visible wavelength 中文意思是什麼

visible wavelength 解釋
可見波波長
  • visible : adj 1 可見的，看得見的，肉眼能見的。2 顯著的，顯明的，明白的。3 能會見的。4 （資料等）顯露式的，...
  • wavelength : 【無線電】波長。
  1. This meant that the particles were truly miniscule ? smaller than the wavelength of visible light, and therefore affecting the shortest wavelengths more than the longer ones

    這意味著微粒的確非常小? ?小於可見光的波長，因此對短波的影響大於長波。
  2. The results indicate that ( a ) before heat treatment, with the increasing of substrate temperatures, content of lower valency ( tij + ) decreases, the stoichiometric proportion of o / ti in all samples is about 2 ; the films have amorphous incompact columnar fiber structure, and with the increasing of substrate temperature, the size of columnar fiber increases ; the films have good hyalescence in visible range and great absorbability at the wavelength of 350nm ; optical constants of the films are calculated from the transmittance spectrums in visible range by mathematical analysis of the orders of interference, the results show that the refractive ind

    研究結果表明， （ a ）熱處理前，隨著基片溫度的增加，薄膜中的低價氧化鈦含量逐漸減少，化學計量比趨于o ti = 2 ；薄膜具有非晶態不緻密的柱狀纖維結構，柱狀纖維的尺寸隨基片溫度的升高而增加;薄膜在可見光范圍內透明，在波長為35onzn時嚴重吸收，利用干涉級次法分析了薄膜的光學常數，結果表明，薄膜的折射率隨基片溫度的升高而增加，根據計算結果得到了tioz薄膜在不同基片溫度下的折射率色散曲線。
  3. Astronomers could gain only a biased idea of the universe when they were limited to the narrow wavelength band of visible rays.

    由於只能在可見光的狹窄波段內觀測，天文學家關于宇宙的概念顯然只能是片面的。
  4. 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。
  5. General in biochemical analyser test process, firstly, use biochemical reactions hin color response to statistical samples in a particular wavelength solution with the greatest absorption peak, and then use ultraviolet and visible spectroscopic measurements to test the absorbency of material to the specific wavelength, the final adoption of bill law to calculate the corresponding material concentrations

    由於利用了以上先進技術，儀器的測量速度和精度都有了大大的提高，目前新型生化分析儀0 . 2秒即可完成一個樣本點的測量，並已經成功實現了雙波長測量法，提高了測量結果的精度。
  6. In order of decreasing wavelength ( distance between successive wave crests ), electromagnetic radiation consists of radio waves, infrared rays, visible light, ultraviolet rays, x rays, and gamma rays

    按照波長（兩個相鄰波峰間的長度）漸小的順序排列，電磁輻射由這樣一些輻射波組成，紅外線、可見光、紫外線、 x射線和伽瑪射線。
  7. Determination of dopamine by double wavelength thin layer uv - visible spectroelectrochemistry

    雙波長薄層紫外可見光譜電化學測定多巴胺
  8. The wavelength of laser for researching is concentrated on the ultraviolet, near infrared and visible light, whereas the wavelength in the range of middle infrared and far infrared is little researched

    研究的激光波段主要集中在紫外、可見光和近紅外波段。而對中遠紅外波段的研究較少。
  9. 11 in this thesis we optimize six parameters, the orientation for optical axes of polaroids and compensating films and the optical retardation of two compensating films, and get the conclusion that at off - state the transmittance is less than 0. 003 for the wavelength in the visible light, which can realize black - white display well

    本文對前後偏振片、補償膜的光軸方向，以及兩層補償膜的光學延遲六個參量進行了優化，得出關態下在可見光的范圍內透過率在0 . 003以下，實現了很好的黑白顯示。
  10. We have built a special experimental set - up to measure brdf at the infrared wavelength and visible wavelength. the spatial brdf distributions of 2 optical surfaces and 5 absorption coat samples

    本文在長波紅外波段和可見波段，在實驗室建立了材料表面brdf的專門測試裝置，測得了可見和長波紅外波段兩個光學鏡面和5片「黑色」吸收塗層的brdf的空間分佈值。
  11. Abstract : polyphenylacetylenes were synthesized by rn ( nbd ) cl 2 and wcl6 / ph4sn catalyst systems in n2 at room temperature. polymers with high yield and high molecular weight were obtained. their structures were characterized by uv, ir, nmr and gpc, respectively. the fluorescence of the polymer solution with different concentration was investigated using variable excitation wavelength from uv to visible region. the relation between fluorescence and polymer structure was studied. the results showed that the molecular chain structure has great influence on fluorescence of the polymers. the emitting peak wavelength of fluorescence for the polymer of high stereoregularity is independent of solution concentration and excitation wavelength. the emitting peak wavelength of fluorescence for the polymer with disordered molecular chain arrangement varies with changing the solution concentration and excitation wavelength, and different emission sites in molecular chains and low emitting yield are shown. the measurement and analysis of fluorescence spectroscopy of polyphenylacetylenes may provide some useful information to judge the molecular chain arrangement in some conjugated polymers

