excitation light 中文意思是什麼

excitation light 解釋
激發光
  • excitation : n. 1. 刺激，興奮，激發，鼓舞。2. 【物理學】激發；【電學】激勵、勵磁。3. 【植物；植物學】激感（現象）。
  • light : n 1 光，光線；光明，亮光 （opp darkness） Hang the picture in a good light 把那幅畫掛在能看清楚的...
  1. Both ionization and excitation lead to electronic transitions that may be the emission of light.

    電離和激發都將導致可能伴隨有光發射的電子躍遷。
  2. 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。
  3. Under high air pressure, a critical problem for the normal discharge is whether enough pre - ionization can be achieved in the laser media or not. however, the cycling pumping oil steam emerging during the flow of the gas mixture and the vapor infiltrating from outside have a strong absorption of the infrared light or a role of counteracting the excitation

    在高氣壓條件下能否正常放電，關鍵問題是主電極間的激光介質能否獲得足夠的預電離；而混合氣流動過程中出現的循環泵油蒸汽，及從外界滲透的水蒸汽等都對紅外光有相當強的吸收作用或消激發作用。
  4. The main contents and important results of this paper are as following : strong blue cooperative up - conversion luminescence is observed in various host materials single doped yb3 + ions with naked eyes at room temperature under 980nm excitation. moreover there exist rich emission lines and peculiar ratio of luminescence intensity in all samples. intense green and blue up - converted luminescence is observed in yb3 + - ho3 + co - doped pbf2 - znf2 based materials with 930 nm diode light excitation at room temperature

    其主要內容與得到的結論如下： （ 1 ） yb ~ （ 3 + ）單摻雜不同基質材料組成的氟氧化物在980nm激光激發下發射出明亮的yb ~ （ 3 + ）離子的合作上轉換藍色熒光，同時這些樣品具有極為豐富的熒光發射，有著特別的色比關系。
  5. Under visible light excitation titanic acid and titanate sodium nanotubes showed a relatively intense emission, which red shifts with the increase of excitation wavelength. under humid conditions this photoluminescence of titanic acid nanotubes was not stable. the intensity decreased, and the emission peak was at 480nm, which cannot shift with the change of excitation wavelength

    鈦酸和鈦酸鈉納米管在使用可見光激發時，都能產生光致發光現象，當使用不同波長的可見光激發鈦酸和鈦酸鈉納米管時，能夠得到不同強度的發光譜帶，且發光峰的位置隨著激發光的變化發生較大范圍的移動。
  6. The result show that ppv and c6o ( oh ) n in the ionic self - assembled multilayer films have nothing to do with each other on the ground state, but light arise charge transfer between ppv and c6o ( oh ) n on the excitation state, and the structure of electron donor - accepter is formed in the films

    通過以上結構的確定及各種特性的測試分析，顯示靜電自組裝復合薄膜在基態下ppv和c _ （ 60 ） （ oh ） _ n不發生作用，但在光照激發狀態下會發生分子間電荷轉移，形成給體?受體結構。
  7. Furthermore, the excitation spectrum for 730nm fluorescence shows that the 685nm light has high excitation efficiency

    葉綠體730nm熒光成份的激發光譜實驗結果表明： 685nm光對730nm熒光有較高的激發效率。
  8. Y2o3 : eu nanotubes were synthesized by a surfactant assembly mechanism. tem image confirms the formation of the tubular structures. under the excitation of ultraviolet light, the nanotubes show luminescence properties different from that of y2o3 : eu nanocrystallites

    低溫下的激光選擇激發光譜表明，處于納米管壁內部的發光中心具有較為確定的格位對稱性，其發射光譜具有清晰的光譜結構。
  9. The wavelength of pump light in white light mode is 400nm. 2. the excitonic tunneling from cdznse qw to cdse quantum dots under resonant excitation was investigated using femtosecond pump - probe technology on the cdznse quantum well / cdse quantum dots structure

    用飛秒脈沖泵浦-探測方法研究了cdse量子點znse cdznse量子阱結構在對cdznse量子阱的激子共振激發條件下激子在量子阱與量子點之間的隧穿。
  10. In actual teaching, if the teacher constantly instills into the knowledge, the explanation is light, this will not be able to find student ' s center of excitation inevitably, gradually, the student also one each one fades a da brain, listlessly

    在實際授課中，若是教師一味的灌輸知識，講解平淡，這勢必找不到學生的興奮點，久而久之，學生也一個個都蔫頭耷腦、無精打采。
  11. Rock crystal creates its own inner light when it rubbed briskly and the excitation of electrons produces rainbow flashes within its fractures. it is a lovely addition to any piece of jewelry ! crystal is a celebration stone for the third anniversary

