方位分辨率的英文

• azimuth resolution
• azimuthal resolution
• bearing resolution

• "方位"英文翻译    position; bearing; direction ...
• "分辨率"英文翻译    resolution ratio; resolving ...
• "位分辨率" 英文翻译 :    bit resolution
• "比特分辨率，位分辨率" 英文翻译 :    br bit resolution
• "方位分辨力" 英文翻译 :    bearing discrimination; bearing resolution; directional discrimination; resolution in azimuth
• "方位分辨因子" 英文翻译 :    azimuth-resolution factor
• "方位角分辨率" 英文翻译 :    azimuth resolution
• "轴向分辨力,方位分辨力" 英文翻译 :    azimuthal resolution
• "分辨率" 英文翻译 :    resolution ratio; resolving power (r.p.); resolution [resolutic] power◇分辨率测试长 resolution chart; 分辨率图 resolution chart; 分辨率椭圆 resolution ellipse; 分辨率限度 resolution limiting
• "分辨率；分辨力" 英文翻译 :    resolution power
• "分解，分辨，分辨率" 英文翻译 :    resolution
• "单位分辨" 英文翻译 :    unit resolution mass
• "方位分辩力" 英文翻译 :    azimuth discrimination; azimuth resolution; bearing discrimination; bearing resolution
• "方位分布" 英文翻译 :    azimuthal distribution
• "方位分度盘" 英文翻译 :    heading card
• "方位分度器" 英文翻译 :    azimuth scale
• "方位分划环" 英文翻译 :    azimuth ring
• "方位分级" 英文翻译 :    bearing classification
• "方位分解度" 英文翻译 :    azimuth resolution
• "方位分量" 英文翻译 :    direction component
• "方位分罗经" 英文翻译 :    bearing repeater
• "方位分析" 英文翻译 :    orientation analysis
• "方位分压器" 英文翻译 :    azimuth potentiometer
• "n级分辨率" 英文翻译 :    n-level of resolution
• "白昼分辨率" 英文翻译 :    daytime resolution

• This new algorithm speed up the image formation more significantly than the original one
  本文还分析了impsarwb - p这一特殊的成像算法的方位分辨率。
• The angular resolution is improved by a factor of 2 when signal - to - noise ratio equals to 15db . 3
  试验结果表明，在15db的信噪比下，方位分辨率的改善因子可以达到2 。
• Spotlight mode sar is an important imaging mode of sar , which can obtain high azimuth resolution that might be hardly obtained by the conventional stripmap sar
  聚束式合成孔径雷达是sar的一种高分辨率成像模式，它可获得传统条带sar无法达到的高方位分辨率。
• Different from the other kinds of uwb signal , the radiation and picking up of the impulse signal has a very special property , time and space coupling
  结果表明impsarwb - p算法方位分辨率与利用点扩展函数( psf )的分析结果基本一致，这也从另一方面证明了wb - p算法的有效性。
• Presently , the study of targets imaging focuses on 2d imaging and the main objective is to enhance the azimuth resolution via synthetic aperture imaging method
  目标成像可以获得对目标直观的认识,目前,目标成像研究主要集中在对目标b - scan数据进行二维成像以及旨在提高方位分辨率的合成孔径成像上。
• It is used in conventional real aperture radar for improving angle resolution . numerical and experimental results show that by using awsm . the angular resolution is improved by a factor of 1 . 8 when signal - to - noise ratio equals to 15db
  实验结果表明，在15db的信噪比下，采用角度权重方位超分辨技术可以使方位分辨率的改善因子达到1 . 8以上。
• Numerical and experimental results show that good angular superresolution and high estimation accuracy can be achieved provided that the radar pulse repetition time is small enough so that the echoes can be considered sufficiently correlated
  结果表明，在雷达的脉冲重复周期同目标的抖动相比足够小的情况下，相位权重法可以取得较好的方位分辨率和较高的测角精度。
• A important conclusion is verified from these analysis that although the azimuth resolution of sar radar is theoretically not connected with parameters such as radar range and center frequency , in fact , on the condition of same resolution , when the range becomes further and center frequency become lower , the requirement for the radar power gain production , signal processing and precision of ins will be higher , therefore the imaging will become more difficult
  同时也证明了一个重要的结论：从理论上讲，合成孔径成像的方位分辨率与作用距离、雷达工作频率等参数无关，但实际上，在分辨率保持不变的情况下，随着作用距离的提高，工作频率的下降，对雷达的功率孔径积、信号处理以及惯导精度的要求会越来越高，从而成像也会变得越来越困难。
• Aperture synthesis sonar , as its name implies , synthesizes an aperture by storing successive echoes obtained from a moving platform and by processing the results as if they had been obtained from a multi - element array enables a high azimuth resolution to be obtained from a physically small array
  合成孔径声纳，顾名思义就是通过小孔径物理声阵的匀速直线运动，将沿航迹方向的回波数据相干累加，形成较大的虚拟孔径，从而提高方位分辨率。合成孔径技术相对于常规声纳技术的突出优势在于，它只利用小孔径的物理声阵，就可以得到与径向距离和频率都无关的高方位分辨率。
• Spotlight synthetic aperture radar can efficiently obtain an image with very high azimuth resolution , since its antenna illuminate the fixed target on the ground . bistatic radar is not a new concept and its fundamental principles have been known and demonstrated many years before the development of operational monostatic radar
  由于其天线波束始终照射同一目标场景,因此可获得更大的方位多普勒带宽和更高的方位分辨力,但实际上由于受数据处理条件、载体运动误差等因素的影响,方位分辨率的提高是有限的。