cavity resonator 中文意思是什麼

cavity resonator 解釋
空腔共振器
  • cavity : n. 1. 【解剖學】穴，窩，盂，腔，空腔；【醫學】（空）洞。2. 【物理學】模槽；氣蝕區；空腔諧振器；【原子能】（反應堆中的）小室，暗盒。
  • resonator : n. 諧振器，共鳴器。
  1. Just below threshold, consistel1t to theoretical analysis, there are numbers of comb - like narrow linewidth lights due to resonating of ifltr8 - cavity ase light. novel experimental results of the erbium - doped - fiber ring resonator behaviors operating near threshold are reported in the chapter

    首先理論分析了當有源環形腔無注入光，且有源光纖環形腔在閾值以下時，由有源腔內ase輸出光表現出的腔輸出特性。
  2. In the direction of electromagnetic theory and the l of the mechanism of electroporation, the coaxial cavity resonator is be built by the means of cst microwave studio ?

    以電穿孔理論和電磁理論為基礎，採用cstmicrowavestudio ?建立電容加載同軸諧振腔的三維電磁模型，闡述基於此的滅菌方案。
  3. Circular cylindrical cavity resonator

    圓柱形空腔諧振器
  4. Cavity resonator circuit

    諧振腔電路
  5. Introducing abcd theory, the laser mode was analyzed ; with thermal effect consideration, a short folded - cavity resonator which was not sensitive to thermal effect was designed. thus, the requirements for efficient doubling frequency were satisfied. 3

    採用標準abcd傳輸矩陣理論，對激光器腔模式進行了詳細的分析，在充分考慮熱效應的前提下，根據實際情況，合理設計出對熱效應不敏感的三鏡折疊腔，產生兩個光腰，既滿足了泵浦光能量的充分利用，也滿足了縮小光腰提高倍頻效率的要求。
  6. Used as ring - down cavity, this stable resonator has, firstly, more influence of misalignment of cavity mirrors on its measured reflectivity, but less of length misadjustment ; secondly, shorter cavity length which advantageous in engineering ; finally, less diffraction loss and thus higher metrical precision

    結果表明，這種穩定腔用作衰蕩腔，測量結果受腔鏡角度失調影響較大，而受腔長失調影響小；其長度較短，便於工程應用；衍射損耗較小，測量精度高。
  7. Applying this model, the influence of minute cavity misadjustment on measured reflectivity of cavity mirrors in the stable resonator is analyzed, which is compared to that in confocal resonator

    通過數值模擬，研究了這種穩定衰蕩腔中，腔微小失調對反射率測量結果的影響，並與相同失調情況下共焦衰蕩腔的測量結果進行了對比分析。
  8. According to propagation equation of gaussian beam and matrix of misadjust resonator, as well as principle of cavity ring - down method and data processing of fitting, a physical model of reflectivity measuring is set up for misadjustment of cavity length or angle of titled cavity mirrors

    根據光束傳輸規律和失調腔矩陣方法，以及光腔衰蕩法測量原理和曲線擬合方法，建立了腔長、腔鏡角度失調下光腔衰蕩法的反射率測量模型。
  9. Based on the change of misalignment sensitivity with the length of cavity, a kind of ring - down cavity is put forward, which is stable resonator, and its cavity length is 0. 73 times as that of confocal cavity

    摘要基於諧振腔失調靈敏度參量隨腔長的變化關系，提出了一種衰蕩腔，它是由共焦腔將腔長縮短為原來的0 . 73得到的穩定腔。
  10. The cavity mirror can also be designed according to an objective function. the second part ( the 5th chapter ) is to introduce the concept of low diffraction beam and to illustrate the principle and method how to realize it. a low diffraction beam is obtained by reconstructing the existing optical resonator of a co2 laser using a special diffraction phase plate

    第二部分（第五章）提出了低衍射光束的概念，簡述了實現低衍射光束原理和方法；通過腔內放置衍射元件的方法實現了低衍射光束的輸出；並對這種光束進行了理論和實驗研究，理論模型結果和實驗結果很好地吻合。
  11. Combined with the important item " the study on 8mm high power gyroklystron ", the dissertation academically analysed and simulated the resonator system of a four - cavity, 35 ghz gyroklystron amplifier, via a great lot of computer simulation, analysed and compared many parameters and design schemes

    在理論分析的基礎上，利用計算機輔助工具對微波器件中諧振腔系統進行模擬計算，對器件的設計優化有很大的促進作用。本文結合「十
  12. And the general procedures of these methods are summarized. finally, some practical problems are analyzed using fdtd, which include passive linear resistor element and nonlinear diode element in the microwave circuits and an integrated antenna embedded with an active gunn diode element and a dielectric cavity resonator

    最後，本文通過編程模擬了微波電路中的無源線性器件電阻和非線性器件二極體，含有有源器件gunn二極體的有源集成微帶天線以及介質腔諧振器等具體實例，來驗證各種方法的可行性和有效性，計算結果與實驗結果吻合。
  13. We comprehensively introduce the research work of microwave disinfection and microwave thruster, and analyze the characteristic of the coaxial cavity resonator, especially its distributing of electromagnetic field

    對微波滅菌和微波推進領域的研究工作做較全面的敘述。較為詳細地分析和介紹了電容加載同軸諧振腔的電磁特性，以及諧振腔體內部電場分佈情況。
  14. The main works of this dissertation are list as following : 1. basing on the basic theories of resonator, studied the common method of resonator researching. programmed with matlab to calculate the numerical solution of exceeding equation in coaxial cavity, not take loss into account. basing on the field - matching theory, studied cavity with abrupt transitions structure at both ends ; 2

    從諧振腔基本理論入手，研究了分析諧振腔的一般方法；並用matlab編程計算了不考慮損耗的同軸諧振腔的超越方程數值解；根據場匹配法研究了兩端突變及漸變結構諧振腔； 2
  15. In this paper aim at the application of the coaxial cavity resonator in the aspect of microwave energy, we build the electromagnetic model of the coaxial cavity resonator by the cst microwave studio ~ ( tm ), analyses the distributing of the electromagnetic field in the cavity, and discuss its characteristic and strongpoint

    本文採用成熟的三維電磁工程軟體cstmicrowavestudio ? ，建立電容加載同軸諧振腔的三維電磁模型，分析諧振腔體內部電磁場分佈特性，討論和說明了其較為集中的電場分佈在微波滅菌和微波推進應用中的優點。
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