A quasi mosaic bent crystal for high-resolution diffraction of X and γ rays has been realized. A net curvature was imprinted to the crystal thanks to a series of superficial grooves to keep the curvature without external devices. The crystal highlights very high diffraction efficiency due to quasi mosaic curvature. Quasi mosaic crystals of this kind are proposed for the realization of a high-resolution fo- cusing Laue lens for hard X-rays
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
‘Quasi-mosaicity’ is an effect of anisotropy in crystals that permits one to obtain a curvature of i...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
Quasi-mosaicity is an effect of secondary bending within a crystal driven by crystalline anisotropy....
The realization of a Laue lens for astronomical purposes involves the mass production of a series of...
(311) curved planes can be exploited for efficiently focus hard X-rays. With this purpose, a self-st...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
A series of quasi-mosaic curved crystals has been fabricated for the Laue project to build up a prot...
Crystals with curved diffracting planes have been investigated as high-efficiency optical components...
Among the methods to focus photons the diffraction in crystals results as one of the most effective ...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
`Quasi-mosaicity' is an effect of anisotropy in crystals that permits one to obtain a curvature of i...
Quasi-mosaicity is an effect of secondary bending within a crystal driven by crystalline anisotropy....
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
‘Quasi-mosaicity’ is an effect of anisotropy in crystals that permits one to obtain a curvature of i...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
Quasi-mosaicity is an effect of secondary bending within a crystal driven by crystalline anisotropy....
The realization of a Laue lens for astronomical purposes involves the mass production of a series of...
(311) curved planes can be exploited for efficiently focus hard X-rays. With this purpose, a self-st...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
A series of quasi-mosaic curved crystals has been fabricated for the Laue project to build up a prot...
Crystals with curved diffracting planes have been investigated as high-efficiency optical components...
Among the methods to focus photons the diffraction in crystals results as one of the most effective ...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
`Quasi-mosaicity' is an effect of anisotropy in crystals that permits one to obtain a curvature of i...
Quasi-mosaicity is an effect of secondary bending within a crystal driven by crystalline anisotropy....
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
‘Quasi-mosaicity’ is an effect of anisotropy in crystals that permits one to obtain a curvature of i...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...