coupling attenuation 中文意思是什麼

coupling attenuation 解釋
耦合衰減
  • coupling : n. 聯結;交尾;【機械工程】管箍;聯結器;軸接;(火車的)車鉤,【電學】耦合。
  • attenuation : n. 1. 變薄,變細。2. 減少,減弱。3. 稀釋。4. 【物理學】衰減。
  1. Finally, convergent geometry had an important effect on the perturbance coupling between the interfaces of the finite fluid. the attenuation factor of perturbance coupling from the outer interface in was greater than the one from the inner out

    本文研究表明:收縮幾何效應對有限厚度流體的界面之間的擾動耦合有重要影響,柱和球幾何中擾動耦合從外界面到內界面的衰減因子大於從內界面到外界面的情況。
  2. Screened balanced cables - coupling attenuation measurement, triaxial method

    屏蔽對稱電纜.用三線法連接衰減測量
  3. Communication cables - specifications for test methods - electrical test methods - coupling attenuation or screening attenuation of patch cords coaxial cable assemblies pre - connectorised cables

    通信電纜.試驗方法規范.電氣試驗方法.接插線同軸電纜配件預連接電纜的耦合衰減或屏蔽衰減
  4. During this evolution, seven second - order tectonic units were formed ; from north to south are the mingqianri cretaceous residual sea basin, the arsuo tectonic melange zone, the taricuo - wenbu yenshan magmatic arc belt, the cuoqin - bangduo late paleozoic composite back - arc basin, the jiangrang - geerdi faulted uplift, the gangdise - chazi himalayan magmatic arc belt, and the xigaze - anba fore - arc basin. these units comprise important parts of a poly - arc - basin system and exhibit evolutional features of mesozoic to cenozoic arc - basin systems. mosaic pattern of these tectonic units delineates the lithosphere coupling processes of the gangdise tectonic belt under mechanisms such as back - arc basin attenuation and arc - continent collision

    自中新生代以來,岡底斯構造帶經歷了洋殼俯沖、弧陸碰撞、陸內俯沖-碰撞、走滑和塊段隆升的多階段構造演化歷程,形成了由北向南七個二級構造單元,即岷千日白堊紀殘余海盆、阿索構造混雜巖帶、它日錯?文部燕山期巖漿弧帶、措勤?幫多晚古生代復合弧后盆地、江讓?格爾耿斷隆、岡底斯?查孜喜馬拉雅期巖漿弧帶、日喀則?安巴弧前盆地。
  5. It has been found that by simulating the effect of coupling attenuation on all - optical wavelength conversion, all - optical wavelength conversion by using both light conversion and idle light can be realized respectively by adjusting coupling attenuation under the condition of different pump light and signal light powers

    文章通過模擬耦合器衰減對全光波長變換的影響,發現在不同的泵浦光與信號光功率條件下,調節輻合器衰減可分別實現利用變換光的全光波長變換和利用閑頻光的全光波長變換。
  6. The difference among the elasticity modulus of various microstructures is probably the main reason, which caused the experiment results above. under the same experiment conditions, such as sample shape, size, surface roughness, establishment of testing system, pressure on the probe, and thickness of coupling medium, the variety of relative attenuation coefficient ( or ) in different heat treatment samples is measured and compared by measuring the attenuation obtained from the cylindrical surface of column. the result is as following : for 40cr and 38crmoal, a mt < az mq < a s < a p + f ; for gcrlssimn, a mt < a annea < s < a p + f ; and a increased with the increasing of frequency

    在保證試樣形狀、尺寸、表面光潔度、系統參數設置、施加在探頭上的壓力以及耦合層厚度等測試條件一致的情況下,利用棒材圓柱面測衰減系數法,分別測定並比較上述不同熱處理試樣相對衰減系數的變化情況,得到的實驗結果是:對於40cr及38crmoal鋼, _ (低溫回火) (淬火) _ (高溫回火) _ (正火) ;對于gcr15simn鋼, _ (低溫回火) _ (退火) _ (高溫回火) _ (正火) ;且隨著頻率的提高,衰減系數均呈現增加的趨勢。
  7. These disks are used to create a diffuse source that is optimal for coupling into fibers and attenuating the overall signal when spectrometer saturation is an issue and other attenuation methods ( such as adjusting spectrometer integration times ) are impractical or undesirable

