The Monte Carlo program has been developed which generates the spectral responses of gamma-ray spectrometers (NaI, Ge, etc.) for radiations of arbitrarily complex composition and for easily definable disposition of sources, passive absorbers and/or scatterers and detectors, all of which can be of prismoidal, cylindrical and toroidal shapes as well as of arbitrary chemical composition. Any spectrum may be collected either as a single one or in coincidence with any other spectrum. The program is comfortably run on any PC of modest configuration. (C) 1998 Elsevier Science B.V. All rights reserved
Aim: A Monte Carlo code based on GEANT 3.21 and Linux platform has been developed and adaptated to s...
A patch to the Los Alamos Monte Carlo code MCNP has been developed that automates the generation of ...
Color poster with text, charts, images, and graphs.I've converted the Physics Department's single-ch...
A technique based on a convolution algorithm and Monte Carlo simulation using the MCNP4C code (Bries...
The program Simourg (Simulator of Usually Requested Geometries) is based on the Geant4 toolkit and a...
A computer code has been developed to simulate the gamma-ray spectra that would be measured by airbo...
A computer code has been written at the Pacific Northwest Laboratory (PNL) to synthesize the results...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
International audienceMonte Carlo (MC) simulation is widely used in gamma-ray spectrometry, however,...
The utmost challenge in nuclear logs interpretations and spectroscopy comes from the complex and dyn...
A versatile γ-spectrum simulation tool has been developed to allow the generation of accurate γ-spec...
Gamma ray spectroscopy is routinely used to measure radiation in a number of situations. These inclu...
We have developed a methodology to simulate gamma-ray energy spectra to aid those who assay special ...
There is a need for mathematical modelling for the evaluation of important parameters for photon ima...
Nowadays the precision in the measurement has become a challenge for physicists. That is why in rece...
Aim: A Monte Carlo code based on GEANT 3.21 and Linux platform has been developed and adaptated to s...
A patch to the Los Alamos Monte Carlo code MCNP has been developed that automates the generation of ...
Color poster with text, charts, images, and graphs.I've converted the Physics Department's single-ch...
A technique based on a convolution algorithm and Monte Carlo simulation using the MCNP4C code (Bries...
The program Simourg (Simulator of Usually Requested Geometries) is based on the Geant4 toolkit and a...
A computer code has been developed to simulate the gamma-ray spectra that would be measured by airbo...
A computer code has been written at the Pacific Northwest Laboratory (PNL) to synthesize the results...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
International audienceMonte Carlo (MC) simulation is widely used in gamma-ray spectrometry, however,...
The utmost challenge in nuclear logs interpretations and spectroscopy comes from the complex and dyn...
A versatile γ-spectrum simulation tool has been developed to allow the generation of accurate γ-spec...
Gamma ray spectroscopy is routinely used to measure radiation in a number of situations. These inclu...
We have developed a methodology to simulate gamma-ray energy spectra to aid those who assay special ...
There is a need for mathematical modelling for the evaluation of important parameters for photon ima...
Nowadays the precision in the measurement has become a challenge for physicists. That is why in rece...
Aim: A Monte Carlo code based on GEANT 3.21 and Linux platform has been developed and adaptated to s...
A patch to the Los Alamos Monte Carlo code MCNP has been developed that automates the generation of ...
Color poster with text, charts, images, and graphs.I've converted the Physics Department's single-ch...