The basic features of crystal diffraction and their application to the construction of a crystal diffraction lens for focusing energetic gamma rays are described using examples from the work preformed at the Argonne National Laboratory. Both on-axis and off-axis performance are discussed. The review includes of normal crystals, bent crystals, and crystals with variable crystal-plane spacings to develop both condenser-type lenses and point-to-point imaging lenses
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
A crystal diffraction lens was constructed at Argonne National Laboratory for use as a telescope to ...
A crystal diffraction lens for focusing energetic gamma rays has been developed at Argonne National ...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
The diffraction and optical properties of several crystal concentrator configurations which could be...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
Crystals with curved diffraction planes (CDP crystals) are an emerging technology in hard X-ray opti...
Beyond the present technologies, Laue diffraction lenses are very promising tools in the field of ga...
A method for high spatial resolution imaging of a plurality of sources of x-ray and gamma-ray radiat...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
With the exception of certain early work with flat crystals by Rutherford & Andrade (1) and by Fril...
International audienceA Laue lens gamma-ray telescope represents an exciting concept for a future hi...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
A crystal diffraction lens was constructed at Argonne National Laboratory for use as a telescope to ...
A crystal diffraction lens for focusing energetic gamma rays has been developed at Argonne National ...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
The diffraction and optical properties of several crystal concentrator configurations which could be...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
Crystals with curved diffraction planes (CDP crystals) are an emerging technology in hard X-ray opti...
Beyond the present technologies, Laue diffraction lenses are very promising tools in the field of ga...
A method for high spatial resolution imaging of a plurality of sources of x-ray and gamma-ray radiat...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
With the exception of certain early work with flat crystals by Rutherford & Andrade (1) and by Fril...
International audienceA Laue lens gamma-ray telescope represents an exciting concept for a future hi...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...