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安国玉. 多毛细管平行束及其应用[J]. 物理, 2007, 36(07): 528-531.
引用本文: 安国玉. 多毛细管平行束及其应用[J]. 物理, 2007, 36(07): 528-531.
Poly-capillary parallel beam X-ray diffractometry and applications[J]. PHYSICS, 2007, 36(07): 528-531.
Citation: Poly-capillary parallel beam X-ray diffractometry and applications[J]. PHYSICS, 2007, 36(07): 528-531.

多毛细管平行束及其应用

Poly-capillary parallel beam X-ray diffractometry and applications

  • 摘要: 作为X射线光源增强的平行束方法,多毛细管技术能够有效地提高X射线衍射仪的计数强度,在一定范围内达到与转靶相同的效果。同时平行束所具有的对样品位置的不敏感性,以及在全测角范围内都能获得对称峰型的优点,使多毛细管平行束应用于X射线衍射分析时,可望解决传统方法中的一些困难问题。

     

    Abstract: As a technique for enhancing the output from an X-ray source, poly-capillary parallel beams can be used to increase the count rate so effectively over a certain range that the same efficiency can be obtained as with a rotor target X-ray diffractometer. Furthermore, the results measured via parallel beam irradiation is insensitive to the sample position, and symmetrical peaks may be easily obtained over the entire angular range. Due to these advantages certain problems that occurr frequently in traditional X-ray diffractometry may be solved by using poly-capillary parallel beams.

     

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