    當分光計的飽和度成為問題或其它衰減方法(如調整分光計綜合時間)不合實際或不合要求時,這些盤用做散射源,則對與光纖耦合和衰減所有信號最優。
  8. Second, the mode fields of a strip waveguide and some slab waveguides have been simulated by applying finite - difference time - domain ( fdtd ) method. the curvature radius ; vicinity coupling ; transition loss and power attenuation of a s - shape bend waveguide have been analysed numerically by employing wide angle finite - difference beam propagation method ( fd - bpm ), as well as the coupling loss of optical fiber and waveguide. in addition, the framework of the s - shape waveguide laser has been

    其次,應用時域有限差分法,結合波導模式理論對條形與平面波導進行了模場模擬;應用廣角有限差分光束傳播法,對s形彎曲波導的曲率半徑、鄰近耦合、過渡損耗、功率衰減以及波導與光纖的各種耦合損耗進行了數值分析,並在此基礎上,對s形波導激光器的結構作了初步設計。
  9. Communication cables - specifications for test methods - electrical test methods - coupling attenuation or screening attenuation of connecting hardware

    通信電纜.試驗方法規范.連接硬體的耦合衰減或屏蔽衰減
  10. Communication cables - specifications for test methods - electromagnetic performance - coupling attenuation of links and channels laboratory conditions

    通信電纜.試驗方法規范.電磁性能.鏈路和通道的耦合衰減
  11. Communication cables - specifications for test methods - part 1 - 15 : electromagnetic performance - coupling attenuation of links and channels laboratory conditions

    通信電纜.試驗方法規范.第1 - 15部分:電磁性能.鏈路和通道的耦合衰減
  12. Communication cables - specifications for test methods - part 1 - 14 : electrical test methods - coupling attenuation or screening attenuation of connecting hardware

    通信電纜.試驗方法的規范.第1 - 14部分:電氣試驗方法.連接硬體的耦合衰減或屏蔽衰減
  13. Communication cables - specifications for test methods - part 1 - 13 : electrical test methods - coupling attenuation or screening attenuation of patch cords coaxial cable assemblies pre - connectorised cables

    通信電纜.試驗方法規范.第1 - 13部分:電氣試驗方法.轉接線同軸電纜組件預連接電纜的耦合衰減或濾屏衰減
  14. Emc. metallic communication cable test methods - electromagnetic compatibility - screening and coupling attenuation - injection clamp method

    金屬通信電纜試驗方法.電磁兼容性
  15. Emc. metallic communication cable test methods - part 4 - 2 : electromagnetic compatibility - screening and coupling attenuation - injection clamp method

    金屬通信電纜試驗方法.第4 - 2部分:電磁兼容性
  16. Emc. metallic communication cables test methods - part 4 - 2 : electromagnetic compatibility - screening and coupling attenuation - injection clamp method

    金屬通信電纜試驗方法.第4 - 2部分:電磁兼容性
  17. Communication cables - specifications for test methods - part 1 - 14 : electrical test methods - coupling attenuation or screening attenuation of connecting hardware ; german version en 50289 - 1 - 14 : 2004

    通信電纜.試驗方法規范.第1 - 14部分:連接硬體的耦合衰
  18. The fuctions of impedance matching, over voltage protection, ac / dc coupling and amplification / attenuation in the analog circuit are designed to enhance the reliability and testing precision of the module

    設計了具有阻抗匹配、過電壓保護、 ac / dc耦合、放大/衰減功能的前端信號處理電路,提高了模塊的可靠性和總體測試精度。
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