陷波抑制 的英文怎麼說

中文拼音 [xiànbōyìzhì]
陷波抑制 英文
trap rejection
  • 陷 : Ⅰ名詞1 （陷阱） pitfall; trap2 （缺點） defect; deficiency Ⅱ動詞1 （掉進） get stuck or bogged do...
  • 波 : Ⅰ名詞1 （波浪） wave 2 [物理學] （振動傳播的過程） wave 3 （意外變化） an unexpected turn of even...
  • 抑 : Ⅰ動詞（向下按; 壓制） restrain; repress; curb Ⅱ連詞[書面語]1 （表示抉擇） or 2 （表示轉折） but3 ...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 抑制 : 1 （控制） restrain; control; check; hold up; curb; stop; repress; bridle; choke; prehension; sup...
  1. Rejecting harmonic interference in twacs using iir notch filter based on all - pass filter

    陷波器抑制工頻通信中的諧波干擾
  2. So the products designed in this way can not meet electromagnetic compatibility requirement and become flaw products 。 to prevent the above occurrence, it is proposed in this paper that emc design should be carefully treated in early product design. the methods such as grounding masking, filtering transient noise reduction are used to guarantee the electromagnetic compatibility

    但很多工程技術人員仍沒有加以足夠重視，這樣設計出來的產品將不能滿足電磁兼容性的要求，成為一件有缺陷的產品。為避免上述情況的發生，作者在產品設計初期著重加強電磁兼容性設計，採取接地、屏蔽、濾波、瞬態干擾抑制等措施，以求實現電磁兼容。
  3. Digital signal processing technologies were used to produce spatial and directional beam in smart antennas. then the main beam aims at the coming direction of reference user and the side lobe points to the coming direction of interference user

    智能天線是利用數字信號處理技術，產生空間定向波束，使天線主波束對準期望用戶信號到達方向，旁瓣或零陷對準干擾信號到達方向，達到充分高效利用移動用戶信號並刪除或抑制干擾信號的目的。
  4. Digital signal processing technologies were used to produce spatial and directional beam in smart antennas. then the main beam aims at the coming direction of reference user and the side lobe points to the coming direction of interference user. smart antennas are classified to switching - beam and tracking - beam

    智能天線利用數字信號處理技術，產生空間定向波束，使天線主波束對準期望用戶信號到達方向，旁瓣或零陷對準干擾信號到達方向，達到充分高效利用移動用戶信號並刪除或抑制干擾信號的目的。
  5. Time delay notch filter design to reduce residual vibration of flexible structure

    容許幅度法設計時滯陷波器抑制殘余振動
  6. For rfi and narrowband noise interferences, this dissertation studies notch filter and spectrum equilibrium and uses them to suppress narrow jammings in signal domain

    對于rfi和窄帶噪聲干擾，本文研究了頻域陷波和譜均衡兩種方法，並將之應用到信號域來抑制窄帶干擾。
  7. According to the characteristic of digital adaptive heterodyne filter and the conception of interference counteraction, the paper presents a new structure to enable the filter track the interference signal precisely and control the width and depth of notch. through simulation, it is demonstrated that the new structure can suppress one or more interference signals and the filtering operation has little influence on signal spectrum

    論文利用數字自適應外差濾波器的特點，運用干擾抵消的概念，提出了一種新的結構，能使濾波器精確跟蹤干擾信號，並能控制陷波的寬度和深度，經模擬驗證，該結構的濾波器能較好的抑制一個和多個干擾，同時濾除干擾后對信號頻譜的損害較小。
  8. Finally, we conduct the experiments of generating and receiving guided waves on a pipe with the transducer system we have developed in our lab. the result of these experiments indicates that the transducer system we have developed can effectively generate and receive special modes of guided waves we need, and restrain the guided wave modes that we do n ' t need. it is hopeful that our guided - waves transducer system can be used in the testing of pipes " flaw

    最後，在實驗室中進行探頭在管道中激勵接收超聲導波的實驗，實驗結果表明，本文研製的探頭系統能夠在管道中有效地激勵和接收所需的導波模態，並且能夠抑制一些不希望出現的導波模態，有望用於管道缺陷的檢測。
  9. Up to now, the speckle problem is still a pinch point in sar images processing field. the classic spatial filtering algorithms and the refined algorithms can restrain speckle to a certain extent, but they do not make full use of polarimetric information when applied to speckle reduction for polarimetric sar images

    現有的各種空域濾波演算法及在此基礎上改進的各種演算法到引入小波變換進行濾波，均能在一定程度上抑制相干斑，但是應用到極化sar圖像相干斑抑制中，都存在未能充分利用極化信息的缺陷。
  10. Scheme iii. a system combining fft algorithm with chirp - z transform to detect feedback rapidly and accurately. then, adopting a filter bank composed of 12 iir narrow - band notch filters to eliminate feedback

    採用chirp - z變換（ czt ）演算法與fft演算法相結合對聲反饋進行檢測，使用由12個iir窄帶陷波器構成的濾波器組對聲反饋進行抑制。
  11. Secondly, adopting a filter bank composed of 12 iir narrow - band notch filters to eliminate feedback. 9 fixed filters are used for feedbacks which are inherent in room and 3 dynamic filters are used for new feedbacks when all available filters are in use

    其中， 9個靜態陷波器用來抑制聲環境中的固有聲反饋， 3個動態陷波器用來抑制擴聲系統使用過程中可能出現的聲反饋。
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