塗層光纖 的英文怎麼說

中文拼音 [túcéngguāngxiān]
塗層光纖 英文
metal coated fiber
  • 塗 : Ⅰ動詞1 （抹） spread on; apply; smear 2 （亂寫或亂畫） scrawl; scribble 3 （抹去） cross [blot; s...
  • 層 : i 量詞1 （用於重疊、積累的東西 如樓層、階層、地層） storey; tier; stratum 2 （用於可以分項分步的...
  • 光 : Ⅰ名詞1 （照耀在物體上、使人能看見物體的一種物質） light; ray 2 （景物） scenery 3 （光彩; 榮譽） ...
  • 纖 : 纖形容詞（細小） fine; minute
  • 塗層 : paint-coat; paintcoat; coat; coating; covering; lining; wrapping flux
  1. Optical fiber coating loose tube, fill in fiber compound, strengthened steel wire in the middle, tube gasket around steel wire as se intertwist, cable fiber fill in cable core, and then coating water blocking tape, double - faced pe outer jacket. best se intertwist protect optical fiber away from drawing and press

    光纖被覆松套管，纖膏填充，金屬加強件置於纜芯中心，束管圍繞鋼絲作sz層絞，纜芯內充纜膏，外縱包阻水帶，雙面塗塑鋼帶粘結pe護套。
  2. Because of the restriction of the performances of the infrared materials, we decide that the hollow waveguide should have the structure of single layer dielectric coated metallic film according to the general analysis of process controllability and transmission capability. the dielectric we choose is silver iodide, made from silver and iodine, and the optimum thickness is about 0. 77um

    因材料性能的限制，通過傳輸性能以及工藝可控性綜合分析，確定製備的空芯光纖為單層電介質塗覆金屬膜結構，電介質膜定為碘化銀，理論厚度為0 . 77 m左右，由銀膜直接碘化得到。
  3. 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。
  4. The product is two layers of limpness composite material of polyester thin film coated with bonding agent and single surface bonding of calendaring aromatic polyamide fiber paper

    該產品是由聚酯薄膜塗以膠粘劑，單面粘合軋光聚芳酰胺纖維紙而成的二層柔軟復合材料。
  5. This work focuses on the design and fabrication of the aluminum coating leaky type of hollow fiber

    本文著重設計制備al塗層泄漏型空芯光纖，並對其制備工藝進行了深入的研究。
  6. In this paper, the history, basic process and characteristic of the sol - gel theory and technology are first introduced in brief. then it presents the newly research progresses and the applications of the sol - gel method in preparing bulk, fiber, coatings and films, powder and complex materials. then the kind of sio2 - zro2 gel bulk glass - ceramic is prepared by using sol - gel method and the water - exchanging method

    本文首先簡要介紹了溶膠?凝膠理論和技術的歷史背景、基本工藝過程及特點，並著重評述了溶膠?凝膠技術在制備塊狀、纖維、薄膜與塗層、粉末和復合材料方面的最新研究進展及其應用；採用溶膠?凝膠法與水置換法制備了尺寸較大的sio _ 2 - zro _ 2系玻璃-陶瓷，採用分步水解法制備了摻釹sio _ 2 - al _ 2o _ 3激光玻璃-陶瓷。
  7. Polyimide coated optical fiber

    聚酰亞胺塗層光纖
  8. A fiber optic fluorescence probe with thin film - coated tip

    帶薄膜塗層尖端的光纖熒光探測器。
  9. 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。
  10. A 0. 85um - or 1. 3um - led - lighted fiber optic humidity sensor based on a film of 40 ~ 100nm in thickness self - assembled on the end face of the fiber can work in the range of 1 ~ 100 % rh with a response time less than 1s. this novel humidity sensor can be used for monitoring human breathing - conditions. organic molecules including congo red, a derivative of copper phthalocyanine and a fullerol were self - assembled with polymers into multilayer thin films, and organic molecules with more than 4 charged groups exhibited satisfactory features for multilayer self - assembling

    聚電解質pdda -聚染料ps - 119體系具有很好的自組裝性，多層復合膜無明確的層狀結構特徵，在宏觀上表現出單層光學塗層的特性，單層膜的厚度在納米量級且與聚電解質水溶液的濃度有關；薄膜具有濕敏特性，在光纖端面上組裝厚度為40 100nm的薄膜，採用0 . 85 m或1 . 3 m的led光源，可以製成光纖濕度傳感器，傳感器的工作區間為0 100 rh ，響應時間1s ，可以用於對人的呼吸監測。
  11. The paper discusses the specific problems about the conductive light - solidification composite material ( clscm ) deeply in theory ; presents the coat process of manufacturing clscm and some simple experiment methods creatively. we use several different fillings and different technics to make different clscm, and test some performances. in addition, we confect a kind of fiber - resin composite, and research the relationship between the performance of the material and the distortion of parts

    從理論上深入探討了開發導電性光固化復合材料應注意的問題，指出了填料的性能與添加量對復合材料性能的影響；提出了開發導電性復合材料的塗層工藝及一些簡易的實驗方法；利用不同的填料、不同的工藝方式開發出不同的導電性光固化復合材料，並對其多種性能進行了實驗測定或估測；根據理論分析，研究了材料性能與零件變形的關系，配製出纖維?樹脂復合材料。
  12. Experimental research of fiber jacket on mechanically - induced long - period fiber grating spectrum

    光纖塗覆層對應力長周期光纖光柵傳輸譜特性影響的實驗研究
  13. Experiments on the influence of optical fiber ’ s diameter, coating, plying direction and embedment numbers on mechanical properties of cfrp, and optical fiber ’ s light - loss were carried out to study compatible properties of fbgs embedded in cfrp

    通過實驗討論埋入光纖與碳纖維復合材料的相容性，即光纖直徑、塗層、排布方向及光纖埋入體積對cfrp力學性能的影響， cfrp對埋入光纖光導損耗的影響。
  14. In the other hand, fbg is fragile and subject to attacks of acid and alkali. as a result, it is necessary look for effective packaging methods to protect fbg for fixing and making a stand against the rough environments. in this work, experimental results on packaging of fbg are presented

    另一方面，由於光纖光柵是紫外光在去掉塗覆層的單模石英光纖上寫入，質地脆，容易折斷，抗酸、堿能力都較差，在實際應用中，為了便於安裝和抵抗惡劣的環境，因此也必須尋找有效的封裝方式，對光纖光柵進行保護。
  15. What material is used for the foxy fiber optic oxygen sensor probe coating and what is its thickness

    Foxy光纖氧氣傳感器探測塗層使用什麼材料及其厚度？
分享友人
分享到 Line

分享到臉書