繞射截面 的英文怎麼說

中文拼音 [ràoshèjiémiàn]
繞射截面 英文
diffraction cross section
  • : 繞名詞1. [書面語] (彎曲) bend2. (姓氏) a surname
  • : Ⅰ動詞1 (用推力或彈力送出) shoot; fire 2 (液體受到壓力迅速擠出) discharge in a jet 3 (放出) ...
  • : Ⅰ名詞1 (頭的前部; 臉) face 2 (物體的表面) surface; top 3 (外露的一層或正面) outside; the ri...
  1. At present greco is regarded as one of the most valuable methods of radar cross section ( rcs ) computation in the high - frequency region. depending on these conditions, several researches have been completed in this paper : firstly, calculating rcs of complex conducting targets has been accomplished by greco method. the high - frequency rcs of targets are obtained through physical optics ( po ) and incremental length diffraction coefficients ( ildc ) respectively

    本論文做了以下研究工作:首先,實現了運用greco方法計算了高頻區理想導體復雜目標的雷達散( rcs ) ,分別應用了物理光學法( po )和增量長度系數法( ildc )計算了目標的元和棱邊的電磁散,最後綜合元與棱邊的散效應得到目標的總rcs 。
  2. Abstract : the effects of airfoil geometric parameters on wing " s spacial and polarized scattering characteristics have been systematically revealed. the results of the study indicated that the calculating value of diffraction from trailing edge by using the formula of the straight wedge is very far from experimental results for vertical polarization, and the contribution of thickness of the trailing edge to scattering must be considered in the calculation. the scattering peak of leading edge depends only on radius of airfoil for horizontal polarization. but for vertical polarization, it depends on maximum thickness and the location of maximum thickness. engineering formulas for evaluating all scattering peaks were given in the paper. it is important for the design of low - rcs wing

    文摘:系統地揭示了翼形幾何參數對機翼的空間散特性、極化散特性的影響規律.研究發現,在垂直極化狀態下用理論尖劈公式計算機翼后緣的計算結果與實驗結果相差甚遠.提出在垂直極化狀態下機翼后緣的計算必須將后緣厚度考慮在內的見解.對於水平極化,前緣散波峰只與前緣半徑有關;而對於垂直極化,前緣散波峰與翼形最大厚度以及最大厚度位置有關.給出前後緣散波峰的工程估算公式,為低雷達散( rcs )機翼設計提供依據
  3. Based on the concept of the rcs and the theory of the basic electromagnetic scattering, this dissertation discussed the application of the physical optics ( po ) to the rcs of bodies modeled with nurbs surfaces, and completed an integrate software with the display, transfer, shelter handling and modification of the models

    本文圍復雜目標雷達( rcs ) rcs的概念及基本電磁散理論,討論了基於nurbs曲模型的物理光學法的應用,同時完成了集模型顯示、修改、變換、消隱及rcs計算於一體的綜合軟體開發。
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