    白水晶在光線中產生持續穩定的震溫，所以對于使人頭腦清晰增強記憶力和理解力的功能，更是有著顯著的幫助，但是應避免放置於睡床附近，否則有失眠傾向。
  12. Green fluorescent protein has several good characters. under excitation of long uv light or blue light, it emits green fluorescence without requiring any exogenous substrates and cofactors. gfp gene expression can be used to monitor gene expression and protein localization in living cells and organisms. this is a development of revolutionary significance. the dna sequence of this gene can be re - engineered by mutagenesis and the gfp will get improved fluorescent properties. the applications of gfp will be wider and wider

    綠色熒光蛋白具有優良的特性，在藍光或長紫外光的激發下，不需要任何外源底物或內源輔助因子的參入就能發出綠色熒光.綠色熒光蛋白基因的表達可用來監控活細胞或生物體中基因表達和蛋白質的定位.這是一個革命性的進展.而且，對基因dna序列的改造有可能使綠色熒光蛋白的發光特性更加優良，從而其應用范圍會更加廣泛
  13. The more intense a light, the more photons are absorbed by the visual pigments, the greater the excitation of each cone, and the brighter the light appears

    光越強，視色素吸收到的光子數目就越多，每個錐細胞的興奮程度也越大，所感受到的光也就越亮。
  14. When the pigment absorbs light ( or, more precisely, absorbs discrete packets of energy called photons ), the added energy causes the retinal to change shape, triggering a cascade of molecular events leading to excitation of the cone cell

    視色素一旦吸收了光線（更精確的說法是吸收了稱為光子的特定能量單元） ，新增加的能量就會改變視黃醛的形狀，因而引發一連串的分子事件，造成錐細胞的興奮。
  15. The aluminates are used as the base and the rare earth materials are used as the luminescence center and trap center. the excitation resource can be visible light and man - made light

    它以鋁酸鹽陶瓷材料為基質，以稀土材料作為摻雜元素形成發光中心和陷阱中心，激發光源可以為目光或人造光源。
  16. Those investigations have improved one ' s understanding of the structure, formation conditions, reaction mechanisms, and excitation modes of halo nuclei. inl990 ' s it was predicted that besides the ground state of the light nuclei near the drip line, the high isospin excited states may also have halo structure

    除滴線附近輕核的基態外，九十年代有人預言穩定核的高同位旋激發態也可能具有暈結構， ~ （ 13 ） c第一激發態和~ 6li第二激發態被列為首選的研究對象。
  17. The mathematical model of phase - compounding excitation system, thyristor excitation system and brushless excitation system are given separately. the design of h controller for synchronous generator voltage regulation system is transformed into a mixed sensitivity problem. the uncertainty of synchronous generator model is analyzed in the light of this control object

    分別給出了船舶電站相復勵勵磁系統、可控硅勵磁系統、無刷勵磁系統的數學模型，把同步發電機調壓系統h _控制器的設計歸結為混合靈敏度問題，針對同步發電機這一控制對象，分析了其模型的不確定性，建立了同步發電機廣義對象的數學模型。
  18. The aluminates are used as the base and the rare earth materials are used as the luminescence center and trap center. the excitation resource can be visible light and man - made light, so this type of long persistent phosphor has the advantages of no - radiation and no need of electricity

    它以鋁酸鹽陶瓷材料為基質，以稀土材料作為摻雜元素形成發光中心和陷阱中心，激發源可以為日光或人造光源，無污染，不消耗電能，是一種高效節能的固體發光顯示材料。
  19. Changes in h2o2 generation in guard cells of vicia faba induced by aba were measured by using fluorescence probe, 8 - hydroxypyrene - l, 3, 6 - trisulfonic acid ( hpts ). examination of epidermis peel was performed using a laser scanning confocal microscope ( lscm ) and spectrofluorometer, set to an excitation light of 405 nm and an emission light of 512 ran

    以蠶豆葉片下表皮為材料，將熒光探針hpts導入蠶豆氣孔保衛細胞內，利用熒光光譜和激光共聚焦顯微鏡技術，檢測了aba誘導蠶豆氣孔關閉過程中h2o2的產生。
  20. After a brief introduction to the excitation of semiconductor luminescence diode, the light - emitting machenisms of various new luminescence materials, including - and - semiconductor compounds and ps, the structures of different luminescence diodes, and their properties were discussed, and the application of semiconductor luminescence diode in modern science was presented

    在簡介半導體發光二極體的輻射復合基礎上，詳細討論了包括?族、 ?族化合物半導體材料和多孔硅（ ps ）等新發光材料在內的各種發光材料的發光機理、發光二極體的結構與特性.並介紹了半導體發光二極體在近代科學中的應用
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