    文摘:使用有機金屬銠、金屬鎢/四苯基錫催化劑體系聚合苯乙炔，分別獲得了高產率和高分子量的聚苯乙炔.使用uv ， ir ， nmr ， gpc等分別對聚合物結構進行了表徵.採用不同波長的激發光對聚合物熒光性能進行研究，詳細分析了聚合物結構與熒光性能之間的關系.研究結果發現，不同聚合物結構對聚合物熒光性能產生很大影響，規整性高的聚合物，將有較高的發光量子效率；聚合物規整性差，將可能導致多個熒光發光結構點，其熒光強度降低.聚合物熒光光譜研究將對某些共軛聚合物結構的規整性分析提供一些有用的信息
  12. Up to now, short - wavelength upconversion solid - state lasers in the visible region have been obtained. ultraviolet and violet upconversion solid - state lasers are the next objective of the researchers

    目前，紅外半導體激光泵浦的可見光上轉換激光器已經實現，而紅外半導體激光泵浦的紫色和紫外上轉換激光器是上轉換激光研究者們追求的目標。
  13. The irradiation time, the wavelength and intensity of visible irradiation light and many other factors have a great influence on the geometrical characteristics of flake silver powders

    可見光的輻照時間以及波長和強度等對所得片狀銀粉的幾何特徵影響較大。
  14. One of the key techniques is the detection of near infrared ( 1310nm and 1550nm ). because the quantum key is transmitted by one photon, and 1310nm and 1550nm infrared are the lost loss wavelength in fiber. we can detect the visible light now, but it is difficult to detect the near infrared because of its low energy

    量子通信的關鍵技術之一就是紅外（ 1310nm 、 1550nm ）單光子探測，這是因為光量子密鑰傳輸是採用單個光子來實現的， 1 . 3微米和1 . 5微米是現在所使用的光纖通信中損耗最小的波長，現有成熟的單光子探測器工作波長都是在可見光波段，而紅外光子因為能量小，信號非常微弱，極易被噪聲淹沒，因而非常難探測到。
  15. It showed that the porous film had higher transmittance in infrared wavelength region, and the film with metal micro - particles had an optical adsorbing characteristics in the visible light wavelength region

    結果表明：多孔氧化鋁介質膜在紅外波段具有良好的光透過特性，而沉積金屬微粒的多孔介質膜在可見光波范圍有特殊的光吸收特性，在近紅外光波范圍具有一定的偏光特性。
  16. However, limited by the responsivity of the photo - sensitive layer in the device, nearly all of the currently used lclvs only worked in the visible to infrared spectrum region. to the best of our knowledge, there is no report so far on studies of visible blind uv - lclv using mbe - grown znsxse1 - x thin film with tunable response wavelength as the photo - sensitive layer

    但是受光敏層材料對寫入光波長的響應限制，目前絕大部分液晶光閥都只工作在可見和紅外光范圍，對以分子束外延生長的zns _ x （ se _ （ 1 - x ） ） （薄膜作為光敏層，響應波長連續可調的光盲紫外液晶光閥還未見報道。
  17. The uv - visible absorption spectrum showed the as - prepared aam templates were transparent within visible light, and the pl curve showed the as - prepared aam templates had a blue pl band in wavelength range of 400nm ~ 60qnm which originated from singly ionized oxygen vacancies

    從光致發光特性曲線發現，納米孔陣列aam在400一600nm之間有一個藍色發光帶，該發光帶來源於單離子氧空位。
  18. Blind eyesight ; visible wavelength are logically flawed arrangement ; it should be “ blind people ”, “ visible radiation ” instead

    即光是可見的，但波長是不可見的；可以說人是瞎子，但不可以說視力是瞎的。
  19. Photonic band gap ( pbg ) crystals endow people the power to control and manipulate photons, but fabrication of photonic crystals, especially those that work at the near - infrared and visible wavelength is a hard work, requiring high - quality materials

    光子帶隙晶體使人們可以有效地控制和操縱光子，但是構建光子晶體，尤其是近紅外及可見光區域的光子晶體是一個困難的工作，它對材料提出了很高的要求。
  20. The primary and secondary mirrors of the schwarzschild optics were fabricated in our institute and measured using zygo mark iv interferometer. figure errors were observed in both primary and secondary mirror of 5nm ( rms ). these magnitudes are very small at visible wavelength but sufficient to cause significant degradation in the wave - front quality of the schwarzschild optics in extreme ultraviolet ( euv ) wavelength

    利用zygomark干涉儀檢測的schwarzschild微縮投影物鏡主、次鏡面形精度表明，對可見光工作波段已具有足夠高的面形精度，均為5nm （ rms ） ，但在euv （ extremeultraviolet ）波段，將給schwarzschild微縮投影物鏡帶來嚴重的波面誤差。
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