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首页> 外文期刊>Acta crystallographica.Section D. Biological crystallography >Experiences with CCD detectors on a home X-ray source.
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Experiences with CCD detectors on a home X-ray source.

机译：经验与x射线CCD探测器在家里源。

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摘要

Charged-coupled device (CCD) detectors have been widely accepted as detectors for collecting X-ray diffraction images. The CCD detector offers a sensitive detection system well suited for diffraction analysis and, compared with other detectors on the market, a relatively rapid system for read-out of the collected image. The two predominant markets for the CCD detector have been those in which relatively short exposure times are used, i.e. small-molecule X-ray diffraction and large-molecule crystallography at high-intensity synchrotron sources. CCD detectors have not been commonly used on rotating-anode X-ray sources for large-molecule crystallography. Comparison of the performance of the CCD detectors with commercially available image-plate detectors shows that the CCD detectors function in a similar fashion to image-plate-based detectors.
机译：电荷耦合装置(CCD)探测器广泛接受作为收集x射线探测器衍射图像。敏感的探测系统非常适合衍射分析,相对于其他探测器在市场上,一个相对迅速读出系统采集的图像。两个主要市场的CCD探测器是那些在相对较短的曝光次使用,即小分子x射线衍射和大分子晶体学高强度同步源。没有常用的旋转阳极吗大分子晶体学的x射线源。比较CCD的性能探测器与商用盖板探测器显示CCD探测器的功能image-plate-based以类似的方式探测器。

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