receiving beam 中文意思是什麼

receiving beam 解釋
接收光束
  • receiving : n. 1. 接收。2. 收買賊贓。adj. 接受的;收報的。
  • beam : n 1 梁,棟梁,桁條;(船的)橫梁。2 船幅;(動物、人的)體幅。3 (秤)桿,杠桿,(織機的)卷軸,...
  1. Beam reflector receiving aerial

    定向反射接收天線
  2. With a tap or a wave, the cards wirelessly beam data to a receiving device on the shopkeeper ' s counter

    通過拍卡或者將卡揮動一下,可以用無線的方式將(付款金額)數據從卡傳輸到店鋪櫃臺的接受器上。
  3. Between the device and the receiving device is launched beam penetrating sensor function sensing range of 32 to 9 - 3 4

    具有發射裝置和接收裝置之間的光束穿透感測功能,感測范圍達32至9 - 3 4 " 10m
  4. 1550nm is chosen as the work wavelength, cassegrain transmitting - receiving antenna as the optical antenna of the system through the elucidation of how to choose the work wavelength and optical antenna of comm - unication system. the structure and theoretical design parameter of apt sub - system have been presented through the discussion of the optical signal power estimation of apt sub - system, beam divergence angle, pointing error, and error signal extraction. compared with existed optical wireless communication system, the design scheme proves applicable

    通過對通信系統工作波長選擇、光學天線選擇等闡述,選擇了1550nm作為系統工作波長、卡塞格倫( cassegrain )收發合一天線作為系統光學天線;通過對apt子系統功率測算、束散角和瞄準誤差、誤差提取信號等的討論,給出了apt子系統結構和理論設計指標,並將其與現有的光無線通信系統進行比較,說明該設計方案是可行的。
  5. Computer simulation results show that the beamspace wsf algorithm retains the super performance of its element space counterpart when applied to the beam outputs of some practical acoustic - receiving array. 3. an improved form of classical time domain broadband beamforming is proposed by combining digital delay lines and fir filters

    提出了對經典時域寬帶波束形成器的改進方法,採用數字延遲線和fir數字濾波器結合的方式實現時域波束形成,以消除波束畸變並實時實現結構特殊的空間頻率響應。
  6. Because an antenna beam has certain width, and the antenna on the earth will point to the adjacent satellites at its side lobe, the transmitting antenna may create interfering radiation ( which is known as uplink adjacent interference ), and the receiving antenna will also be interfered ( which is known as downlink adjacent interference )

    由於天線波束具有一定的寬度,地面發送天線會在指向鄰星的方向上產生干擾輻射(上行鄰星干擾) ,地面接收天線也會在鄰星方向上接收到干擾信號(下行鄰星干擾) 。
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