In the research of BS-03 thickness detector, a self-designed quasi-monochromatic (50-60 keV) X-ray machine was studied as a substitution to Am-241 low energy photon source(1.11×109 Bq)The range of output current, the attenuation of X rays through the steel plate, the aluminum plate, and the organic glass plate and stability of quasi-monochromatic X-ray machine was tested. The result showed that quasi-monochromatic X-ray machine could be an applicable replacement of Am-241 radioactive source
International audienceA tunable monochromatic x-ray source covering the 1-20 keV energy range is des...
The University of Colorado maintains a grating evaluation facility to characterize optics from the f...
X-ray testing is a powerful tool for nondestructive quality control. Hidden structures can be made v...
One of the research topics of the IMI project is the development of a quasi-monochromatic source for...
In the frame of the French Metrology Institute, the Laboratoire National Henri Becquerel (LNHB) perf...
The diagnostic potentiality of x-ray tomography could be very useful to improve the performance of S...
When the energy of a monochromatic gamma-ray beam is tuned over the K-edge of an element, the absorp...
The existence of an optimal energy range for mammography has been demonstrated by several authors. I...
We fabricated an X-ray beam filter housing which can acquire large-area 2-dimensional images with a ...
The authors have designed a double crystal, fixed exit monochromator which allows windowless operati...
Quasi-monochromatic X-ray beams have been produced in the mammographic energy range. The source is b...
It has been demonstrated both theoretically and experimentally that mammographic x-ray imaging with ...
A new multi-energy CT for small animals is operative (now only in scanner mode) at the Physics Depar...
Several techniques have been introduced in the last year to reduce the dose to the patient by minimi...
Monochromatic x-rays are very promising tool for medical quality medical imaging as well as for micr...
International audienceA tunable monochromatic x-ray source covering the 1-20 keV energy range is des...
The University of Colorado maintains a grating evaluation facility to characterize optics from the f...
X-ray testing is a powerful tool for nondestructive quality control. Hidden structures can be made v...
One of the research topics of the IMI project is the development of a quasi-monochromatic source for...
In the frame of the French Metrology Institute, the Laboratoire National Henri Becquerel (LNHB) perf...
The diagnostic potentiality of x-ray tomography could be very useful to improve the performance of S...
When the energy of a monochromatic gamma-ray beam is tuned over the K-edge of an element, the absorp...
The existence of an optimal energy range for mammography has been demonstrated by several authors. I...
We fabricated an X-ray beam filter housing which can acquire large-area 2-dimensional images with a ...
The authors have designed a double crystal, fixed exit monochromator which allows windowless operati...
Quasi-monochromatic X-ray beams have been produced in the mammographic energy range. The source is b...
It has been demonstrated both theoretically and experimentally that mammographic x-ray imaging with ...
A new multi-energy CT for small animals is operative (now only in scanner mode) at the Physics Depar...
Several techniques have been introduced in the last year to reduce the dose to the patient by minimi...
Monochromatic x-rays are very promising tool for medical quality medical imaging as well as for micr...
International audienceA tunable monochromatic x-ray source covering the 1-20 keV energy range is des...
The University of Colorado maintains a grating evaluation facility to characterize optics from the f...
X-ray testing is a powerful tool for nondestructive quality control. Hidden structures can be made v...