試驗信號 的英文怎麼說

中文拼音 [shìyànxìnháo]
試驗信號 英文
test signal
  • : 名詞(古代占卜用的器具) astrolabe
  • : 動詞1. (察看; 查考) examine; check; test 2. (產生預期的效果) prove effective; produce the expected result
  • : 號Ⅰ名1 (名稱) name 2 (別號; 字) assumed name; alternative name3 (商店) business house 4 (...
  • 試驗 : trial; experiment; test
  1. Fireworks - part 8 : bengal sticks - specification and test methods

    焰火.第8部分:棒.規范和方法
  2. Fireworks - part 6 : bengal flames - specification and test methods

    焰火.第6部分:火焰.規范和方法
  3. These experiments left little doubt that appropriate light changes could override signals from the biological clock.

    這些使我深不疑,適當的光照變化能夠克服來自「生物鐘」的
  4. The firth chapter is " other questions of designing of the " dehong " ", it makes a study of of its bitt - towing - power - experiment and the layout of signal equipment according the property of salvation. directed by dr. shi xin

    主要針對「德宏」輪的救助特性,對系柱拖力、救助船技術要求、設備布置等問題,進行了分析和探討。
  5. Safety of machinery - visual danger signals - general requirements, design and testing

    機械的安全性.視覺損害.一般要求,設計和
  6. Safety of machinery - auditory danger signals - general requirements, design and testing

    機械的安全性.危險聲的一般要求設計和
  7. Safety of machinery. visual danger signals. general requirements, design and testing

    機械的安全性.可視的危險警報.一般要求設計和
  8. Based on the comprehensive estimating method of the final drive, the analysis method is proposed to focus on analyzing one of the important testing targets ? the meshing states of the spiral bevel gears and differential gears of the final drive when they are working under the imitating conditions

    本文主要對汽車后橋主減速器殼表面的振動進行分析。這是在主減速器綜合評價方法的基礎上,針對其中一項重要的參數? ?主減速器齒輪的嚙合狀況,而提出的分析方法。
  9. The signal was picked up by a downrange radar station

    飛行方向之內的雷達站收到了。
  10. After the high - g arrayed micro - accelerometer was designed and fabricated successfully, this paper analyzed the characteristic signal of accelerometer in order to supply the theory sustain for the application of sensor

    本文在鉆地引用高g陣列式微加速度計的成功研製基礎上,首先對加速度計試驗信號進行特徵分析,為傳感器應用提供理論依據。
  11. Audiometers - auditory test signals of short duration for audiometric and neuro - otological purposes

    聽力計.第3部分:聲學和耳神經學用短持續試驗信號
  12. Audiometers - part 3 : auditory test signals of short duration for audiometric and neuro - otological purposes

    聽力計.第3部分:聲學和耳神經學用短持續試驗信號
  13. Audiometers - part 3 : auditory test signals of short duration for audiometric and neuro - otological purposes iec 60645 - 3 : 1994 ; german version en 60645 - 3 : 1995

    聽力計.第3部分:聲學和耳神經學用短持續試驗信號
  14. Methods of measurement for radio transmitters. part 10 : methods of measurement for television transmitters and transposers employing insertion test signals

    無線電發射機的測量方法.第10部分:採用插入試驗信號法對電視發射機和轉播發射機的測量方法
  15. In this paper, according to the characters and processing requirements of flutter test data, based on the general theory of wavelet analysis, a set of laplace wavelets are introduced

    本文根據顫振試驗信號的基本特徵和處理要求,在對小波一般理論研究的基礎上,引入了一種適用於顫振試驗信號處理( ftdp )的小波? ? laplace小波。
  16. At last the properties of the laplace wavelet algorithm was demonstrated by digital simulation signal and wind tunnel flutter test signal. it comes the result that correlation filtering using laplace is a very promising and feasible approach

    本文演算法是採用matlab語言實現的,通過數字模擬和實際的風洞顫振試驗信號,對方法的數值特性和應用情況進行了考核和證。
  17. Focused on the nonstationary features and analysis requirements of flutter test data, the application scheme is brought forward for flutter signal processing. by using computer simulation and flutter test of low - speed wind - tunnel of some aeroelastical modes, the characteristics of the scheme are investigated

    本文基於顫振試驗信號的非平穩特點與分析需求,應用自適應時頻分析技術給出並實現了兩種新的顫振處理方案,重點研究了適用於連續變速顫振的顫振邊界預測問題。
  18. Reconstruction research of tension signal based on wavelet

    基於小波變換的拉伸試驗信號重建的研究
  19. Acoustics - audiometric test methods - sound field audiometry with pure tone and narrow - band test signals

    聲學.聽力方法.純音和窄帶試驗信號聲場測聽方法
  20. After the original data acquired from the experiment were filtered by wavelet transformation, the energy integral of the filtered signal was taken as stress wave factor ( swf ), from which the material can be distinguished between demage and undamage, and the degree of damage can be qualitatively estimated

    在對所得試驗信號進行小波濾波后,應用了能量積分方法量化應力波因子,據此值可以區分材料有無損傷,並可定性地評估損傷程度。
分享友人