徑差補償 的英文怎麼說

中文拼音 [jìngchābǔcháng]
徑差補償 英文
radius compensation
  • 徑 : Ⅰ名詞1 （狹窄的道路; 小路） footpath; path; track 2 （達到目的的方法） way; means 3 （直徑的簡稱...
  • 差 : 差Ⅰ名詞1 （不相同; 不相合） difference; dissimilarity 2 （差錯） mistake 3 [數學] （差數） differ...
  • 補 : Ⅰ動詞1 （修理; 修補） repair; mend; patch 2 （補充; 補足;填補） fill up; add supplement; supply; ...
  • 償 : 動詞1. （歸還; 抵補） repay; compensate for 2. （滿足） meet; fulfil
  • 補償 : compensate; make up; make up for; make it up to sb. ; make sth. good; compensation; offset
  1. The compensated ability varies with the difference of bed slowness and changes of hole diameter

    隨著地層時差的不同和擴徑量的不同，雙發雙收聲系的補償能力也不同。
  2. The outside diameter of the self - contained bearing is spherical to match corresponding spherical inside diameter of the housing providing self - aligning between these two members, which compensates for misalignments of the units resulted from errors in mounting and distorting of the foundation

    軸承的外徑與軸承座內徑為球面配合，兩者之間具有自動調心功能，可補償因安裝誤差產生的軸線不重合及安裝底面的變形。
  3. The relation between the diameter and wall thickness of transparent pipe is drawn from lots of experiment data. with recursive analysis, the error of wall thickness measurement is compensated

    本文在理論分析的基礎上，通過大量的實驗，找到了玻管外徑和壁厚之間的關系，並用回歸分析法對實驗結果進行處理，從而對壁厚的測量誤差進行補償，使測量系統的精度滿足使用要求。
  4. To develop the system to an automatic system, we have studied how to improve measurement precise by image processing after fast aiming. we use median filter to filtrate noise, use sobel arithmetic to detect the edge, and use kitchen - rosenfeld method to detect corners

    第一種方法著重研究了視頻採集和屏幕懸浮透明瞄準坐標系的同步顯示以及提高瞄準精度的途徑；第二種方法則著重研究快速瞄準后通過圖像處理技術自動獲得誤差補償數據。
  5. In this thesis it was proposed to simulate the drawing, trimming, flanging by using error - adjustment method. the initial trimming lines would be adjusted and optimized in the computer by adjusting error. if the shape error between the flanging boundary line and the target is larger than prescribed, the redundant area is subtracted from the initial blank by some amount of volume along the deformation path, and the insufficient volumes are added to the initial blank by the same amount

    本文提出，利用基於變形路徑的誤差修正法（ error - adjustment ） ，結合cae技術將對初始修邊線的調試過程在計算機中進行模擬（包括拉延、修邊、翻邊、整形等）計算，通過控制翻邊后零件成型邊界與實際目標輪廓之間的尺寸誤差來優化修邊線，如果初始切邊、翻邊后的輪廓與目標體的邊界存在較大偏差，則初始切邊輪廓中多餘部分單元將沿其變形路徑以相同體積量被切除，不足部分則沿其變形路徑以相同體積進行補償。
  6. When interval of hole collapse does not change, the bigger change in hole diameter, the more poor the compensated ability

    在沿井軸方向擴徑段厚度一定的前提下，垂直於井軸方向的擴徑量越大，雙發雙收聲系的補償效果越差。
  7. But when interval of hole collapse is greater or less than the eigenvalue, the difference is small, and far more from the eigenvalue when interval of hole collapse is smaller

    當沿井軸方向的擴徑段厚度等於擴徑厚度特徵值時，補償效果最差;而大於或者小於擴徑厚度特徵值時，補償效果都會變好。
  8. Compensating different stock removal of the tool in different lens areas is used to control the accuracy in pre - polishing process. then based on preston theory, corrective polishing with small - tools is optimized and the better removal function is obtained. also a parameter related the radius of curvature is introduced and determined to increase the polishing precision, which is improved by experiments

    採用反饋補償的方法解決彈性模拋光對面形破壞的問題，以控制其拋光精度；運用preston的拋光原理，對小工具的工作方式和參數進行改進和優化，以改善其拋光精度和效率，並獲得了更優的特徵去除函數；提出了被拋光表面面形曲率半徑對工具特徵去除函數的影響，引入並確定一與非球面各處曲率半徑有關的面形調整因子來降低拋光后的面形誤差，並從實驗上獲得驗證。
  9. Ultra - wideband - synthetic - aperture - radar ( uwb sar ) has been proven to be a significant contribution in the battlefield reconnaissance because of it ' s ability to penetrate the foliage and ground to detect the concealed targets. the purpose of this thesis is to present system designing framework for high resolution uwb sar, which is detailed as following : 1

    本文以超寬帶合成孔徑雷達（ uwbsar ）系統總體設計與實現技術為核心，重點研究了uwbsar總體設計、超寬帶雷達（ uwbr ）系統誤差補償、 uwbsar成像技術以及uwbsar運動補償四個方面的內容。
  10. The parallel computing ability of wave number domain algorithm is also being studied basically. the influence of the carrier movement errors on the sas image is analysed in chapter three firstly. based on studying those algorithms which have been successfully applied in sar, the limitations of these auto - focusing algorithms are discussed. hereafter an auto focusing algorithm based on time delay and phase error evaluation is raised, which can compensate big movement error effectively and so can be applied in sas

    第三章首先分析了孔徑上運動誤差對合成孔徑聲吶圖像的影響，在研究在sar領域里成功應用的演算法的基礎上，對其運動補償的局限性做了分析，提出一種基於時延相位估計的自聚焦演算法，它能夠有效地補償運動誤差帶來的影響，並且適用於sas運動誤差較大的情況。
  11. We also design the approach to evaluate the errors from the imaging result and thus eliminate them

    在此基礎上研究基於圖像數據的運動補償，對成像結果中的誤差進行估計與補償，以多途徑全頻段地消除相位誤差的影響。
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