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- Median Normalized Radar Cross Section 標準化雷達中心有效區
- The rotated parabolic equation method was presented to compute the bistatic radar cross section (RCS). 并提出了旋轉拋物線(xiàn)方程算法，實(shí)現了目標任意角度雷達散射截面的快速計算。
- Radar cross section (RCS) of targets in bistatic forward scattering radar system is researched. 研究了雙基地前向散射系統中雷達截面 RCS的有關(guān)特點(diǎn)和計算方法。
- If it is failed to depress the skimming altitude and only the reduction of radar cross section is. 減少正前方的雷達散射截面。
- As above results, the polarized scattering matrix or radar cross section (RCS) of inlet can been calculated. 這個(gè)問(wèn)題的研究可用來(lái)解決噴氣式發(fā)動(dòng)機進(jìn)氣道對電磁波的反射，進(jìn)一步地利用本文的結果可計算進(jìn)氣道的雷達截面（RCS）或極化散射矩陣。
- Aim\ To study the SAR imaging of ocean surface wave and the surface wave modulation of radar cross section. 目的研究合成孔徑雷達(SAR)對海面波成像的機理和海面波對雷達截面的調制機理。
- The physics meaning for the laser radar cross section (LRCS) is discussed in the paper. 討論了激光雷達散射截面的物理意義；
- Radar cross section (RCS) of an aircraft is one of the important influences on aircraft survivability. 摘要飛機的雷達散射截面(RCS)是影響飛機生存力的重要因素之一。
- To improve the measurement accuracy of laser radar cross section (LRCS), the background scattering existing in the measurement is pointed out. 針對激光雷達散射截面的測量精度，指出測量中存在的背景散射問(wèn)題。
- Several problems about the calculation and application of laser radar cross section(LRCS) for targets were investigated. 依據激光測量系統的設計、評價(jià)需要,對目標激光雷達截面(LRCS)的計算方法及應用等有關(guān)問(wèn)題進(jìn)行了研究。
- The Radar Cross Section (RCS) of bump inlet with alterable mouth parameters and a Pitot inlet have been investigated by experiment. 選定無(wú)隔道進(jìn)氣道口面參數,在不同的極化方式下對無(wú)隔道進(jìn)氣道及皮托式進(jìn)氣道進(jìn)行了電磁散射特性實(shí)驗研究。
- The paper focus on tests on electromagnetics field and Radar Cross Section (RCS) with densified grid provided by the flux-splitting method. 摘要采用矢通量分裂法在網(wǎng)格加密后對電磁散射場(chǎng)和雷達散射截面積RCS進(jìn)行了檢驗。
- The fast multipole method is applied for calculatin g the radar cross section of a groove in a perfectly conducting plane. 采用快速多極子方法計算無(wú)限大導體平面上凹槽的雷達散射截面。
- Abstract: A formulation of radar cross section (RCS) for smooth convex metal objects coated with radar absorbing material (RAM) is derived. 文摘:推導出了光滑凸體金屬表面涂敷吸波材料時(shí)的后向雷達散射截面（RCS）公式。
- A formulation of radar cross section (RCS) for smooth convex metal objects coated with radar absorbing material (RAM) is derived. 推導出了光滑凸體金屬表面涂敷吸波材料時(shí)的后向雷達散射截面（RCS）公式。
- The Type 054 frigate incorporates many stealthy features such as the sloped side and reduced profiles of external features to minimise radar cross section. 054型護衛艦綜合許多隱形特征,像是傾斜側邊和簡(jiǎn)化外部輪廓去最小化雷達橫截面。
- Value of RCS is smaller at 7GHz with - 30.85dBsm, and property is better at 13GHz with 4.56dBsm difference of RCS (radar cross section) comparing of pure medium. 在頻率7GHz附近雷達散射截面(RCS)最小; -30.;85dBsm。 與純介質(zhì)板比較;在13GHz附近雷達散射截面更小;差別4
- The radar scattering characteristics of TWR-1 drone are studied. Parameter design, radar cross section and space scattering characteristics of TWR-1 are given. 研究了TWR－1拖靶目標的雷達散射特性，提出了相應的參數設計，研究了拖靶目標的雷達散射截面積以及空間的散射特性。
- Graphical Electromagnetic Computing (GRECO) is recognized as one of the most valuable methods of the RCS (Radar Cross Section) computation for the high frequency region. 圖形電磁計算 (GRECO)技術(shù)是目前分析高頻區復雜目標雷達散射截面 (RCS)最有效方法之一。
- And in the computation of radar cross section(RCS) of the flying radar target,the target s random wobble is attributed to the change of pitch and yaw of the target in the kineti. 提出將抖動(dòng)模型應用于飛行目標雷達散射截面(RCS)計算,隨機抖動(dòng)的影響歸結為在飛行坐標系中目標的俯仰角和方位角的變化,計算出不同時(shí)刻不同姿態(tài)下目標的RCS,并給出計算結果。
