A computer code for Monte-Carlo simulations in the framework of the GEANT 3 toolkit has been implemented for the description of the discrete bremsstrahlung radiation from high energy electrons crossing thick (semi-infinite) targets. The code is based on the Migdal theory which includes the LPM and dielectric suppression. Validation of the code has been performed by a comparison with the data from the SLAC E-146 experiment. The agreement between simulations and experimental data is generally very good. (C) 2011 Elsevier B.V. All rights reserved
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...
Modern Monte Carlo radiation transport codes can be applied to model most applications of radiation,...
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...
The bremsstrahlung spectra produced by electrons impinging on thick targets are simulated using the ...
A linear accelerated electron beam is a powerful source of highly energetic photons that can be used...
The focus of this work is the study of Bremsstrahlung emission happening when a relativistic electro...
Sonsuz geometrili Al ortamında, 0.2MeV-5MeV enerji aralığında, elektron Bremsstrahlung X-ışmı spektr...
The aim of this research was to study the feasibility of bremsstrahlung photon production in target ...
A physical model for the simulation of x-ray emission spectra from samples irradiated with kilovolt ...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
A simple geometry is used to compare several of the available Monte Carlo software codes for radiati...
Spectral distributions for coherent and incoherent bremsstrahlung produced by electrons on thin diam...
The study of interaction of radiation with matter is a field of great interest in the medical physic...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
Transport and interaction of electromagnetic radiation Interaction models and simulation schemes imp...
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...
Modern Monte Carlo radiation transport codes can be applied to model most applications of radiation,...
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...
The bremsstrahlung spectra produced by electrons impinging on thick targets are simulated using the ...
A linear accelerated electron beam is a powerful source of highly energetic photons that can be used...
The focus of this work is the study of Bremsstrahlung emission happening when a relativistic electro...
Sonsuz geometrili Al ortamında, 0.2MeV-5MeV enerji aralığında, elektron Bremsstrahlung X-ışmı spektr...
The aim of this research was to study the feasibility of bremsstrahlung photon production in target ...
A physical model for the simulation of x-ray emission spectra from samples irradiated with kilovolt ...
We present a general algorithm for the simulation of x-ray spectra emitted from targets of arbitrary...
A simple geometry is used to compare several of the available Monte Carlo software codes for radiati...
Spectral distributions for coherent and incoherent bremsstrahlung produced by electrons on thin diam...
The study of interaction of radiation with matter is a field of great interest in the medical physic...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
Transport and interaction of electromagnetic radiation Interaction models and simulation schemes imp...
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...
Modern Monte Carlo radiation transport codes can be applied to model most applications of radiation,...
The emerging field of high energy atmospheric physics (HEAP) includes terrestrial gamma-ray flashes,...