負折射 的英文怎麼說

中文拼音 [fùzhéshè]
負折射 英文
negative refraction
  • 負 : Ⅰ名詞1 （負擔） burden; load 2 （虧損） loss 3 （失敗） defeat Ⅱ動詞1 [書面語] （背） carry on th...
  • 折 : 折動詞[口語]1. （翻轉） roll over; turn over 2. （倒過來倒過去） pour back and forth between two containers
  • 射 : Ⅰ動詞1 （用推力或彈力送出） shoot; fire 2 （液體受到壓力迅速擠出） discharge in a jet 3 （放出） ...
  1. Left - handed material is a novel material which has a negative refractive index

    摘要左手材料是具有負折射率特徵的新型材料。
  2. Photonic crystal, negative refractive index materials, superluminal and subluminal phenomena, partially coherent light, laser physics, and interaction between light and matter

    光子晶體，負折射率材料，超快、超慢現象，部分相干光學，激光物理，光與物質的相互作用等。
  3. In this thesis, the negative refraction, superprism and self - collimated phenomena are analyzed by using this method

    在這個基礎上，本文對光子晶體中的負折射效應、超棱鏡效應以及自準直效應進行了一定的分析。
  4. In 6. 635, topics covered include : special relativity, electrodynamics of moving media, waves in dispersive media, microstrip integrated circuits, quantum optics, remote sensing, radiative transfer theory, scattering by rough surfaces, effective permittivities, random media, green ' s functions for planarly layered media, integral equations in electromagnetics, method of moments, time domain method of moments, em waves in periodic structures : photonic crystals and negative refraction

    本課程所覆蓋的論題包括：狹義相對論、運動媒質的電動力學、色散媒質中的波、微帶集成電路、量子光學、遙感、輻射傳輸理論、粗糙表面上的散射、有效介電系數、隨機媒質、平面層狀媒質的格林函數、電磁學中的積分方程、矩量法、時域矩量法、周期結構中的電磁波：光子晶體和負折射率。
  5. Negative refraction can also occur in some special photonic crystals

    負折射介質的應用將特別有利於器件集成度的提高。
  6. The odd property on which dr hess ' s plan rests is called negative refraction

    赫斯博士的計劃依賴的奇異特性叫做「負折射」 。
  7. This paper focused on left - handed materials ( lhm ) both from theoretical point and experimental aspects

    摘要左手材料和負折射是近幾年來物理學家關注的熱點問題之一。
  8. To understand how negative refraction can arise, one must know how materials affect electromagnetic waves

    要了解負折射如何發生，我們必須先知道材料如何影響電磁波。
  9. In this thesis, a novel directional coupler with a lhm layer between single - mode waveguides of usual material is introduced

    本論文首次提出了負折射介質在方向耦合器中的應用可能。
  10. Recently, much attention has been attracted by the negative refraction in the so - called left - handed media ( lhm )

    負折射效應是光子晶體研究領域的最新研究熱點。不少負折射介質可以認為是另一類周期性結構。
  11. The negative refraction and superprism in photonic crystals are promising for the near field image and wavelength demultiplexing system

    光子晶體中的負折射、超棱鏡效應在近場成像、波分復用系統中具有潛在的用途。
  12. They carried out an experiment with a thin wedge of gold and visible light to demonstrate similar results with no negative refraction

    他們以薄的楔形黃金和可見光進行了一項實驗，示?在不是負折射的情況下也可以產生類似的結果。
  13. It is shown that the coupling length for such a waveguide system can be shortened significantly by putting a lhm layer since the lhm can amplify evanescent waves

    理論分析表明，由於負折射介質能放大倏失波，它可以有效地增強二波導間的藕合作用。
  14. The methods to realize left - handed medium are reviewed, including combination of split ring resonators ( srrs ) with thin metal wires, and those beyond srrs

    本文從理論構想和實驗兩個方面對左手材料做了詳細的綜述，圍繞負折射頻率從微波到近紅外的研究進展這一主線，具體介紹了實現左手介質的方法。
  15. Using the transfer - matrix - method simulation, the transmission spectrum in such one dimensional ( 1 - d ) systems including three defects is calculated, and the influence of the interaction between defects on defect modes is discussed

    利用傳輸矩陣方法計算了含有3個負折射率缺陷的一維光子晶體的透射譜，討論了缺陷間的相互作用對缺陷模的影響。
  16. The negative index interpretation was soon challenged, however

    不過這項對于負折射率的詮釋很快就受到質疑。
  17. It sounds too good to be true, but for each complaint raised, proponents of negative index materials have at least a partial answer

    這聽起來似乎有點不可思議，但針對所提出的每一項反對意見，負折射率材料的支持者至少都有部份的答案。
  18. In a negative index material ( nim ), the peaks and troughs of an electromagnetic wave travel backward even though the energy of the wave continues to travel forward

    在負折射率材料中，電磁波的波峰和波谷將朝相反方向行進，但波的能量仍向前行進。
  19. In a paper published last may, prashant valanju and his co - workers at the university of texas at austin disputed the basic theory of negative index materials

    在2002年5月發表的一篇報告中，瓦藍朱和他在美國德州大學奧斯丁分校的研究伴，也對負折射率材料的基本理論提出質疑。
  20. Also, any negatively refracted wave would be rapidly smeared out in only a few wavelengths by dispersion, which valanju maintains will always be a major problem in a negative index material

    此外，負折射波將在幾個波長內因色散而快速衰減，瓦藍朱認為這將是負折射率材料最大的問題。
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