By Alexei Erko, Mourad Idir, Thomas Krist, Alan G. Michette
This quantity describes smooth advancements in reflective, refractive and diffractive optics for brief wavelength radiation in addition to fresh theoretical methods to modelling and ray-tracing the X-ray and neutron optical platforms. it truly is in accordance with the joint learn actions of experts in X-ray and neutron optics from eleven international locations, operating jointly below the framework of the eu Programme for Cooperation in technological know-how and expertise (COST, motion P7) within the interval 2002--2006. The chapters are written through top experts from ecu laboratories, universities and massive amenities. as well as new principles and ideas, the contents offer a large number of sensible information regarding lately carried out units and methods.
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Erko, Technischer Bericht, BESSY TB 190, 1 (1994) 12. A. Erko, F. Sch¨ afers, N. Artemiev, in Advances in Computational Methods for X-Ray and Neutron Optics SPIE-Proceedings, vol. 5536, 2004, pp. 61–70 13. A. Erko, in X-Ray Optics; Raytracing model of a Zoneplate, ed. by B. Beckhoff et al. Handbook of Practical X-Ray Fluorescence Analysis (Springer, Berlin Heidelberg New York, 2006) pp. 173–179 14. F. Sch¨ afers, Technischer Bericht, BESSY TB 202, 1 (1996) 15. F. Sch¨ afers and M. Krumrey, Technischer Bericht, BESSY TB 201, 1 (1996) 16.
Zeschke) In this article a program has been described, which is capable of simulating the behaviour of an optical system. Originally the program was designed for the calculation of X-ray optical setups on electron storage rings for synchrotron radiation. Similar programs had been written at most of the facilities for in-house use tailored to their specific applications. Many of them have not survived. Over more than 20 years of use by many people and continuous upgrade, debugging and development, the RAY-program described here has turned into a versatile optics database, by which almost all of the existing synchrotron radiation beamlines from the infrared region to the hard X-ray range can be accessed.
Instrum. Methods Phys. Res. A 374, 408 (1996) 20. A. Erko, F. Sch¨ afers, A. B. Peatman, W. Eberhardt, R. Signorato Spectrochim. Acta B 59, 1543 (2004) 21. EFFI: Software Code to Calculate VUV/X-ray Optical Elements, developed by F. Sch¨ afers, BESSY, Berlin (unpublished) 22. OPTIMO: Software Code to Optimize VUV/X-ray Optical Elements, developed by F. Eggenstein, BESSY, Berlin (unpublished) 23. J. Schwinger, Phys. Rev. 75, 1912 (1949) 24. P. Walker, B. Diviacco, Sincrotrone Trieste, Italy (1990) 25.
