T to compute the radiography properties of various materials, the flux profiles of X-ray sources must be characterized. This report describes the characterization of X-ray beam profiles from a Kimtron industrial 450 kVp radiography system with a Comet MXC-45 HP/11 bipolar oil-cooled X-ray tube. The empirical method described here uses a detector response function to derive photon flux profiles based on data collected with a small cadmium telluride detector. The flux profiles are then reduced to a simple parametric form that enables computation of beam profiles for arbitrary accelerator energies
High power proton accelerators (HPPA) projects are being proposed in fundamental and applied physics...
The precise determination of transverse beam profiles at high current hadron accelerators has to be ...
A method for single-shot, nondestructive characterization of broadband x-ray beams, based on energy-...
Beam profile monitors provide position and flux distribution information to facilitate the configura...
In this paper, we present a method that uses a combination of experimental and modeled data to asses...
The quality of a neutron imaging beam directly impacts the quality of radiographic images produced u...
Compact hard X-ray source using the X-band linear accelerator to which is developed in Nuclear Engin...
A nondestructive beam profile monitor has been designed to measure density profiles and halos in J-P...
The performance and safe operation of a particle accelerator is closely connected to the transverse ...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
Particle-induced X-ray emission is used for determining the elemental composition of materials. This...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
The Nuclear Measurement Laboratory (LMN) at CEA Cadarache in France uses a high-energy electron line...
High power proton accelerators (HPPA) projects are being proposed in fundamental and applied physics...
The precise determination of transverse beam profiles at high current hadron accelerators has to be ...
A method for single-shot, nondestructive characterization of broadband x-ray beams, based on energy-...
Beam profile monitors provide position and flux distribution information to facilitate the configura...
In this paper, we present a method that uses a combination of experimental and modeled data to asses...
The quality of a neutron imaging beam directly impacts the quality of radiographic images produced u...
Compact hard X-ray source using the X-band linear accelerator to which is developed in Nuclear Engin...
A nondestructive beam profile monitor has been designed to measure density profiles and halos in J-P...
The performance and safe operation of a particle accelerator is closely connected to the transverse ...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
Particle-induced X-ray emission is used for determining the elemental composition of materials. This...
The proper use of imaging equipment in radiological units is based on an appropriate knowledge of th...
The Nuclear Measurement Laboratory (LMN) at CEA Cadarache in France uses a high-energy electron line...
High power proton accelerators (HPPA) projects are being proposed in fundamental and applied physics...
The precise determination of transverse beam profiles at high current hadron accelerators has to be ...
A method for single-shot, nondestructive characterization of broadband x-ray beams, based on energy-...