視軸 的英文怎麼說

中文拼音 [shìzhóu]
視軸 英文
axes visual
  • : Ⅰ動詞1. (看) look at 2. (看待) regard; look upon 3. (考察) inspect; watch Ⅱ名詞(姓氏) a surname
  • : 軸Ⅰ名詞1. (圓柱形的零件) axle; shaft 2. (對稱部分的直線) axis 3. (圓柱形的纏繞器物) roller; spool Ⅱ量詞(用於纏在軸上的線以及裝裱帶軸子的字畫)
  1. Compensating setting error of leveling compensator

    視軸安平補償誤差
  2. Automatic levelling compensator

    視軸安平補償器
  3. Automatic leveling compensator

    視軸安平補償器
  4. Because of the change of ship attitude ( rolling angle r, pitch angle p and course angle h ) led by ship rocked interference and windage, the los stabilization will be influenced obviously

    由於艦船的艏搖、縱搖、橫搖等引起艦船姿態的變化以及風阻力矩的作用,對跟蹤系統的視軸穩定性產生明顯影響。
  5. When the atp system is setup on a moving bed, movement and angular jitter of the bed will cause system line - of - sight high frequency jitter

    當捕獲、跟蹤與瞄準系統安裝于運動平臺上時,運動平臺的運動及抖動將導致系統視軸存在高頻的抖動。
  6. With the development of tracking and pointing system these years, the requirement of line of sight ( los ) stabilization of tv tracker becomes more and more strict

    近年來,隨著對武器跟蹤系統要求的不斷提高,對電跟蹤儀的的視軸穩定的要求也日趨嚴格。
  7. For the characteristic of low frequency movement of the target and high frequency system line - of - sight jitter, basic theory of compound axes line - of - sight stabilization system with line - of - sight pointing reference unit ( lospru ) is analyzed

    依據目標低頻運動和儀器視軸高頻抖動的特點,分析了使用視軸瞄準參考器的復合視軸穩定系統的基本原理。
  8. Experimental and simulation researches are implemented on basic concepts, key unit technologies of line - of - sight stabilization of acquisition, tracking and pointing ( atp ) system on moving bed. system simulation gives the complete system performance estimations

    針對運動平臺捕獲、跟蹤與瞄準系統視軸穩定技術的基本概念、關鍵單元技術進行了實驗和模擬兩方面的工作,以模擬的形式對系統的最終性能給出了預估。
  9. Beam riding systems use a target tracker whose purpose is to maintain the antenna boresight pointing at the centre of the reflecting area of the target.

    波束制導系統使用一個目標跟蹤裝置,它的目的是保持天線視軸指向目標反射的中心。
  10. Slightly opacification in visual anxis of anterior vitreous limiting membrane happened in 2 eyes, and other 32 eyes obtained a clear visual anxis

    經隨訪2眼術后3月視軸區玻璃體前界膜輕度渾濁,其餘32眼視軸區保持透明。
  11. Eye exercises are designed to improve binocular function only

    視軸矯正運動只能幫助協調雙眼的運用。
  12. Analysis and simulation on assembling - error mechanism for gyro - stabilization platform

    視軸穩定平臺的裝配誤差機理分析與模擬
  13. The expressions of los add - angle velocity begotten by ship - swaying is introduced through math deduction

    通過數學推導,給出了由於艦船搖擺引起的視軸附加角速度公式。
  14. The methods of stabilization control of los mainly include ship - swaying feed - forward control, rate gyro feedback control and compounding control

    視軸穩定控制主要是船搖前饋控制、速率陀螺反饋控制、復合控制。
  15. Fact : there has not been evidence showing that eye exercises can reverse myopia or delay the need for reading glasses

    沒有證據顯示任何眼部運動能令近減退或延遲老花的進展而視軸矯正運動只能幫助協調雙眼的運用。
  16. The influence of swinging ship to los is analyzed in detail. the tracking precision of the shipborne tv tracker will be improved greatly when the feedforward signal otship swaying is measured by rate gyro

    本文詳細分析了艦船搖擺對視軸穩定的影響,通過理論推導和模擬分析論證了採用速率陀螺測量並前饋艦船搖速度信號將極大的提高艦載電跟蹤儀的跟蹤精度。
  17. And so on, the mathematical model and transfer function of the tracking system are built, and the feasibility of the tracking control system design is demonstrated. furthermore, the static error of the system with a unit incline input is deduced. a majority of model of unit is based on analytics, so the general model can apply to other optical intersatellite communications systems

    在此基礎上,將atp跟蹤控制子系統為線性定常系統,通過解析法和實驗法對子系統的各個控制環節的單元器件進行合理建模,得出整個環路總的開環及閉環傳遞函數,論證了本課題所設計的atp跟蹤控制環路的可行性及其視軸輸入為斜坡信號時的理論穩態誤差。
  18. The previous discussion addressed the theory required to compute the relative phase shift between adjacent radiating elements in order to position the beam of an array - type antenna to a specific angle off of the antenna boresight axis

    前面的討論中給出了計算使陣列天線的波束相對天線視軸線偏移一個給定角度所需的相鄰單元間相對相移的理論。
  19. Tracking precision of electro - optical tracking equipment is influenced by ship - swaying, the los ( line of sight ) stabilization is the key of improving the precision of weapon

    艦船搖擺影響艦載光電跟蹤設備的精度,視軸穩定是提高武器精度的關鍵。
  20. If the reference element has a phase of zero, compute the phase applied to element five when the beam is scanned 40o above the boresight axis

    如果參考單元的相位是零,計算第五單元當掃描視軸線以上40度的相位。
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