    international commission on radiation units and measurements
• "国际辐射单位与剂量委员会" 英文翻译 :    international commission of radiation unit and dose
• "英国辐射单位与测量委员会" 英文翻译 :    british committee on radiation units and measurements
• "半波辐射，半波单元" 英文翻译 :    half-wave element
• "居里(放射单位)" 英文翻译 :    ci curie; curie
• "透射单位" 英文翻译 :    transmission unit; tu
• "照射单位" 英文翻译 :    irradiated unit; irradiation unit
• "簇射单位路程" 英文翻译 :    shower unit
• "掠入射单色仪" 英文翻译 :    grazing incidence monochromator
• "双折射单色计" 英文翻译 :    birefringent monochrometer
• "单元" 英文翻译 :    (自为一组的单位) unit; unit element; [计算机] cell; location; [电学] sub-unit; element 运算单元 arithmetic unit; 记忆单元 memory location; 教学单元 teaching unit; 十八号楼四单元二号 no.2, entrance 4, building 18
• "辐射" 英文翻译 :    radiation; exposure; radio; beaming 电磁辐射 electromagnetic radiation; 受激辐射 stimulated radiation; 自发辐射 spontaneous radiation
• "放射单幅射状扩散" 英文翻译 :    radioactive single radial diffusion
• "晶体反射单色射束" 英文翻译 :    crystal-reflected monochromatic
• "空气喷射单向阀" 英文翻译 :    aicv air injection check valve

• Figure 7 - 1 and subsequent diagrams show only a limited number of radiating elements
  图7 - 1和后面的图表只显示了少量辐射单元的情况。
• For each beam position the amount of phase shift is calculated for each radiating element
  在每个波束位置为每个辐射单元计算相移量。
• Applying the distance approximation to the expression already obtained for the required phase difference between two radiating elements yield equation ( 7 - 1 )
  在已经得到的两个辐射单元所需相位差的场方程（ 7 - 1 ）中应用距离近似。
• Every phased - array rader needs thousands of phase shifters , which control the phase of radiator elements in the antenna aperture surface to scan beams fast
  每部相控阵雷达需要上千个移相器,才能控制天线孔径面上各辐射单元的相位变化进而实现快速扫描。
• This paper also analyses the affect of signal leaking using the concept of poynting , and puts forward a formula to describe the connection of antenna interval and test precision from theoretics
  利用求解波印亭矢量的方法，推导了由于阵面辐射单元信号泄漏所带来的试验误差公式，进而从理论上分析了辐射单元间距对试验精度的影响。
• By building the antenna at a location with a poor effective conductivity of the ground , and by grounding the ends of the feedline / antenna , the signal is forced deep down into the earth , making the earth itself the effective radiating element
  通过将天线建造在低导电性的地点，并且将馈线/天线的终端接地，信号被迫深入地球，使得地球本身成为一个有效的辐射单元。
• Phase array radar can scan beams fast by controlling the phase of radiator elements in the antenna aperture surface , which shows many excellences such as agility , change celerity and multifunction . therefore , phase array radar is fit for the necessity of combat readiness
  这种雷达通过电的方式控制天线孔径面上各辐射单元的相位变化，以实现波束的快速扫描，使其具有灵活、变化快速、多功能等优点，适应战备需要。
• The directivity coefficient of the phased array antenna has been generalized and discussed . according to the formulations of microstrip antenna design theory , planar and cylindrical microstrip patch cell has been analyzed . we can conclude that the cylindrical microstrip patch cell has the performance of high gain , low thickness , high resonant frequency , uniform directivity diagram , and easy fabrication on missile body , so it is a good choice
  本文根据微带天线设计理论,分析了平面和柱面两种微带贴片单元,其中柱面微带贴片单元增益高、厚度小、谐振频率高、方向图均匀,且较易加工制作在弹体上,适合在相控阵天线中做共形辐射单元。
• With compensation of signal ’ s time delay from different radiating element by phase shifters , phased - array antenna can control array beam easily . because there are no mechanical devices for rotating beam , the phased - array antenna system can scan everywhere in beam covered areas in millisecand by stepping the phase shifters . it improves the tracking velocity of antenna towards the object , and becomes the development trends of weapon system antennas
  相控阵天线利用移相器补偿信号到达辐射单元时间的差异,从而控制波束方向;天线没有机械旋转问题,只需改变移相器的设定值,波束便可以在毫秒级内扫描其覆盖空域内的任何地方,提高了天线对目标的跟踪速度,是目前武器系统天线的发展方向。