致光 的英文怎麼說

中文拼音 [zhìguāng]
致光 英文
electroluminescence
  • : Ⅰ動詞1 (給與;向對方表示禮節、情意等) deliver; send; extend 2 (集中於某個方面) devote (one s ...
  • : 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) ...
  1. In this way we can easily monitor large electricity current and magiletic field accurately because of the complexity of coupling in modes propagating in optical wave - guide, the loss of light intensity is out of eliminable

    論文討論了纖的雙折射和纖波導中的模式耦合的復雜性,再加上外界環境的影響,導致光纖中模式之間發生耦合,從而導傳輸的損耗增大。
  2. The causes resulting in thickness dependence of the optical properties of the films were discussed on the basis of the pl, optical transmission, and afm analyses. we understood that zno is an excellent material for uv detector by research on uv photoconduction

    綜合譜、學透射譜和薄膜表面形貌,對導致光學性質隨膜厚變化的原因進行了討論;研究了厚膜zno的紫外電導時間響應,得出zno材料具有很好的紫外探測性能結論。
  3. The multi - pass amplifier was being adopted proverbially, which could improve the output energy consumedly. but on the other hand the beam quality was degraded by the severe wave - front ' s aberration that exacerbated by multi - passing the beam through the amplifier

    多程放大系統因能夠較大提高系統的輸出能力,故得到較為廣泛的應用;但由於多程放大級各類波前誤差的相干疊加,使系統輸出激的波前發生比較嚴重的畸變,導致光束質量的下降。
  4. It ' s well known that both thermal self - defocusing effect and reverse saturable absorption can lead to optical limiting

    眾所周知,熱自散焦效應和反飽和吸收效應都能導致光限幅。
  5. It will produce very big angular velocity, angular acceleration and angular jerk when tracking fast moving targets. this may lead bigger tracking error and fail to track targets

    目標速度的提高將會產生大的角速度、角加速度乃至更大的角加加速度,導致光電經緯儀電視跟蹤動態誤差急劇增大,目標逸出視場,跟蹤失敗。
  6. Often initiates skip over the difficult emotional issues associated with their biological nature, and if this is done over enough of the ascent, it may cause a split in light and dark

    經常的,提升者會跳過與他們生物體性質有關的艱難情感問題,如果這種狀況在提升中延續足夠長時間,就將會導致光明與黑暗的分裂。
  7. Dr. estella woo

    致光博士
  8. Using the electric current cation and anoin exchange action, like l - ascorbic acid directly sends in the cell, the activation cell, the desalination pigment, the promotion collagen and the tension textile fiber regeneration increase skin organizes to guarantee the water ability, lets the skin tightly send smoothly has the elasticity, achieves the crystal clear beautiful skin effect

    利用電流正負離子的交換作用,如左旋c直接送入細胞中,活化細胞、淡化色素、促進膠原蛋白及彈力纖維的再生增加皮膚組織的保水能力,讓皮膚緊致光滑有彈性,達到晶瑩剔透的美膚效果。
  9. With the increase of the velocity and acceleration of the moving target, it produces a large accretion of dynamic error of o - e theodolite

    隨著被測目標運動速度和加速度的不斷提高,導致光電經緯儀電視跟蹤的動態誤差急劇增大。
  10. Enhanced uv - b radiation greatly decreased the content of photosynthetic pigments : chlorophyll a, chlorophyll b, and total chlorophyll. supplemental uv - b radiation induced the antioxidant system change

    Uv - b明顯降低紫萍合作用色素(葉綠素a 、葉綠素b及總葉綠素)含量,這將導致光合作用下降。
  11. 2. mr law chi - kwong asked question 2

    2 .羅致光議員提出第二項質詢。
  12. 3. mr law chi - kwong asked question 3

    3 .羅致光議員提出第三項質詢。
  13. Dr hon law chi - kwong raised a question on " hygiene of restaurants "

    致光議員就"食肆的生狀況"提出質詢。
  14. 11. mr law chi - kwong to ask

    11 .羅致光議員問:譯文
  15. 3. mr law chi - kwong to ask

    3 .羅致光議員問:譯文
  16. 8. mr law chi - kwong to ask

    8 .羅致光議員問:譯文
  17. Dr hon law chi - kwong, jp

    致光議員, jp
  18. It combines the advantages of ultrasound and optical technology. ultrasonic wave scatters much less in biological tissue than light wave and can be used as a localizer in tissue. the diffused photons tagged by the ultrasound in the focal zone will be collected and used for image

    超聲調制主要是使散射介質內的散射粒子的分佈以及學特性發生變化,比如說使介質的折射率發生改變而導致光學相位變化,結合散射和自相關理論可以解釋一些超聲調制多重散射的現象。
  19. Dr hon law chi - kwong raised a question on collaboration with non - government organizations in organizing waste recovery activities

    致光議員就與民間團體合辦廢物回收活動提出質詢。
  20. Guiding the child will be teachers who speak impeccable mandarin, among them veteran tv personalities, broadcasters and stage artistes such as wu weiqiang, mo yanlan, chen zhiguang, chen bifeng and chen zhaojin

    帶領孩子們學習的是資深電視與舞臺藝人及電臺節目主持人,包括鄔偉強、莫燕蘭、陳致光、陳碧鳳、陳兆錦等。
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