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Basic principle and performance characteristics of multilayer beam conditioning optics

Published online by Cambridge University Press:  05 March 2012

Licai Jiang ,
Zaid Al-Mosheky  and
Nick Grupido
Licai Jiang
Affiliation:
Osmic, Inc., 1900 Taylor Road, Auburn Hills, Michigan 48326
Zaid Al-Mosheky
Affiliation:
Osmic, Inc., 1900 Taylor Road, Auburn Hills, Michigan 48326
Nick Grupido
Affiliation:
Osmic, Inc., 1900 Taylor Road, Auburn Hills, Michigan 48326
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Abstract

Multilayer optics is one of the widely applied optics for conditioning an X-ray beam in the region of X-ray diffraction. Multilayer optics offers a well-balanced performance. The beam conditioned by a multilayer optic is characterized by low divergence, good spectrum purity, and high intensity. This article will start with a short historical note of the development of X-ray multilayer and a summary on the basic performance characteristics of X-ray multilayer, then move on to the discussion on the design principle of one- and two-dimensional optics. Both parallel beam optics and focusing optics will be addressed. As examples, selected applications of multilayer optics are also briefly discussed. Finally, the main problems associated with the application of multilayer optics are identified and the future developments are discussed.

Keywords

X-ray beam conditioning opticsX-ray multilayer opticsX-ray multilayerX-ray diffraction opticscollimating opticsfocusing optics
Type
New X-Ray Optics
Information
Powder Diffraction , Volume 17 , Issue 2 , June 2002 , pp. 81 - 93
Copyright
Copyright © Cambridge University Press 2005

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