熒光屏的 的英文怎麼說

中文拼音 [yíngguāngbǐngde]
熒光屏的 英文
fluoroscopic
  • 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） ...
  • 屏 : 屏構詞成分。
  • 的 : 4次方是 The fourth power of 2 is direction
  1. The amount by which the dot deflects past the end of the screen is called the screen-overscan.

    光點偏轉超過熒光屏邊緣的總數叫做熒光屏過掃描。
  2. 21 detumescence of eyelid : fatigue, swallow, over - smoking, eyelid inflammation, or overburden of work before the screen, all can lead to tumescence and eye bags

    眼皮消腫方法:勞累、傷心、過度抽煙、眼睛發炎，或在熒光屏前過度地工作等都會引起眼睛的紅腫和眼袋。
  3. The final image in the electron microscope must be projected on to a phosphor-coated screen.

    電子顯微鏡的最終圖像一定要投射到熒光屏上。
  4. They observed the deflections of the particles by allowing them to fall on a fluorescent screen.

    他們讓粒子落在熒光屏上以觀察他們的偏移。
  5. The electronic beam oscilloscope plots on a fluorescent screen a graph of electrical current versus time.

    這個裝置在熒光屏上畫出一幅電流對時間的圖象。
  6. These bright and dim dots from a picture on the fluorescent screen of the scene is being telecast.

    這些明亮和暗淡的點，也就是在熒光屏上形成正在播送的場景的畫面。
  7. Its working principle is to use the form that magnetic field and radio wave organize human body each to be shown on fluorescent screen come

    它的工作原理是利用磁場和無線電波將人體各組織的形態在熒光屏上顯示出來。
  8. My first computer experience involved dumb terminals, green phosphor, light pens, and a good game of tic - tac - toe

    我在計算機方面的初次經歷涉及到了啞終端、綠色熒光屏、光電筆和一款非常出色的游戲tic - tac - toe 。
  9. In television, the repetitive movement of the cathode beam over the phosphor screen

    在電視技術中，陰極射線在熒光屏上的反復運動。
  10. In television, a persistence of the electrical charge image on the phosphor screen for a small number of frames

    在電視技術中，熒光屏上畫面幀的電荷映象暫留。
  11. The shadow mask is the critical component of the colour picture tube and the important component for the choice of colour, its function concentrates on the limitation of electronics bound diameter and the screening direction, the electronics bound which is sent by the electronics gun goes scanning, during the scanning process, we should guarantee every bound gathering into the small holes situated on the screen, then these bounds will point to the regularized position through the small holes on the flat mask, and then three basic colours will be produced, at the same time, those useless electronics will be blocked by the mask board

    平板蔭罩是彩色顯像管的關鍵部件之一，是一個重要選色元件，其作用是限制電子束直徑和上屏方向，由電子槍發射的電子束在偏轉磁場的作用下進行掃描，掃描過程中必須使每個電子束只能射中熒光屏上的為該束指定的那些小孔上會聚，並通過蔭罩上諸多的小孔分別打到各自對應的熒光質點上，發出三種基色（紅，綠，藍） ，而無用的電子則被蔭罩板截獲。
  12. For a wiggly-line trace, the beam is focused on the scope face at a point.

    對于波形道，光束在熒光屏面的一點上聚焦。
  13. For instance, the phosphor on a crt screen needs to be constantly reactivated by an electron beam in order to remain illuminated

    例如，陰極射線管熒光屏上的磷光體為了保持它激發光狀態，需要用電子束不斷地再激勵。
  14. Photometric and colorimetric methods of measurement of the light emitted by a cathode - ray tube screen

    陰極射線管熒光屏發射光的光度和色度測量方法
  15. Hardware circuit includes the unit loop circuits such as main loop circuit, drive circuit, control circuit, protective circuit, the circuit of power source and displaying circuit etc. the function that the induction cooker can realizes are mainly as follows : heat function, warm function, time function, no pan detecting and alarm function, which includes overheat alarm, over voltage or under voltage alarm, fan failure alarm etc. the displaying interface has digital number display indicator and vacuum fluorescent display

    硬體電路主要包括主迴路、激勵電路、控制電路、保護電路、電源電路和顯示電路等單元迴路，主要實現的功能如下：加熱功能、定溫功能、定時功能、無鍋檢測功能、報警功能，具體包括過熱報警、過壓或者欠壓報警、風扇失效報警等。顯示界面有數碼管顯示和真空熒光屏顯示。
  16. Images my be stationary - or may appear to move. they may move around the crystal as if showing a scene

    圖像也許是固定不動的-或也許出現移動。它們也許在水晶里來回晃動好象放映在熒光屏上。
  17. In computer graphics, the simple function for drawing on the screen. typical primitives are rectangle, line, polygon, etc

    在計算機圖形學中，在熒光屏上繪圖的簡單程序。典型的圖元是長方塊、線段、多邊形等。
  18. Non - destructive testing. industrial radiology. determination of the sensitivity and average contrast of image receiver systems consisting of a fluorescent intensifier screen and radiographic paper, used in the energy range from 30 kev to 150 kev

    無損檢測.工業放射學.能級從30kev至150kev的含有熒光屏和射線照像紙的圖象接收系統感光度和反差平均值的測定
  19. 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
  20. 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
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