閃爍掃描 的英文怎麼說

中文拼音 [shǎnshuòsǎomiáo]
閃爍掃描 英文
scintillation scan
  • : Ⅰ動詞1 (躲閃; 閃避) dodge; get out of the way 2 (扭傷) twist; sprain 3 (突然出現) flash 4 ...
  • : Ⅰ形容詞(光亮的樣子) bright; shining Ⅱ動詞[書面語] (熔化金屬) melt (metal, etc. )
  • : 掃構詞成分。
  • : 動詞1. (照底樣畫) copy; depict; trace 2. (在原來顏色淡或需改正之處重復塗抹) retouch; touch up
  • 閃爍 : 1 (光亮動搖不定) twinkle; flicker; glimmer; glisten 2 (不直說) evasive; vague; noncommittal 3...
  1. On the other hand, scintigraphy was the more popular option in australia and asia, despite the fact that the modality is limited in resolution and specificity

    另一方面,在澳大利亞和亞洲閃爍掃描法是最受歡迎的方法,即使它在分辨力和特異性上存在缺陷。
  2. Divided into two, three, four, five series, uses superelevation brightness led to coordinate with the plastic linear manufactured with the pvc material decorating lamps and lanterns, is one kind of new illumination photosource which emerges in the last few years, belongs to the cold photosource, through the chip control, may realize changes gradually, the jump, the color glitters, stochastically glitters, changes gradually, pursues, the scanning in turn and so on the mobile color change

    Led燈飾產品應用實例柔性光帶系列:分為二線三線四線五線系列,採用超高亮度led配合pvc材料製造的可塑性線型裝飾燈具,是近幾年來興起的一種新型照明光源,屬于冷光源的一種,通過晶元控制,可實現漸變跳變色彩隨機漸變交替追逐等流動顏色變化。
  3. The glint suppression using high resolution range profile under conical angle measurement is studied, the angle information in signal components of scatters are extracted and averaged to suppress the glint. nonlinear kalman filtering methods under near spherical coordinate are analyzed and used to get more accurate tracking

    研究了圓錐測角體制下基於距離高分辨的角抑制方法,利用距離維高分辨像,提取強散射中心反射信號分量,在此基礎上估計出各個強散射中心的角度測量值,採用平均方法減少角對測角的影響。
  4. Employing the interlaced scanning, current tv system can compress the frequency band of tv signal effectively and facilitate transmission. but this method reduces the scanning lines of pictures and the frequency of the field. it leads the pictures displayed on tv to have such disadvantages as large area flicker, edge flicker, interlace flicker, raster visibility and creeping line etc. to satisfy people " s vision feeling better, the big - screen, multi - function and high quality tv - set have been made great progress

    現行的廣播電視系統由於採用隔行方式,從而有效地壓縮了電視信號的頻帶,有利於傳輸;但由於這種方式使得圖像的行數少,場頻低,導致了重顯的電視圖像有大面積、邊緣、行間、行結構可見及行爬行等。
  5. The line scan, adopts not the line put to repair the method to examine with high accuracy sport and compensate the technique, and dissolve the appearance to gleam and text word the move, and output diagram resemble more clear and soft

    逐行,採用非線性插補法和高精度運動檢測與補償技術,消除畫面與文字抖動,輸出圖像更加清晰柔和
  6. Automatic scintillation scanner

    自動閃爍掃描
  7. Current tv system has two types : one is the 60hz based system, the other is the 50hz. the phenomenon of large area flicker is not obvious in the 60hz based system, so the scanning converter uses the way of converting the 60hz and 50hz based interlaced scanning signal to 60hz based progressive scanning signal. employing this way the converter can not only reduce the large area flicker and interline twitter, but erase the raster and display finer and smoother pictures

    現行的電視制式有60hz和50hz系統兩種,在60hz系統里,大面積不是很明顯,因而本轉換器採用將60hz和50hz的隔行信號統一處理成60hz的逐行信號的方法,這樣可一方面使大面積和行間都比較輕,又可消除行結構,重現細膩圖像。
  8. Various solutions such as raising response speed of lcd pixels, raising frame frequency, back light blinking, back light scanning, black field insertion and image processing were reviewed

    討論了提高液晶像素的響應速度、提高幀頻、背光源、背光源、插入黑場和採用圖像處理技術等多種解決方法,並對各種方法進行了分析和評論。
  9. Scanning frequency has reached over 240hz which makes the menu stable and no flicker. in using actually, we use vidicon shoot the display screen. and then we can observe the photo is very clear from the vidicon

    2場頻達到了240hz以上,畫面穩定無,在實際應用中,用攝像機拍攝顯示屏,攝像機中觀測到的圖象十分清晰,沒有同步滾動條,若現場有電視轉播,顯示屏不會影響轉播畫面的質量。
  10. Scanning scintillation spectrometer

    光譜儀
  11. In this paper, high resolution range steady imaging under the conical angle measurement, angle glint suppression under conical angle measurement, target recognition under momopulse angle measurement are studied

    本文主要研究了圓錐測角體制下距離維高分辨穩定成像,圓錐測角體制下角的抑制,單脈沖測角體制下目標識別等課題。
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