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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

    • The noise decrease the resolving power and dynamic performance of the detectors.
      噪声的存在使得探测器的分辨能力下降,并限制了系统的动态性能。
    • 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。
    • The method about how to calculate the measurement scope and the resolving power of this system were introduced and the reliability of the measurement data was analyzed in this paper also.
      本文介绍了该系统的测量范围和分辨率计算方法,并对实验数据进行了可靠性分析。
    • 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。
    • Silver halides photographic materials, as a traditional photo-chemical imaging system widely used, possesses high sensitivity and resolving power, but are weak for real-time presentation.
      传统的光化学成像体系:银盐感光材料应用范围广泛,感光应、分辨率高。
    • Secondly, the estimation accuracy and resolving power of joint spectrum are investigated.
      其次,深入研究了联合谱的两项重要性能指标:谱估计精度和分辨力。
    • From the principle of holography, resolving power and design method of digital image are being discussed.
      从数字图像的全息记录原理出发,讨论了数字图像的分辨率及设计方法问题。
    • A new electron impact storage ion source has been designed for time of flight mass spectrometers with a high mass resolving power and high sensitivity.
      电子轰击存贮型脉冲离子源是为高分辨率、高灵敏度飞行时间质谱仪设计的新型离子源。
    • 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。