閃爍效應 的英文怎麼說

中文拼音 [shǎnshuòxiàoyīng]
閃爍效應 英文
flicker effect
  • 閃 : 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 ...
  • 爍 : Ⅰ形容詞（光亮的樣子） bright; shining Ⅱ動詞[書面語] （熔化金屬） melt （metal, etc. ）
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 閃爍 : 1 （光亮動搖不定） twinkle; flicker; glimmer; glisten 2 （不直說） evasive; vague; noncommittal 3...
  • 效應 : [物理學] effect; action; influence
  1. According to specified application, tcolormodel is utilized to design adevice independent osd module, and rectangle and region algorithm combined withimage representation is utilized to avoid flicker of displaying pages, further more, stack allocator is chosen to improve the efficiency of memory allocation

    結合實際的應用需求，提出了基於顏色模型的設備無關osd模塊，並進一步提出基於矩形和區域的優化演算法防止頁面跳轉產生的閃爍，採用棧式內存管理方法來提高內存分配效率。
  2. Colour flicker effect

    彩色閃爍效應
  3. On the following, on the basis of formulas given above, three kinds of effects due to ionosphere are presented : image shift due to group delay which was caused by the difference between the group velocity and the velocity of light in the ionosphere ; image distortion due to ionospheric dispersion which can create second phase error of lfm signals ; the last, the phase perturbation caused by the irregularities of the ionosphere can reduce the coherent length and affect azimuthal resolution

    文中主要研究了電離層的三種影響：信號經過電離層傳播的群延遲引起的成像偏移；電離層的色散效應給線性調頻信號帶來二次相位誤差，導致圖像退化、失真；以及電離層的閃爍、湍流等不規則性引起的信號相位起伏。在此基礎上，比較分析了不同波段、帶寬條件下電離層的影響。
  4. The computational results of strong scintillation with weak turbulence but long propagation length indicate that the number of branch points in distorted optical field has a tendency to saturation

    另外，通過對湍流較弱但傳輸路徑較長的強閃爍條件下畸變光場中出現的相位不連續點數目的計算發現，當湍流效應達到一定程度時，相位不連續點的數目有達到飽和的趨勢。
  5. But it is not just a quest to understand the workings of the aurora - it is also a journey to understand the players behind the shimmering curtain of light - the unpredictable solar wind thrown out by the sun, and the mysterious magnetic dynamo at the centre of the earth

    我們所要經歷的，不僅僅是要探索北極光的運作，而且是形成閃爍光幕的背後因素-那就是變化無常的太陽風，以及來自地球中心的磁電效應。
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