The new generation of hadron machines may profitably take advantage of channeling for steering and collimation of high-energy particle beams. In that case, the requirements on the quality of the crystal surface are rather stringent in terms of both lattice perfection and roughness. A new method to achieve an optimal quality of the surface is here presented. Structural and morphological characterizations show that it fulfils all needed specifications for application in hadron machines.

A semiclassical approach for determination of the inter-granular energy barrier height in very fine nanograins

GUIDI, Vincenzo;MALAGU', Cesare;MARTINELLI, Giuliano;COZZOLINO, Silvestro;PADULA, Mariarosaria
2006

Abstract

The new generation of hadron machines may profitably take advantage of channeling for steering and collimation of high-energy particle beams. In that case, the requirements on the quality of the crystal surface are rather stringent in terms of both lattice perfection and roughness. A new method to achieve an optimal quality of the surface is here presented. Structural and morphological characterizations show that it fulfils all needed specifications for application in hadron machines.
2006
Guidi, Vincenzo; Malagu', Cesare; Martinelli, Giuliano; Cozzolino, Silvestro; Padula, Mariarosaria
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/494594
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