芯光纖 的英文怎麼說

中文拼音 [xīnguāngxiān]
芯光纖 英文
core fibre
  • 芯 : 芯名詞1. （物體或器物的中心部分） core 2. （蛇的舌頭） snake's tongue
  • 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
  1. While the concentration of the iodine is o. oim and the reaction time is 60s, the thickness of silver iodide film is about 0. 7um. in this condition, the silver iodide has two crystal types, the main type and few y type, and the transmission efficiency reaches the maximum

    在碘化濃度為0 . 01m （ i _ 2的ccl _ 4溶液） ，碘化時間為60s左右，碘化銀的晶型主要為和型，其中型較多，膜厚約為0 . 7 m ，此時空芯光纖的傳輸率最高。
  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. With the development of ir laser technology, many kinds of hollow waveguide were made to deliver ir light

    隨著紅外激光技術的發展，出現了各種各樣用來傳輸激光能量的空芯光纖。
  4. Generally speaking, there are two types of optical fibers for mid - infrared laser transmission. one is solid - core optical fiber and the other is hollow waveguide

    目前研究傳輸紅外激光光纖一般分為兩類：紅外實芯光纖和紅外空芯波導。
  5. Fitp219 multifiber ferrule endface geometry measurement

    Fitp219多芯光纖套管端面的幾何尺寸測量
  6. Eight - ways optical fiber connector

    八芯光纖連接器
  7. It is important to study on the process of the solidifying of lcof

    芯液的固化情況對于液芯光纖的應用是十分重要的。
  8. The tested hollow waveguides have the radius of l. oum and the length of l - 2m

    空芯光纖的內徑為1刀m m ，制備長度為12m 。
  9. In this paper, we concentrate on new theory about energy deliver in hollow waveguide

    首先，論文結合實驗，對現有空芯光纖傳輸理論進行了分析。
  10. 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。
  11. Currently, topsworld has a complete series of fiber optics interconnect products include patch cord, fanout, multifiber, etc

    目前，我們生產跳線，尾纖及多芯光纖連接系列產品。
  12. Liquid core of optic fiber ( lcof ) is a new - style optic fiber, it is adopted transparent liquid as its core

    液芯光纖（ lcof ）是一種新型結構的光纖，採用透明液體作為光纖的芯料。
  13. The paper presents a method of geometric measurement of hollow - core optical fiber using the image processing techniques

    本文提出了採用圖像處理方式進行空芯光纖幾何參數測量的方法。
  14. In the paper, transmission loss, polarizing and nonlinear characters ( chiefly about srs spectrum ) in highly single mode silicon elliptical optical fiber and circular optical fiber are experimentally and theoretically researched

    本文對石英系單模橢芯和圓芯光纖的傳輸損耗特性、偏光特性、非線性特性（主要是srs譜）進行了系統的實驗研究和理論分析，給出了實驗裝置和測試原理。
  15. But because of the higher modules loss caused by the coupling condition, the total transmission rate of the system can only reaches 65 %

    但由於耦合時在空芯光纖中造成一定的高階模式損耗，整個激光傳輸系統的傳輸效率不是很高，僅65左右。
  16. Both the dielectric layer and metal film were internally deposited on the fiber. it is found that ag is able to engender the highest ir reflectivity among the metal materials, so ag is ascertained as the metal layer material of the hollow waveguide, cop was used in this work as the dielectric material. based on countless calculations, optimum thickness for the deposited films were obtained, namely, 0. 2 / / m for ag layer and 1. 4 fan for the cop layer

    實驗用來制備空芯光纖的基管材料為石英基管；內徑為1mm ；通過理論推導與分析發現：相對于其它的金屬材料而言，金屬銀的紅外反射率最高，因此金屬銀最適合用做制備空芯光纖的金屬膜層的材料；通過比較幾種聚合物的性質確定選擇環烯聚合物cop為電介質層材料；通過理論推導與計算確定了金屬銀膜與電介質膜的最佳理論厚度，即銀膜為0 . 2 m ， cop膜的厚度為1 . 4 m 。
  17. 3 ) monitoring the solidifying process of lcof synchronously : the short wave length light can solidify the liquid in lcof

    3 ）液芯光纖固化實時監測的實驗研究:液芯光纖的芯液在被短波長光照射的情況下會固化。
  18. Finally a new theory about energy delivering in hollow waveguide is given. in this theory the input attenuation in both straight and bent hollow waveguide

    在這一理論體系中，我們得到了空芯光纖的輸入特性和光纖直線狀態下與彎曲狀態下的損耗公式。
  19. In addition this technology is implemented in this experiment. when liquid - core optical fiber is combined with raman spectrum, the optical intensity of raman spectrum can be enhanced with the increasing length of liquid - core optical fiber

    實驗結果表明，在液芯光纖內產生喇曼效應是隨著泵浦激光束與喇曼介質作用體積增加，從而使被激發的喇曼光在光纖的傳播中不斷被累積而得以增強。
  20. 2 ) experimental study on the optical fibers ’ carrying capacity : the capabilities of carrying are carried out through a load - added setup

    2 ）光纖承載性能的實驗研究:進行石英光纖、塑料光纖和液芯光纖承載性能測試的實驗。
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