antireflection 中文意思是什麼
antireflection
解釋
反反映-
Design and test of good performance and broad - hand antireflection thin films based on glan - thompson prism
棱鏡高性能寬帶減反射膜的研製及性能測試 -
Cylindrical wave reflection and antireflection at media interfaces
在介質內表面處柱面波的反射和減反射 -
Design and fabrication of the broadband infrared antireflection coating on pbmoo4 single crystal in vacuum are explored theoretically and experimentally
本文從理論和實驗兩個方面討論了鉬酸鉛晶體表面的寬帶紅外增透膜的設計以及其在真空環境中的制備。 -
The resulted films were densely packed uniform amorphous films with substantial overlap between adjacent si02 layers, and can serve the function as antireflection coatings. colloidal ti02 particles of 3 ~ 4nm in diameter were prepared using tetra - h - butyl titauate as precursor, and composite multilayer films of pss / tio2 were electrostatically self - assembled
二氧化硅膠體與聚合物pdda的自組裝多層復合薄膜為均勻、緻密的非晶態膜，復合薄膜內存在層間穿插的現象，薄膜表現出均質單層光學塗層的特性並具有增透作用。 -
Design and manufacture of antireflection coatingfor plastic pmma
鍍減反射膜的研製 -
The materials of antireflection films are mgf2, si3n4, ta2o5 etc, these materials also have many disadvantages themselves. sio2, tio2 are the good materials as antireflection films, and tio2 have characteristics of photocatalytic, self - cleaning and antifogging films and so on. this paper aims to study antireflection films for solar cells
對于減反射薄膜材料主要是mgf2 、 si3n4 、 ta2o5等它們在制備和應用過程中或多或少存在著缺點和不足; sio2 、 tio2是良好的減反射薄膜材料，其中tio2薄膜還具有光催化、光降解和防霧、防露等特性，能夠大大提高減反射薄膜的性能。 -
By computer simulation and calculation, the relation between the reflectivity and the structure parameters of such gratings are presented. these results show that a glass grating can achieve antireflection over almost the whole visible light waveband for unpolarized light, while a silicon grating with a columned grid substrate also can achieve low reflectance over as a broad field of view as a tapered silicon grating structure can, but it can be fabricated more simply
理論分析發現硅基底的圓柱形網格光柵能夠在比較大的視場獲得比較低的反射率，具有特定參數結構的低反射率硅基底圓柱形網格光柵可以獲得與專為大視場設計的金字塔形網格光柵相同的視場角，但它的製作更容易，更簡單。 -
It is important work for scientific researchers to improve utility ratio of solar energy, especially to improve conversion efficiency of solar cells, there are many ways which can be used to improve it, depositing antireflection films on solar cells is the most doable one, and can debase the cost of solar cells
提高太陽能的利用率，尤其是太陽電池的光電轉化率是科研工作者研究的一個重要方向。對于提高太陽電池的光電轉換效率的方法很多，但比較可行又能降低太陽電池成本的方法是在太陽電池表面形成一層減反射薄膜，以減少太陽電池表面對陽光的反射損失。 -
This paper mainly discusses the performance specification of plasma source ( gis ), technology and quality of tio2 and sio2 coatings and the technology for large antireflection coatings deposited with plasma - iad. the research shows that the index of optical coating increases remarkably by using plasma ion assisted deposition and approach to the massive material further, the coating structure is more compacted than the one obtained through conventional deposition method and the adhesive power is high as well
研究了用於輔助鍍膜的等離子體源（ gis ）的結構原理及性能指標，並從光學特性、顯微特性和機械特性三方面著手，研究了使用等離子體源所做的單層tio _ 2膜和單層sio _ 2膜的成膜工藝與質量。 -
Optical coatings - part 1 : minimum requirements for antireflection coatings
光學塗層.第1部分:抗反射塗層的最低要求 -
The studies suggest that the antireflection coating has excellent properties as the result of film design, and will be widely used in the fiber optical communication industries
研究表明，以膜系設計的結果為參照，實際所鍍膜層性能優異，在光纖通訊領域具有廣闊的應用前景。 -
Antireflection coating. a thin, dielectric or metallic film applied to an optical fiber surface to reduce its reflection and thereby increase its transmitting ability
抗反光塗層。一種薄的絕緣體或金屬薄膜（或者是類似薄膜） ，貼在光纖表面以減少反射，並以此而提高光纖的發射能力。 -
Antireflection coatings is designed by using the advanced software for optics design, in the process of design the combination of the design software and the classical idea of design to film coefficient is adopted
藉助先進的光學設計軟體tfc3 . 5分析設計了減反射膜，設計過程中採用設計軟體與經典的膜系設計思想相結合的方法。 -
The results indicate that the two layer antireflection coating of ta2o5 / sio2 could achieve the aim of low reflectance in the broad wave band by the optimization. numerous experiments and a series of testing have been carried out
理論分析與計算結果表明，雙層增透膜ta _ 2o _ 5 sio _ 2系最優化設計的結果，能夠達到寬波段范圍內的增透效果。 -
On the basis of the underlying principles in the optical thin film design, by adopting the method of recursion and matrix, we get the mathematical model for the single layer antireflection coating and the multi - layer coating, which have their characteristic reflectance changes
以光學薄膜設計中的隱含規律為基礎，採用遞推法、矩陣法，分別對單層及多層增透膜的反射率變化建立了理論模型，並在特定的邊界條件下進行了求解和理論計算。 -
An attempt is made to use the filled function as the modified function approach to apply global optimization to optical thin film problems. it is proved successful when applied to problems such as antireflection coatings and beam spliters. meanwhile, it is also found that when the number of layers is fixed those local minima with less total optical thickness appear to be better. in the realization. needle method are made to explore the impact of local optimization methods used, parameter of these methods, the starting design, the search accuracy of function and the methods of thickness growth
從理論分析來看，由於光學薄膜的特性是由在入射介質那一側的等效導納所確定的， needle方法把等效導納作為狀態變量，把每一層的折射率作為控制變量，運用最優控制的原理計算出在薄膜內部每一個厚度對應的點上折射率改變所引起的評價函數的改變，由此選取改變折射率后評價函數變化最大（評價函數變小）的那一點進行插入。 -
The first section includes the theoretical and numerical analysis for diffractive optics elements and the second one gives the results of the fabrication experiments of diffractive optics elements. in the first section, we analyzed the antireflection of the diffraction optics elements. binary optics processing methods may be applied to a glass or silicon substrate to generate an array of small columns in order to enhance transmission
在理論分析的部分，本論文完成的主要工作是用耦合波理論分析了在玻璃或硅基底上製作具有亞波長結構的圓柱形網格陣列以實現對入射光的增透作用，為此而編寫的程序實際上也可以用來分析計算單位周期內具有任意麵形的網格光柵的電磁場衍射特性。
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