Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction with matter. In contrairy to other models, the described model can handle different geometries and target compositions as well as layered targets. The calculations are compared with measured spectra and models in literature
X-ray tube can easily produce X-ray, which is widely used in industry, archaeology and medicine. X-r...
The open-source object-oriented toolkit GEANT4 was used to simulate x-ray spectra in diagnostic radi...
X-ray tube spectra are obtained using Oroglas materials as scatterers. The measured spectra are corr...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
A model for generating x-ray spectra of a diagnostic x-ray tube is presented. Electron and Photon tr...
A new approach to the calculation of the x-ray spectrum emerging from an x-ray tube is proposed. The...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
A physical model for the simulation of x-ray emission spectra from samples irradiated with kilovolt ...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
X-ray tube can easily produce X-ray, which is widely used in industry, archaeology and medicine. X-r...
The open-source object-oriented toolkit GEANT4 was used to simulate x-ray spectra in diagnostic radi...
X-ray tube spectra are obtained using Oroglas materials as scatterers. The measured spectra are corr...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
A model for generating x-ray spectra of a diagnostic x-ray tube is presented. Electron and Photon tr...
A new approach to the calculation of the x-ray spectrum emerging from an x-ray tube is proposed. The...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
A physical model for the simulation of x-ray emission spectra from samples irradiated with kilovolt ...
The penetration characteristics of electron beams into x-ray targets are investigated for incident e...
X-ray tube can easily produce X-ray, which is widely used in industry, archaeology and medicine. X-r...
The open-source object-oriented toolkit GEANT4 was used to simulate x-ray spectra in diagnostic radi...
X-ray tube spectra are obtained using Oroglas materials as scatterers. The measured spectra are corr...