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resolving power

英 [rɪˈzɒlvɪŋ ˈpaʊə(r)]

美 [rɪˈzɑːlvɪŋ ˈpaʊər]

网络  分辨率; 分辨本领; 分辨力; 解像力; 分辨能力

计算机化学

英英释义

noun

  • the ability of a microscope or telescope to measure the angular separation of images that are close together
      Synonym:resolution

    双语例句

    • It can also be used to measure the resolving power of offset plates.
      他还可以用来测定柯式印版的解像度。
    • The resolving power of S-wave on random porous rock is stronger than that of P-wave, and S-wave is more sensitive to anisotropy caused by micro-cracks.
      横波对随机孔隙岩石的分辨率比纵波高,横波对随机介质各向异性,特别是对微裂隙相当敏感。
    • Background subtraction and interference correction are the crucial processes to improve the precision and the resolving power of the electron microprobe analyzer.
      对提高电子探针分析精度和分辨本领的关键和难点-背景扣除和重叠峰修正的理论和方法发展进行了综述。
    • PSD is a kind of photoelectric position-sensitive detector, which has the high resolving power and excellent real time nature.
      PSD是一种高分辨率、实时性好的光电位置敏感器件,因而具有广泛应用的前景。
    • This method improves the resolving power of the image system without increasing the size of system structure as well as enhance the identify ability of the system.
      该方法在不增加系统结构体积和成本的前提下,有效的提高了成像系统的分辨力,进而提高系统的目标识别能力。
    • A bi-energy system with big and small dipoles is used to reduce energy dispersion which is too large to get mass resolving power.
      本工作采用大小铁双能量结构削弱能量色散,有效解决了束流能散过大导致的谱仪质量分辨率低的问题。
    • This paper applies diffraction theory, has given the corrected formula of the resolving power of actual grating system.
      文章运用衍射理论,给出了实际光栅系统分辨本领的修正公式。
    • It was found that the coherent length became shorter and the spectrum resolving power became lower as a result of solid angle produced by the extended light source.
      分析表明,扩展光源存在的立体角导致系统的相干长度变短,光谱分辨率降低。
    • Diffraction Effects of Laser Beam and Its Influences on Resolving Power of Scanning System
      激光束受限衍射对扫描系统分辨本领的影响
    • Capillary electrophoresis has been developed as an important separation technique, which features high resolving power, small sample volumes, simple pretreatment, and short analysis time.
      毛细管电泳技术由于其高分辨能力、低样品上样量、易操作性和较少的分析时间等特点,迅速发展成为一种重要的分离技术。