Riccardo Camattari
web.fe.infn.it
0000-0002-8987-979X
Università degli Studi di Ferrara Facoltà di Scienze Matematiche Fisiche e Naturali
36 papers found
Refreshing results…
Thick self-standing bent crystals as optical elements for a Laue lens for applications in astrophysics
Laue lens for radiotherapy applications through a focused hard x-ray beam: a feasibility study on requirements and tolerances
Optimal process parameters for phosphorus spin-on-doping of germanium
Origin of quasi-mosaic effect for symmetric skew planes in a silicon or germanium plate
Laue lens for astrophysics: Extensive comparison between mosaic, curved, and quasi-mosaic crystals
Laue lens to focus an X-ray beam for radiation therapy
High-efficiency diffraction and focusing of X-rays through asymmetric bent crystalline planes
Ion implantation for manufacturing bent and periodically bent crystals
Design study of a Laue lens for nuclear medicine
AniCryDe: Calculation of elastic properties in silicon and germanium crystals
Manufacturing of advanced bent crystals for Laue Optics for Gamma ObservationS (LOGOS)
The 'quasi-mosaic' effect in crystals and its applications in modern physics
Quasi-mosaicity of (311) planes in silicon and its use in a Laue lens with high-focusing power
High diffraction efficiency with hard X-rays through a thick silicon crystal bent by carbon fiber deposition
Stack of quasi-mosaic thin lamellae as a diffracting element for Laue lenses
Experimental evidence of planar channeling in a periodically bent crystal
Genetic algorithm to design Laue lenses with optimal performance for focusing hard X-and γ-rays
Study and characterization of bent crystals for Laue lenses
High-efficiency focusing of hard X-rays exploiting the quasi-mosaic effect in a bent germanium crystal
Highly reproducible quasi-mosaic crystals as optical components for a Laue lens
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