遲延熒光 的英文怎麼說

中文拼音 [chíyányíngguāng]
遲延熒光 英文
delayed fluorescence
  • 遲 : Ⅰ形容詞1. （緩慢） slow; tardy; dilatory 2. （晚） late; delayed 3. （遲鈍） slow; obtuseⅡ名詞（姓氏） a surname
  • 熒 : 形容詞[書面語]1. （光亮微弱的樣子） glimmering 2. （眼光迷亂; 疑惑） dazzled; perplexed
  • 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） ...
  • 遲延 : delay; retard; postpone; drag on
  1. Firstly, the primary common sense on delayed fluorescence and research progress were introduced in the chapter one, and then the basic concepts and principles of chemiluminescence and bioluminescence were represented in the chapter two

    第一章緒論中介紹了延遲熒光的基本知識和研究進展。第二章介紹了化學發光和生物發光的基本概念及特點，重點介紹了延遲熒光概念和延遲熒光理論。
  2. Above experimental results indicated that the 730nm component of df spectrum is the fluorescence of chlorophyll a in ps i reaction center excited by 685 nm df

    上述實驗結果表明葉綠體延遲熒光光譜中730nm峰是由ps所發685nm成份激發ps所產生的熒光。
  3. Meanwhile, this conclusion is further verified by the invariability of df spectrum at different delay time ( 1 - 9 )

    同一濃度下葉綠體延遲熒光光譜波形隨延遲時華南師范大學碩士學位論文摘要間（ l一95 ）的不變性進一步證明了這一結論。
  4. On the other hand, the slow component of df is ascribed to the state qb - the next electron carrier of deoxidized side in ps ii. furthermore, we testified that the third component with lifetime much greater than the time of the registration period ( which is presented as a constant ), is corresponds to the recombination of p680 + and the backward transport electron from ps i

    延遲熒光的衰減動力學依賴于從q迴流的電子（ electron ）與氧化態的p680 ~ + ，其中快相延遲熒光成份源於q _ a ~ -上電子迴流與p680 ~ +的復合產生，慢相成份源於q _ b ~ =上電子的迴流與p680 ~ +的復合產生。
  5. Delayed fluorescence associated with plant metabolism and photosynthesis. the characteristics and its applications in the environmental inspection and agriculture are presented in the thesis

    本論文研究了與植物代謝及光合緊密相關的光誘導延遲熒光特徵，以及延遲熒光在環境檢測和農業中的應用。
  6. The pollution effects of the plant leaves treated with acid material can be detected quantitatively by means of df. the technique would likely to be applied as a practiced field application with easier operation than chlorophyll fluorescence technique. thus, we conclude that delayed fluorescence is an excellent indicator for evaluating the extent of environment stress on plant

    因此，利用植物的光誘導延遲熒光在一定程度上可以檢測出雨水和空氣中酸性物質對植物葉片的脅迫效應，該方法比常規的理化手段更接近於環境的真實狀況，而且比葉綠素熒光技術便於操作。
  7. In the chapter five, the correlation between the intensity of delayed fluorescence and the intactness and function of chloroplast were studied, and the results show that the changes in df intensity of green plants can truly reflect the changes of intactness and functions of chloroplast

    第五章系統研究了在酸雨脅迫環境下植物光誘導延遲熒光特性的變化和植物葉片葉綠體數量和功能的改變之間的關系。實驗結果表明:綠色植物葉片光誘導延遲熒光強度的變化能很好地反映植物葉片中完整葉綠體的數量以及葉綠體的功能的變化。
  8. A simulation method is proposed to predict the motion artifacts of plasma display panels ( pdps ). the method simulates the behavior of the human vision system when perceiving moving objects. the simulation is based on the measured temporal light properties of the display for each gray level and each phosphor. both the effect of subfield arrangement and phosphor decay are involved. a novel algorithm is proposed to improve the calculation speed. the simulation model manages to predict the appearance of the motion image perceived by a human with a still image. the results are validated by a set of perceptual evaluation experiments. this rapid and accurate prediction of motion artifacts enables objective characterization of the pdp performance in this aspect

    針對目前等離子顯示屏普遍存在的運動偽像問題，提出了一種新穎的模擬計算方法，該方法實現了對等離子體顯示屏運動偽像的準確、快速估計.該方法通過測量等離子顯示屏不同顏色不同灰度下光信號隨時間的變化情況，模擬人眼對運動圖像的視覺感知行為，模擬計算出任意圖像以一定速度運動下的視覺感知效果.新演算法不但加入了等離子顯示屏熒光粉的延遲效應的影響，而且提高了模擬計算速度.所得模擬結果與實際主觀視覺感知實驗相符.這種快速準確的估計使對等離子顯示器件運動偽像的客觀評價成為可能
  9. Abstract : a simulation method is proposed to predict the motion artifacts of plasma display panels ( pdps ). the method simulates the behavior of the human vision system when perceiving moving objects. the simulation is based on the measured temporal light properties of the display for each gray level and each phosphor. both the effect of subfield arrangement and phosphor decay are involved. a novel algorithm is proposed to improve the calculation speed. the simulation model manages to predict the appearance of the motion image perceived by a human with a still image. the results are validated by a set of perceptual evaluation experiments. this rapid and accurate prediction of motion artifacts enables objective characterization of the pdp performance in this aspect

    文摘:針對目前等離子顯示屏普遍存在的運動偽像問題，提出了一種新穎的模擬計算方法，該方法實現了對等離子體顯示屏運動偽像的準確、快速估計.該方法通過測量等離子顯示屏不同顏色不同灰度下光信號隨時間的變化情況，模擬人眼對運動圖像的視覺感知行為，模擬計算出任意圖像以一定速度運動下的視覺感知效果.新演算法不但加入了等離子顯示屏熒光粉的延遲效應的影響，而且提高了模擬計算速度.所得模擬結果與實際主觀視覺感知實驗相符.這種快速準確的估計使對等離子顯示器件運動偽像的客觀評價成為可能
  10. In the chapter three, the mechanism for delayed fluorescence origin is theoretically stimulated. the decay kinetic of df, depends on the backward transport electron and oxidized state p680 +, can be well fitted by poly - exponent

    第三章首先理論模擬了延遲熒光產生的分子機理，並且推導出延遲熒光的衰減動力學符合多指數形式，然後從實驗上進行了驗證。
  11. Compared with common methods for measuring the photosynthesis rate based on consumption of co2, the technique in this thesis can be used to quantify the plant photosynthesis capability with less interferences of the environment. we thus conclude that df is an excellent indicator for evaluating plant photosynthesis ability under its biological status

    研究結果表明:植物葉片延遲熒光強度和現有的便攜式光合速率測定儀在實驗室條件下測得的光合速率具有很好的相關性，能較真實的反映植物在所處生理條件下的光合能力。
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