faraday effect 中文意思是什麼

faraday effect 解釋
【物理學】法拉第效應。

  • faraday : n. 1. 法拉第〈姓氏〉。2. Michael Faraday 法拉第〈1791~1867，英國物理學家、化學家〉。3. 〈f-〉 【電學】法拉第〈電量單位〉。
  • effect : n 1 結果。2 效能，效果，效力，效應，作用，功效；影響。3 感觸，印象；外觀，現象。4 旨趣，意義。5 ...
  1. In recent times the faraday effect has been put to even more exciting and promising uses.

    目前，法拉第效應還有更令人鼓舞的，有前途的應用。
  2. Research on faraday effect in magneto - optic glass

    磁光玻璃磁致旋光效應的研究
  3. Faraday effect in magneto - optic glass fiber and its application to all - fiber current transducer are studied in this thesis

    本文對磁光玻璃光纖的磁致旋光效應及其在全光纖電流傳感器中的應用進行了研究。
  4. Bmocs is based on the faraday effect. linear birefringence is one of the important factors that affect the performance of bmocs

    塊狀光學材料電流傳感器的傳感機理是法拉第效應，在影響傳感器性能的諸多因素中，線性雙折射是一個關鍵的因素。
  5. The distribution of electromagnetic field in single - mode fiber is analyzed, the theory of faraday effect in magneto - optic glass fiber is clarified and the rules of faraday effect are concluded in this thesis

    論文首先分析了單模光纖中電磁場的分佈，闡述了磁光玻璃光纖的磁致旋光效應的理論，總結出了磁致旋光效應的規律。
  6. In the second chapter, we explain the basic knowledge on magneto - optic effect and the progress of the magneto - optic materials in detail. first, the theory of faraday effect, magnetic circular dichroism, magnetic linear birefringence and kerr effect are argued. then the kinds of the magnetic materials and the magneto - optical devices are discussed

    在磁光理論部分，分別對faraday效應與磁致圓二向色性、磁致線雙折射與線二向色性、磁致克爾效應等磁光效應進行了理論推導與分析；在磁光晶體部分，對磁性材料的分類及部分重要的磁光器件進行了介紹。
  7. In the paper, based on polarized light detecting method and faraday magneto - optical effect, a new displacement sensor system, " displacement - current comparator " is first presented

    本文提出了一種新型位移傳感器：基於馬呂斯定律和法拉第旋光效應的電流位移比較儀。
  8. So that film ybig / ggg was grown in proper temperature, then film ybilg was grown onto ybig / ggg. to improve the magneto - optical properties of films, film ybig was grown onto substrate ybilg which was sliced from garnet ybilg and polished. the tests of magneto - optical properties of the grown thin films showed that through combining two types of rare - earth ion garnet films with opposite signs of farady rotation temperature coefficients, high faraday temperature stability was reached due to temperature compensation effect, which indicated of great potential for application

    反復實驗結果表明， ybiig薄膜的最佳外延溫度區間比ybig薄膜的低約10以上，因此，根據實驗結果選擇合適的溫度，我們先在ggg上外延生長ybig薄膜，然後在ybig上再外延ybiig薄膜，成功製成了ybiig ybig ggg復合膜結構；為了進一步提高性能，我們還將以前生長的ybiig單晶定向切割制為基底，在其上進行復合外延。
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