Add to ORKGA method for high spatial resolution imaging of a plurality of sources of x-ray and gamma-ray radiation is provided. High quality mechanically bent diffracting crystals of 0.1 mm radial width are used for focusing the radiation and directing the radiation to an array of detectors which is used for analyzing their addition to collect data as to the location of the source of radiation. A computer is used for converting the data to an image. The invention also provides for the use of a multi-component high resolution detector array and for narrow source and detector apertures
A novel x-ray source for mammography application is being investigated. Quasimonochromatic x rays ha...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
We realized several bent crystals able to diffract hard X-rays with high efficiency through the groo...
A device for imaging a plurality of sources of x-ray and gamma-ray radiation is provided. Diffractin...
A crystal diffraction lens for focusing energetic gamma rays has been developed at Argonne National ...
A crystal diffraction lens was constructed at Argonne National Laboratory for use as a telescope to ...
The basic features of crystal diffraction and their application to the construction of a crystal dif...
Bent diffraction crystals in which the intercrystalline-plane spacing is varied as a function of pos...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
A quasi mosaic bent crystal for high-resolution diffraction of X and γ rays has been realized. A net...
Crystals with curved diffraction planes (CDP crystals) are an emerging technology in hard X-ray opti...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
A novel method applying a micro-channel plate as collimator in front of a position sensitive detecto...
A novel x-ray source for mammography application is being investigated. Quasimonochromatic x rays ha...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
We realized several bent crystals able to diffract hard X-rays with high efficiency through the groo...
A device for imaging a plurality of sources of x-ray and gamma-ray radiation is provided. Diffractin...
A crystal diffraction lens for focusing energetic gamma rays has been developed at Argonne National ...
A crystal diffraction lens was constructed at Argonne National Laboratory for use as a telescope to ...
The basic features of crystal diffraction and their application to the construction of a crystal dif...
Bent diffraction crystals in which the intercrystalline-plane spacing is varied as a function of pos...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
A germanium crystal was bent through a grid of superficial grooves, manufactured on the sample surfa...
A quasi mosaic bent crystal for high-resolution diffraction of X and γ rays has been realized. A net...
Crystals with curved diffraction planes (CDP crystals) are an emerging technology in hard X-ray opti...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
The grooving technique was employed for manufacturing a self-standing curved Ge crystal. The crystal...
A novel method applying a micro-channel plate as collimator in front of a position sensitive detecto...
A novel x-ray source for mammography application is being investigated. Quasimonochromatic x rays ha...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
We realized several bent crystals able to diffract hard X-rays with high efficiency through the groo...