resonation 中文意思是什麼

resonation 解釋
共鳴作用
  1. Especially, when the decay rates of the two frequency oscillations are same, the resonation will be strengthened greatly

    特別是當兩個弛豫振蕩的衰減率也相等的時候，共振現象極為強烈。
  2. Fiber optic gyroscope ( fog ) is an advanced instrument to measure the angle velocity of rotation body. it realizes the measurement of optical sagnac effect using solid all - fiber structure. it overcomes mechanical - electrical gyro ' s reduction of dynamic performance and life - span caused by the structure or the requirement of high rotation rate mass, and the laser gyro ' s fabrication technology complication and high cost caused by the rigid requirement of optical circuit resonation

    光纖陀螺是一種先進的測量載體絕對角速度的儀表，它利用固態的全光纖結構和sagnac效應來實現測量，克服了機電陀螺在構造上需要一定的高速度旋轉質量，導致動態性能及壽命的降低，或者環形激光陀螺因諧振要求過于苛刻，使工藝復雜性及成本過高等一系列缺點，從而成為當今最具有競爭性的新型陀螺。
  3. The resonation fog needs shorter fiber or waveguide to realize the same sensitivity, comparing with the interference fog. it can realize integration in silicon planar waveguide module and integration of ring cavity, input and output optical circuits and modulator in single chip of planar waveguide. it fits the rmog very much, which stands for the trend of miniaturization of gyroscope

    干涉式光纖陀螺已經進入實用化階段，與干涉式光纖陀螺相比，達到同樣的靈敏度，諧振式光學陀螺需要的光纖或波導長度要短得多，可以實現將環形腔、輸入輸出光路、調制器等在單片平面波導上的集成，特別適合於微型光學陀螺（ rmog ） ，代表將來陀螺小型化的發展趨勢。
  4. Selective resonation design, an exclusive dsas feature, captures and delivers the sounds emanating from the subject under observation while rejecting sound from outside the selected area

    精密工程，以最新的技術規格和利用狀態採用最先進的電子元件，育空地區體育會允許你聽聲音在距離達300英尺（ 100米） 。
  5. A kind of system structure of resonation fog is brought forward based on theoretical analysis

    在理論研究的基礎上，提出了一種諧振式光纖陀螺的系統構建。
  6. The production mechanism of the main noise factors in the resonation fog is analyzed subsequently. the compensation methods of some kinds of noises which we care are induced

    接著對諧振式光纖陀螺中的主要噪聲因素的產生機理做了分析，歸納整理了我們關心的幾種噪聲的補償方法。
  7. In this thesis, a novel structure of silicon - based passive ring waveguide resonation cavity is firstly introduced and designed. the design is combined with the mems technology, which gets rid of the curved waveguides in the previous waveguide ring resonation cavity and facilitates optical integration. the structure has characteristic of " the smaller the resonation cavity, the smaller the loss ", which has a promising future of miniaturization and fits the field of resonation rmog

    本文首次提出並設計了一種新結構的硅基無源環形波導式諧振腔，該設計與微機械技術相結合利用集成反射鏡實現光波導直角轉彎，擺脫了以前的波導式環形諧振腔中必需包含的彎曲波導，易於光學集成；同時該結構具有諧振腔越小損耗就越小的特點，有很好的微型化前景，很適合應用於諧振式微光陀螺（ rmog ）領域。
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