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

• 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。
• The high frequency resolution technology is proposed in this paper, which can improve the resolving power to the small target of the terminal guidance radar in the strong ocean clutter background.
  提出在强海杂波环境下利用频域高分辨技术提高末制导雷达对弱小目标的分辨能力。
• A method of raising resolving power for closed-loop load applying system was introduced.
  阐述了一种提高闭环加载系统分辨率的方法。
• 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。
• 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 Magellan Venus probe was equipped with radar of high resolving power which is capable of probing the surface of Venus under the clouds for making detailed maps.
  麦哲伦金星探测船拥有高分辨率的雷达，可以探测云层底下的金星表面，制作详细的地图。
• The useful magnification by an optical instrument is limited by the resolving power of that instrument.
  光学仪器有效的放大倍数受到该仪器分辨能力的限制。
• 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。
• Using photoelectric coder shutter and multi-time-sharing definition image manipulation, a new system of multi-space-time resolving power image collection used in war-field is introduced.
  详细介绍了战场多时空分辨率图像采集系统的原理和依据，并指明了其良好的应用和发展前景。
• 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。