optical thin-film 中文意思是什麼
optical thin-film
解釋
光學薄膜-
This paper summarized several main research methods on this topic in our country, including " the determinant of laser - induced - damage of thin film by the scan of transmission and reflectance method ", " study of the phenomena on laser - induced thin film damage by photo - acoustic method " and " the measurement of damage threshold on optical thin film by diffusion method ", etc
本文總結了目前國內幾種主要的研究方法，包括用透射反射掃描法檢測光學薄膜的激光損傷，用光聲法測定光學薄膜的破壞閾值，以及用散射法來測量光學薄膜的損傷閾值等。 -
Optical fiber carries excitation light produced by the blue led to the thin - film coating at the probe tip
光纖把led產生的勵磁光傳輸給探測器尖端的薄膜塗層。 -
The material is applied as a thin film to glass substrates such as optical fibers and glass slides
該材料作為一種薄膜用於玻璃襯底，如光纖或載玻片。 -
Zno thin films were deposited on silicon ( si ) and glass substrate by reactive radio frequency sputtering ( rf ) technique with zinc target in the mixed gas of ar ando2, and used zno buffer improving the quality of zno thin film. the effects of parameters on the thickness, composition, texture, morphology, optical properties and electrical properties of zno thin films had been systematically investigated by means of xrd, xps, sem, afm, pl and hall test system
採用x射線衍射（ xrd ） 、 x射線光電子能譜（ xps ） 、掃描電子顯微鏡（ sem ） 、原子力顯微鏡（ afm ） ，光致發光譜（ pl ）和霍爾效應測試技術系統研究了濺射工藝和退火工藝對zno薄膜的厚度、成分、織構、表面形貌、光學性能和電學性能的影響規律。 -
The absorption of optical thin film coatings is one of the main factors that limit the development of high - power lasers
光學薄膜吸收的存在，是限制高能激光發展的主要因素之一。 -
And it should be linear polarization in s direction by analyzing the relations between the reflection, absorption loss of optical thin film at oblique incidence and the polarization state, and at this time the brewster window made of very low - absorption material can be used
通過對斜入射高反射鏡反射率、吸收損耗與光束偏振特性間的關系進行分析，表明諧振腔內的本徵振蕩最好應為s方向的線偏振光，這樣光束輸出窗口還可採用布儒斯特窗。 -
Ocean optics has pioneered an optical coatings production methodology that combines modern optical thin film deposition techniques with the precision and mass - production capabilities of microlithographic procedures
中國海洋光學公司領先研發了一種光學塗層產品方法，結合了先進的光學薄膜沉積技術和精確的大規模微型平版印刷生產能力。 -
Furthermore, as the high - power co2 laser is widely used, especially the development of the research on co2 laser propagating in atmosphere and window material in infrared band, the research on the surface thermal distortion in optical thin film irradiated by 10. 6 m laser is more and more important
而且，隨著高功率co _ 2激光器應用的日益廣泛，特別是國內外有關co _ 2激光大氣傳輸研究工作的進展以及紅外波段窗口材料的研究，使10 . 6 m激光輻照下光學薄膜熱畸變和微弱吸收研究具有重要意義。 -
Optical thin film manufacturing serving the dwdm market
-生產各種光通訊用光學薄膜。 -
This patented process enables micron - scale precision patterning of optical thin film coatings on a single substrate
這種專利過程可以把有微型精確圖案的光學薄膜塗覆在單一基體上。 -
Firstly, as an important optical thin film, it has the many good properties of high transparence in visible region, high refractive index, high chemical stability, high strength and high degree of hardness, which applied widely to anti - reflection coatings, interference filters, electrochromism windows and thin film optical waveguides
作為光學膜， tio _ 2薄膜在可見光區透射率高，折射率大，化學穩定性高、強度大、硬度高，是非常重要的光學膜，已被廣泛地應用於抗反射塗層、干涉濾波片、電致變色窗和薄膜光波導。 -
Then, we infer the thin film system reflection or the transmittance mathematics value formula and the characteristic matrix representation formula from the maxwell ’ s equations and the suitable boundary condition. we study the automatic design problem of optical thin film
在此基礎上從麥克斯韋方程組和適當的邊界條件出發，推導出了薄膜系統的反射或透射率的數學數值計算公式和特徵矩陣計算公式。 -
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。 -
In response to the rapid development of optical communication technology, a lot of design problems in optical thin film need to be solved. in this paper the automatic optical thin film design methods are studied, design problems commonly met in optical communication systems are discussed and the problem of temperature stability of thin film are also discussed
為了適應光通信行業對光學薄膜設計的要求，本文研究了光學薄膜的優化設計方法，重點討論了波分復用薄膜窄帶濾光片的優化設計，並在此基礎上分析了薄膜窄帶濾光片的溫度穩定性。 -
Optical thin film plays very important role in increasing and reducing the refraction, absorbing, transmission, in composing and reducing chromatic color, in modulating the polarizing state and changing phase of light. in short, almost all the optical system uses the character of optical thin film
光學薄膜在增加或減少反射、吸收和透射；在彩色的合成與還原；在調整光束的偏振態和改變光束的相位狀態等方面發揮著重要的作用，簡而言之，在光學系統中的幾乎所有的特性方面都發揮著重要的作用。 -
As a very important branch of applied optics, optical thin film has a drastic advance with the development of spectral interference technology, laser technology, spatial optics, information processing technology and polarizing modulates technology recently
薄膜光學作為應用光學的一個重要的分支，近年來由於光譜干涉技術、激光技術以及空間光學、偏振光調制技術、光信息處理等技術的飛躍發展，促使光學薄膜也得到了迅速的發展。 -
But the optical thin film was really advanced after the vacuum device appeared in 1930, which provide a guarantee to optical thin film
但薄膜光學的真正發展是在1930年真空蒸發設備出現以後，這一設備的出現為薄膜光學的發展提供了設備保證。 -
The non - destructive evaluation on optical thin film ' s laser damage is a very important research area
光學薄膜激光損傷的無損評價是一個十分重要的研究領域。 -
Based on the macneille design and the basic principle optical thin film, we improve the extinction ratio of pbs through changing the structure and interference that can erase the p polarizing refractive both on the front and back side
從棱鏡的設計原理和薄膜光學的理論基礎為出發點，通過改變棱鏡的結構形式提高其消光比：利用干涉方法消除了前後通光面p光的反射。
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